■ 2023年 11 ⽉ 14 ⽇（火）
部屋名

会場

8

11

２ 222＋
223
D会場
２ 階
会議室
号
224
館
E会場
会議室

1SCA 界面における細胞骨格のダイナミクス（島本 勇太、宮﨑 牧人）

キャリア⽀援
説明会（-12:50）

1SDA ようこそ、ボーダーレスなロドプシンの世界へ（山下 高廣、⾓田 聡）

BPセミナー1
カールツァイス株式会社

1SEA 高速AFMの生体分子計測と情報の融合（高田 彰二、古寺 哲幸）
1SFA 生体ー環境相互作用をトランス
スケール解析する学際的アプローチ（鈴木 団、大山 廣太郎、山澤 徳志子）

231
F会場
会議室
3 232＋233
G会場
階 会議室

1SGA 生物物理学のための一分子ナノポア計測の基礎と応用（山崎 洋人、庄司 観、彭 祖癸）

234
H会場
会議室

1SHA 台湾-⽇本二国間シンポジウム（Shang-Te Danny Hsu、
Daisuke Nakane）

４
階

3
階

I会場

1YI 若⼿招待講演シンポジウム

141＋142J会場

1SJA 生体秩序を生み出す力の計測と操作（吉村 成弘、谷本 博一）

131＋132

K会場

ピッチコンテスト

133＋134

L会場

1SLA 植物細胞のロジックとケミカルAI（井上 大介、水内 良、松林 英明）

431＋432

M会場

1SMA 多階層からなる高次構造体ダイナミクス: 分子からルガネラまでの動態を探る（中村 秀樹、松尾 芳隆）

会議室

会議室

会議室

4
3
号
階
館

会議室

13

1SBA クロマチンとSMCタンパク質の動態から理解するゲノムモダリティ（前島 一博、山本 哲也）

221
C会場
会議室

３
3
国際
号
階 会議室
館

12

1SAA AIと実験のコンチェルトで奏でる
生命科学のパラダイムシフト（井上 圭一、田端 和仁）

211
A会場
展示室
１
階
212
B会場
展示室

１
号
館

10

9

企
業
展
示
ブ
｜
ス
訪
問
推
奨
時
間

BPセミナー2
浜松ホトニクス株式会社

理事会

BPPB論⽂賞
受賞講演

437
諸会議室
会議室
ポスター会

場
１
１ イベント
号
階 ホール
企業展示
館

貼付

ポスター掲示機器・試薬展示会場※ 「企業展示ブース訪問推奨時間」は、特に企業展示ブースの訪問を積極的に⾏っていただきたい時間帯です。
年会運営には企業等からの⽀援をいただいております。
これ以外の時間帯にも積極的に企業ブース等へ訪問いただき、製品情報等のご収集にお役立てください。
-S10-

14

15

16

17

18

19

学生発表賞対象講演
1GA タンパク質：構造、物性、機能学生発表賞対象講演
1GB タンパク質：構造機能相関
学生発表賞対象講演
1GC タンパク質：計測・解析、タンパク質工学／
進化工学
学生発表賞対象講演
1GD 天然変性、ヘム、膜タンパク質、神経・感覚
学生発表賞対象講演
1GE DNA・DNA結合タンパク質、RNA・RNA結合タン
パク質、DNA／RNAナノテクノロジー、クロマチン・
染色体
学生発表賞対象講演
1GF 分子モーター
学生発表賞対象講演
1GG 細胞生物学的課題
学生発表賞対象講演
1GH 生体膜・人工膜、化学受容
学生発表賞対象講演
1GI 生命の起源・進化、合成生物学・人工細胞、
ゲノム生物学、⾮平衡・生体リズム
学生発表賞対象講演
1GJ 光生物：視覚・光受容、光遺伝学・光制御
学生発表賞対象講演
1GK 水・水和／電解質、計算生物学、数理生物学・
理論生物学
学生発表賞対象講演
1GL 光合成、計測、バイオエンジニアリング
学生発表賞対象講演
1GM バイオイメージング
若⼿奨励賞選考委
員会

ポスター発表（奇数）-S11-

ポスター発表
（偶数）

撤去

20

■ 2023年 11 ⽉ 15⽇（水）
部屋名

会場

8

２ 222＋223
２ 階 会議室 D会場
号
224
館
E会場
会議室

BPセミナー3
株式会社
堀場製作所

2SDA 生物運動研究の最前線（南野 徹、宮田 真人）

BPセミナー4
⽇本蛋⽩質構造データバンク

企 BPセミナー5
業 レフェイン・ジャパン
株式会社
展
示
ブ

2SGA 生命機能の制御を可能にする
圧力バイオロジーの開拓（森松 賢順、西山 雅祥）

234
H会場
会議室

2SHA シミュレーションで迫る膜輸送体の新知見（炭竈 享司、岡崎 圭一）

3
国際
I会場
階 会議室

2SIA The third Japan-U.S. symposium on
motor proteins and associated singlemolecule biophysics（Tomohiro Shima, Kumiko Hayashi）

2SJA 時間タンパク質学(吉種 光、大出 晃⼠）

131＋132

会議室

K会場

2SKA 基礎生物科学からベンチャーを起こそう！
（永井 健治、渡邉 朋信）

会議室

L会場

2SLA ‟タンパク質ファイバー“が生み出す⾃主・⾃発の階層と適応：生物物理学からの‟健康創発科学“（跡見 順子、岩城 光宏）

M会場

2SMA 定量的な細胞力学解析による動的な生命システムの理解（新宅 博⽂、牧 功一郎）

431＋432

3階

1階

BPセミナー6

J会場

3
階 133＋134

会議室

437
諸会議室
会議室
⽩鳥
ホール

（株）エビデント

ス
訪
問
推
奨
時
間

141＋142

会議室

13

ー

2SFA 生命と物質の境界探査（村田 和義、荒川 和晴）

3 232＋233
G会場
階 会議室

4
号
館

2SCA 多彩なアプローチによるイオンチャネル研究（川鍋 陽、細島 頌子）

2SEA 生物物理化学が拓く生命現象の観察と操作（須藤 雄気、柴田 幹大）

231
F会場
会議室

４
階

12

2SBA トア複合体による細胞応答の仕組みを理解する（小杉 貴洋、中津海 洋一）

221
C会場
会議室

１
号
館

11

2SAA 動的溶液環境が駆動する生体内液
液相分離とアミロイド線維化（菅瀬 謙治、吉田 紀生）

211
A会場
１ 展示室
階 212
B会場
展示室

３
号
館

10

9

⽇本カンタムデザイン
株式会社

分野別専門
委員会

会員総会・総会
シンポジウムBPPB
編集委員会

横河電機（株）

懇親会
会場
ポスター

１
１ イベント 会場
号
階 ホール
企業展示
館

貼付

ポスター掲示機器・試薬展示会場※ 「企業展示ブース訪問推奨時間」は、特に企業展示ブースの訪問を積極的に⾏っていただきたい時間帯です。
年会運営には企業等からの⽀援をいただいております。
これ以外の時間帯にも積極的に企業ブース等へ訪問いただき、製品情報等のご収集にお役立てください。
-S12-

14

15

17

16

2SAP 分子の集合からシステムへ、

18

19

理事会シンポジウム
次の時代の生物学と、サステナブルなデータベース維持に向けて

そして生命へ：高解像な生命の起源研究（Tony Z. Jia、車 兪澈）
2SBP 高次ゲノム構造揺らぎとその機能（落合 博、新海 創也）
2SCP シン・合成生物学：既存生命のみに依拠しないシステム創成に向けた化学者からの提案（岸村 顕広、金原 数）

2SDP 分子イメージングが切り拓く
細胞外微粒子研究（鈴木 健一、末次 志郎）
2SEP 構造・計算・分光研究から解明する
光受容性タンパク質の非平衡状態ダイナミクス（山元 淳平、片山 哲郎）

2SFP 多様なリズム現象から探る

2SGP GPCRダイナミクスの全体像（片山 耕大、寿野 良二）
2SHP クライオ電顕を用いたユニークな生体分子構造決定の試み（山本 直樹、バートン－スミス レイモンド）

2SIP 液液相分離の生物物理学的研究の最前線（亀田 倫史、鎌形 清人）
2SJP 高解像度な細胞・微粒子解析ー

概日時計研究の行方（秋山 修志、寺内 一姫）

企
業
展
示
ブ
ス
訪
問
推
奨
時
間

テクノロジーの最前線（太田 禎生、渡邊 力也）
2SKP 超越分子シンポジウム：
基礎研究を超越し社会実装へつなげる（川野 竜司、川村 出）
2SLP 細胞システムの複雑なメカニクス（出口 真次、平田 宏聡 ）2SMP 微小環境で行動する
単細胞生物の生存戦略（⿅⽑ あずさ、野村 真未、柴 小菊）

懇親会
ポスター発表（奇数）-S13-

ポスター発表
（偶数）

撤去

20

■ 2023年 11 ⽉ 16⽇（木）
部屋名

会場

8

10

9

11

3SBA 天然変性タンパク質を含む創薬標的に対する生物物理学的アプローチ（廣明 秀一、⽩井 剛）

221
C会場
会議室

3SCA ⾃発と応答の情報物理学（青木 一洋、松岡 里実）

２ 222＋223
２ 階 会議室 D会場
号
224
館
E会場
会議室

3SEA 細胞のメゾ構造体の形成と機能の機構：
先端イメジング法による解明（下林 俊典、楠見 明弘）

231
F会場
会議室

3SFA 水和による水運動の不均一性から考える生物分子機能（今清水 正彦、菱田 真史）

企業との意見交換会
9:40-11:00

１
号
館

ス
訪
問
推
奨
時
間

3SHA 生体膜の生物物理呼応～生命活動における形と動き～（中瀬 生彦、川口 祥正）

234
H会場
会議室
3
国際
I会場
階 会議室
141＋142J会場

3SJA 光合成の多様な環境への適応原理（広瀬 侑、栗栖 源嗣）

131＋132

会議室

K会場

3SKA 我ら地球生物の可能性～極限微生物から人工細胞まで～（市橋 伯一、鈴木 志野）

会議室

L会場

高校生・高専生発表

会議室

3階 133＋134

4
3
号
階
館

431＋432

会議室

企
業
展
示
ブ

11:40-13:10
男⼥共同参画・若⼿⽀援委員会企画シンポジウムー

3 232＋233
G会場
階 会議室

４
階

13

3SAA 構造生物学的アプローチに基づく液液相分離（LLPS）の機能解明（西田 紀貴、池谷 鉄兵）

211
A会場
１ 展示室
階 212
B会場
展示室

３
号
館

12

11:50-12:50
科研費説明会

BPセミナー7

⽇本カンタムデザイン
株式会社

M会場

437
諸会議室
会議室

ポスター

１
１ イベント 会場
号
階 ホール
企業展示
館

貼付

ポスター掲示ポスター発表（奇数）

機器・試薬展示会場※ 「企業展示ブース訪問推奨時間」は、特に企業展示ブースの訪問を積極的に⾏っていただきたい時間帯です。
年会運営には企業等からの⽀援をいただいております。
これ以外の時間帯にも積極的に企業ブース等へ訪問いただき、製品情報等のご収集にお役立てください。

-S14-

14

ポスター発表
（偶数）

15

16

17

撤
去
閉会式

-S15-

18

19

20

第 10 回会員総会シンポジウム：Rocking out Biophysics! IUPAB2024 がやってくる
オーガナイザー：日本生物物理学会

理事会

日時：11 月 15 日（水）12:40 〜 13:50

場

所：4 号館 3 階 M 会場

演者：野地博行，西坂崇之，高橋司

会：田端和仁（東大院 ･ 工）聡他

※このイベントは日本語で開催します。
* This event will be presented in Japanese language.
概

要：皆さん，あと半年ちょっとで IUPAB2024 が京都で開催されます！ IUPAB は国際純粋・応用生物物理学連合（International Union for Pure and Applied Biophysics）の略称
で，世界中の生物物理関係者が一堂に集う，3 年に一度の大会です。日本で開催されるのも実に 1976 年以来 56 年ぶり。半世紀ぶりにやってきた IUPAB を皆さんと大いに盛り上げたいと思っています。今回の IUPAB2024 のテーマは ‘Rocking out Biophysics’ そこで，
本シンポジウムでは IUPAB2024 に向けて，野地大会長をはじめ，高橋会長など多くの参加者に Rock なバトルを繰り広げてもらう予定です。皆さんにもこの勢いを感じてもらい
IUPAB2024 に流れ込みましょう！

– S39 –

一般社団法人日本生物物理学会 第 12 回 Biophysics and Physicobiology 論文賞受賞講演会
The 12th Award Seminar for outstanding Biophysics and Physicobiology paper
オーガナイザー：日本生物物理学会 Biophysics and Physicobiology 論文賞選考委員会
Organizers: Award committee for outstanding Biophysics and Physicobiology paper
日時：11 月 14 日（火）12:50 〜 13:50 ／ Nov. 14 Tue.

場

所：1 号館 3 階 L 会場／ Bldg1 Room L

形

式：講演会／ Lecture

第 12 回 Biophysics and Physicobiology 論文賞受賞者
角田聡

Satoshi Tsunoda
名古屋工業大学

大学院生命応用化学専攻，オプトバイオテクノロジー研究センター

Department of Life Science and Applied Chemistry, Nagoya Institute of Technology
クリプト藻由来チャネルロドプシンの発見から創薬ベンチャー創出へ
GtCCR4, a channelrhodopsin with high light sensitivity
Genetic delivery of photoreceptor genes to cells and tissues originally light insensitive turns into
light-sensitive. This technique, optogenetics, has been applied in the manipulation of biological
function with unprecedented spatio-temporal precision. Channelrhodopsins (ChRs) found inchlorophyte and cryptophyte alga are directly light-gated ion channels and have been widely
applied to optogenetics tools for manipulating neuronal excitability. Furthermore, the optogenetics
approach has great potential for the restoration of visual function from an inherited disease, retinitis
pigmentosa, in which the patient loses light response of the retina.
In 2017, we identified phylogenetically distinct cation-conducting ChR (GtCCR4) from thecryptophyte algae Guillardia theta and investigated its molecular property by spectroscopy andelectrophysiology (1).
One of the striking features of GtCCR4 is its high photo-sensitivity, ~25 folds higher than a widely
known ChR2, without losing fast time response. Thus, GtCCR4 is able to trigger action potentials
in high temporal resolution, similar to ChR2, but requires lower light power when expressed inneurons (2, 3). Inspired by such marked properties of GtCCR4, we launched a start-up company
aiming for developing an effective gene therapy for curing retinitis pigmentosa.
(1) Yamauchi et al. “Molecular properties of a DTD channelrhodopsin from Guillardia theta”
Biophys. Physicobiol. 14, 57–66, 2017(2) Hososhima et al. “A light-gated cation channel with high reactivity to weak light” Sci. Rep.
13(1): 7625. 2023
(3) Hagio et al. “Optogenetic manipulation of neuronal and cardiomyocyte functions in zebrafish
using microbial rhodopsins and adenylyl cyclases” Elife 12:e83975. doi: 10.7554/eLife.83975. 2023
– S40 –

一般社団法人日本生物物理学会 第 12 回 Biophysics and Physicobiology 論文賞受賞講演会
The 12th Award Seminar for outstanding Biophysics and Physicobiology paper
オーガナイザー：日本生物物理学会 Biophysics and Physicobiology 論文賞選考委員会
Organizers: Award committee for outstanding Biophysics and Physicobiology paper
日時：11 月 14 日（火）12:50 〜 13:50 ／ Nov. 14 Tue.

場

所：1 号館 3 階 L 会場／ Bldg1 Room L

形

式：講演会／ Lecture

第 12 回 Biophysics and Physicobiology 論文賞受賞者
高田彰二
Shoji Takada
京都大学大学院理学研究科
Graduate School of Science, Kyoto University
郷モデルの過去と現在
Go models: Past and the current status
Since the first paper by Nobuhiro Go, the so-called Go models have been broadly applied tocomputational studies on proteins and others. I start the talk with reviewing history of Go models,followed by some latest studies that are, to some extent, related to Go models.

– S41 –

男女共同参画・若手支援委員会企画シンポジウム
ハイブリッドイベントのベストプラクティスを考える
オーガナイザー：日本生物物理学会 男女共同参画・若手支援委員会
Organizers: Promotion of Gender Equality and Young Researchers Committee
日時：11 月 16 日（木）11:40 〜 13:10

会

場：2 号館 2 階 E 会場

言

語：日本語

昼

食：お弁当とお茶を無料で提供いたします。ただし，数に限りがあります。

形

式：パネルディスカッション

司

会：西坂崇之（学習院大学）

発表者：南後恵理子（東北大学），大上雅史（東京工業大学），坂内博子（早稲田大学），
相沢智康（北海道大学），亘詩織（株式会社アトラス）

概 要：過去 3 年間，新型コロナウィルスの影響で，対面での年会やその他のイベントの開催が困難でした。一方で，オンラインや，対面・オンラインのハイブリッドなど，様々な開催方式が模索された 3 年間でもありました。その中で，オンライン開催のメリット・デメリットを感じてきたことと思います。年会のハイブリッド化が男女共同参画や若手支援につながるという声もあります。コロナ禍の経験を未来に活かすために，それぞれの経験を共有し，ハイブリッドイベントのベストプラクティスを考察してみるタイミングではないでしょうか。
本シンポジウムでは，ハイブリッド開催の主催経験者，様々な世代・性別の参加経験者に情報を提供していただき，パネルディスカッションを行います。発表・聴講の形式やそれを支えるテクノロジーについてだけでなくコスト面を含めた総括的な意見交換を行い，学会員にとって理想的な未来のハイブリッドイベントを心に描きましょう。具体的には，ハ
イブリッド開催の意義，メリット・デメリットについて，大きく以下の 3 つの観点から議論を繰り広げたいと考えています。
[1] ワークライフバランス〜家族・育児・介護と私〜[2] ハイブリッド開催を支えるテクノロジー[3] ハイブリッド開催におけるコスト〜ツール開発と利用の観点から〜〜参加者と開催者から見た時間と費用〜

本シンポジウムでは，上記 3 項目を主軸として，様々な立場や経験をお持ちの生物物理学会に所属する研究者 4 名，およびシステム開発を基盤として学術分野に貢献する IT 企業
1 名に登壇していただき，パネルディスカッション形式で今後のハイブリッドイベントの在り方について皆さんと一緒に考えていけたら思っています。リアルとオンラインの特徴をうまく活かすことで，生物物理学会年会をさらに盛り上げていける，アイデアをお持ちの学生や若手研究者の方の参加も大変歓迎いたします。一緒にハイブリッドイベントのベ
ストプラクティスを考えましょう。
– S42 –

キャリア支援説明会
オーガナイザー：日本生物物理学会 男女共同参画・若手支援委員会
日時：11 月 14 日（火）11:50 〜 12:50

会

場：2 号館 2 階 C 会場

形

式：ランチョンセミナーと個別キャリア相談会※このイベントは日本語で開催します。
* This event will be presented in Japanese language.
概

要：若手研究者や学生の今後のキャリア構築の一助となるように，今年度も「キャリア支援説明会」を開催します。昨年の反響を受けて本年会は，（株）アカリクから講師を迎えて大学院生やポストドクター向けの就職支援活動セミナーを実施します。また，昨年度と同様に今年度も個別キャリア相談会を実施いたしますので，是非ご活用ください。博士課程出身のアカリク社員が何でも質問に答えます！
講師プロフィール
神中 俊明（かみなか としあき）
東京理科大学大学院理学研究科物理学専攻で博士（理学）を取得後，博士研究員を経て2018 年 10 月より株式会社アカリクに所属しています。博士課程 2 年秋に所属研究室が解散した経験や博士研究員としての活動を元に現在，大学院生を始めとする研究に接する人のキャリア支援，キャリアガイダンス，ワークショップを行っています。研究を志すキャ
リアの見通しを良くし，研究環境をより良くすることが目標です。
アカリクについて
株式会社アカリクは「知恵の流通の最適化」を目指している企業です。大学院を修了・中退され企業へ就職を希望される方，ポスドクや助教の方のキャリア支援や，専門職転職をされる方のサポートをしています。また，Cloud LaTeX の開発運営や，ジョブ型研究イン
ターンシップの運営，博士人材データベース（JGRAD）の運営補助，セミナー，キャリ
アマガジン発行を通じて大学院生を始めとする研究者のキャリアがより良いものとなることを目指し，各種事業を展開しております。事業を通して研究者，大学院の環境，企業との関係をより良いものにしていきたいと考えています。
プログラム：理系大学院生や研究者の就活・転職について，「専門外就職」や「博士人材向け」の情報も交えてお話しいたします。

– S43 –

【Part 1】11:50 〜 12:10

大学院生の日頃の時間の使い方「大学院生は時間がない」「博士課程になると更に忙しい」とはよく耳にすることですが，実際にどれくらい忙しいのかはあまり明らかではありません。そこで，修士課程，博士課
程それぞれの時間の使い方についてアカリクで独自に行った調査をご紹介します。
【Part 2】12:10 〜 12:30

最近の就職市場の変化と大学院生の就活スケジュール

最近の就職市場の変化は著しく，大学院生も例外ではありません。2022 年に三省合意により改正された「インターンシップの推進に当たっての基本的考え方」の影響や，2021 年
9 月から博士課程向けに長期・有給で行われている「ジョブ型研究インターンシップ」の制度詳細を踏まえ，現在の産業界・アカデミアの就活スケジュールについてご説明します。
【Part 3】12:30 〜 12:50

企業が求める高度専門人材

企業の採用対象として存在感を増している大学院生を始めとする高度専門人材ですが，実際に企業が何を求めているか，それに対してどのような準備をするのが適切かはあまり知られていません。そこで，企業はどのような高度専門人材を求めているかについて，調査を元にご紹介します。さらに（1）PD のキャリアの考え方，（2）博士課程を中退・単位取得退学する場合の就職活動についてご紹介します。
個別キャリア相談会
就職活動・キャリアに関する悩みや不安を気軽にご相談ください。本大会では，現地（メインアリーナ・ポスター・企業展示会場）での相談会を開催いたします。就活ノウハウや企業での待遇面など，分からないことがあれば遠慮なくお尋ねください。
【ブースオープン時間】
11/14（火） 14:00–18:00
11/15（水） 10:00–12:00, 14:00–19:00
11/16（木） 10:00–15:00※直接ブースにお越し下さい。空いている場合はすぐご案内できますが，混み合っている
場合は，お手数ですが時間を空けて再度お越し下さい。
オンラインでの参加を希望される方は受付フォーム [https://forms.gle/6r5FdJcevQEP285B6]
より事前の登録をお願いいたします。

– S44 –

科学研究費助成事業について
Reorganization of KAKENHI: Current Activities of JSPS
世話人：秋山修志（自然科学研究機構

分子科学研究所，日本学術振興会学術システム研究センター専門研究員）
Organizer: Shuji Akiyama (Institute for Molecular Science, NINS; Program Officer, ResearchCenter for Science Systems, JSPS)
日時：11 月 16 日（木）11:50 〜 12:50

会

場：2 号館 3 階 H 会場

形

式：プレゼンテーション※このイベントは日本語で開催します。
* This event will be presented in Japanese language.
概

要：今，日本が将来にわたって卓越した研究成果を持続的に生み出し続け，世界の中で存在感を保持できるかが問われています。こうした中，科学技術・学術審議会において，学術研究への現代的要請として，「挑戦性・総合性・融合性・国際性」の四つを挙げ，科研費制度の抜本的改革が提言されました。これを踏まえ，文部科学省では「科研費改革の実施方針」を策定し，科研費の研究種目・枠組みの見直しや審査システムの見直し（「審査システム改革 2018」）が行われ，平成 30 年度科研費（平成 29 年 9 月公募）において，新たな審査システムによる審査を実施しました。今回は，科研費制度の最近の主な変更点
を中心に，制度の改善や充実を図った点等について，ご説明をいただきます。

– S45 –

企業参画型ピッチコンテスト
主催：株式会社リバネス

共催：日本生物物理学会

日時：11 月 14 日（火）10:00 〜 11:30

会

場：1 号館 3 階 K 会場

本企画は，研究成果を何かの形で社会還元したいという想いをもつ研究者が自らの研究とアイデアを協賛企業に向けてプレゼンし，産学間でディスカッションや連携を創出するための接点を多く生み出すことを目指すものです。
概要：・ピッチコンテストにて，研究者が産業界に向けて自身の研究アピールを 3 分でピッチ（ショートプレゼンテーション）する（50 名程度，事前募集制）。
・事前に応募のあった企業参加者が，ピッチとともに各発表者のポスター発表を聞きに行き，その場でディスカッションを行う。両方の結果に基づき，各参加企業が自身の企業賞を授与する研究者を決定する。
・年会最終日の閉会式にて，各企業賞を発表・授与するピッチコンテストの審査は，この企画に賛同をいただいている協賛企業各社にお願いした方に行っていただき，優秀発表者には協賛企業からの賞金が出ます。
Details of the special project, Company-involved Pitch Contest, are as follows:
Date and Time: November 14th (Tue), 10:00–11:30
Venue: Room K
Hosted by: Leave a Nest Co., Ltd.
Co-sponsored by: Biophysical Society of JapanThe flow of the pitch contest (scheduled) is as follows:- Researchers will pitch their research appeal to the industrial sector in a short presentation format
lasting 3 minutes (approximately 50 people, by advance registration)- Participating companies who have applied in advance will attend the poster presentations of thepresenters along with their pitch, and discussions will be held on the spot. Based on the results of
both, each participating company will decide which researcher to award their company prizes to.
- Each company prize will be announced and presented at the closing ceremony of the annual
meeting.

– S46 –

若手招待講演

Early Research in Biophysics Award Candidate Presentation Symposium
1 日目（11 月 14 日（火））／Day 1（Nov. 14 Tue.）

9:00～11:30
I 会場（国際会議室（3 号館 3F））／Room I（International Conference Room (Bldg. 3, 3F)）
1YI
日本生物物理学会若手奨励賞選考会
Early Research in Biophysics Award Candidate Presentations
オーガナイザー：男女共同参画・若手支援委員会
Organizer: Promotion of Gender Equality and Young Researchers Committee
Biophysical Society of Japan (BSJ) grants “Early Career Award in Biophysics” and “Early Career Presentation Award”
to young BSJ members for their excellent presentations that show great potential to contribute to the progress ofbiophysics. In this 19th year, we received 41 highly qualified applications. After the first round of competitive screening
based on submitted documents, the following ten applicants were selected as candidates for Early Career Award in
Biophysics. In this symposium, each speaker will give a 10-minute presentation followed by a 3-minute discussion as
the second round of screening. Up to five awardees of the Early Career Award in Biophysics will be selected. The best
presenter will also be awarded IUPAB award from International Union of Pure and Applied Biophysics. The Early
Career Presentation Award will be given to the rest of the excellent invited speakers. We welcome all the BSJ members
to attend this symposium to foresee the future of biophysics in Japan through the speakers and their research.

09:00

Sakura Takada

1YI0900

動的な静止構造：人工細胞内に創られたチューリングパターン
Creation of Turing pattern in artificial cells by PAR system-like mutual inhibition network○髙田 咲良 1, 義永 那津人 2,3, 土居 信英 1, 藤原 慶 1（1 慶應大・理工, 2 東北大 ・AIMR, 3 産総研・
MathAM-OIL）
Sakura Takada1, Natsuhiko Yoshinaga2,3, Nobuhide Doi1, Kei Fujiwara1 (1Dept. Biosci. and Info., Keio
Univ., 2AIMR, Tohoku Univ., 3MathAM-OIL, AIST)

1Pos182

09:15

Hironori Takeda

1YI0915

ミトコンドリアにおけるタンパク質膜挿入の構造基盤
Structural basis of the protein membrane insertion by the mitochondrial protein assembly gate
○竹田 弘法（神戸大・科学イノベ）
Hironori Takeda (Grad. Sch. Sci. Tech. Inno., Kobe Univ.)

1Pos030

09:30

Takashi Kanadome

1YI0930

クラスター型プロトカドヘリンの同種親和性相互作用を可視化する蛍光指示薬の開発
Development of fluorescent indicators for visualizing homophilic interaction of clusteredprotocadherin○京 卓志 1,2, 星野 七海 3, 永井 健治 2, 八木 健 3, 松田 知己 2（1JST さきがけ, 2 阪大・産研, 3 阪大・院生命機能）
Takashi Kanadome1,2, Nanami Hoshino3, Takeharu Nagai2, Takeshi Yagi3, Tomoki Matsuda2(1PRESTO, JST, 2SANKEN, Osaka Univ., 3FBS, Osaka Univ.)

3Pos247

09:45

Benjamin Clifton

1YI0945

Ultrahigh-affinity transport proteins from ubiquitous marine bacteria: structure, function, andenvironmental significance
Benjamin Clifton1, Uria Alcolombri2, Colin Jackson3, Paola Laurino1 (1Protein Eng. Evol. Unit,
Okinawa Inst. Sci. Tech. (OIST), 2Inst. Environ. Eng., ETH Zurich, 3Research School of Chem., Aust. Nat.
Univ. (ANU))

3Pos019– S47 –

10:00Ryohei Kobayashi

1YI1000

ミトコンドリア型 ATP 合成酵素の阻害因子 IF1 が示す回転方向依存的な制御機構: 1 分子操作実
験と分子動力学シミュレーション
Direction-dependent regulation of IF1 in the mitochondrial ATP synthase by single-molecule
manipulation and molecular dynamics simulation○小林 稜平, 岡崎 圭一（分子研）
Ryohei Kobayashi, Kei-ichi Okazaki (Inst. for Mol. Sci.)

3Pos093

10:15

Shiori Iida

1YI1015クロマチンの高次構造はクロマチンの局所的な動きとクロマチンのかたさを制御する
Higher order structure of chromatin regulates local chromatin motion and chromatin stiffness○飯田 史織 1,2, 田中 真仁 3, 田村 佐知子 1, 鐘巻 将人 2,4, 島本 勇太 2,3, 前島 一博 1,2（1 遺伝研・ゲノムダイナミクス, 2 総研大・遺伝学, 3 遺伝研・物理細胞生物学, 4 遺伝研・分子細胞工学）
Shiori Iida1,2, Masahito Tanaka3, Sachiko Tamura1, Masato Kanemaki2,4, Yuta Shimamoto2,3,Kazuhiro Maeshima1,2 (1Genome Dynamics Lab., Natl. Inst. of Genetics, 2Graduate Institute forAdvanced Studies, SOKENDAI, 3Physics and Cell Biology Lab., Natl. Inst. of Genetics, 4Molecular Cell
Engineering Lab., Natl. Inst. of Genetics)

10:30

Minoru Kurisu

1YI1030

自己生産する細胞のコンセプトを人工系で単純に再設計する：モデル実験系で繋ぐ物質と生命
Reproduction of a synthetic minimal cell: An experimental approach connecting matter and cell
○栗栖 実 1, Walde Peter2, 今井 正幸 1（1 東北大・院理・物理, 2ETH・材料）
Minoru Kurisu1, Peter Walde2, Masayuki Imai1 (1Dept. Phys., Grad. Sch. Sci., Tohoku Univ., 2Dept.
Materials, ETH Zürich)

1Pos073

2Pos170

10:45

Shingo Fukuda

1YI1045

超低侵襲高速原子間力顕微鏡の開発
Ultra-low-invasive high-speed atomic force microscopy for visualization of fragile molecularcomplexes○福田 真悟, 安藤 敏夫（金沢大学 ナノ生命科学研究所）
Shingo Fukuda, Toshio Ando (WPI Nano Life Science Institute (WPI-NanoLSI), Kanazawa University)

2Pos233

11:00

Satoshi Omura

1YI1100

小型 AsCas12f 酵素のクライオ電子顕微鏡を用いた構造解析およびその改変
An AsCas12f-based compact genome editing tool derived by deep mutational scanning andstructural analysis
Satoshi Omura1, Tomohiro Hino2, Ryoya Nakagawa1, Tomoki Togashi3, Tsukasa Ohmori3,
Atsushi Hoshino2, Osamu Nureki1 (1Department of Biological Sciences, Graduate School of Science, The
University of Tokyo., 2Department of Cardiovascular Medicine, Graduate School of Medical Science,
Kyoto Prefectural University of Medicine., 3Department of Biochemistry, Jichi Medical University Schoolof Medicine.)

11:15

Ryo Mizuuchi

1YI1115原始的な RNA 集団の調査から見つかった自己複製する最小の RNA
Minimal RNA self-reproduction discovered from a random pool of oligomers○水内 良 1,2, 市橋 伯一 3,4,5（1 早稲田・理工, 2JST・創発, 3 東大・総合文化, 4 東大・先進科学,
5 東大・普遍性）
Ryo Mizuuchi1,2, Norikazu Ichihashi3,4,5 (1Fac. Sci. Eng., Waseda Univ., 2JST, FOREST, 3Grad. Sch. Arts
and Sci., Univ. Tokyo, 4Komaba Inst. Sci., Univ. Tokyo, 5UBI, Univ. Tokyo)

3Pos018

2Pos159– S48 –

シンポジウムSymposium

1 日目（11 月 14 日（火））／Day 1（Nov. 14 Tue.）
1SAA

AI と実験のコンチェルトで奏でる生命科学のパラダイムシフト
The paradigm shift of biological science played by AI–experiment concerti
共催 JST/CREST 「バイオ DX」

オーガナイザー：井上 圭一（東京大学），田端 和仁（東京大学）
Organizers: Keiichi Inoue (The Univ. of Tokyo), Kazuhito Tabata (The Univ. of Tokyo)
09:00～11:30
A 会場（展示室 211（2 号館 1F））／Room A（Exhibition Room 211 (Bldg. 2, 1F)）

The applications of AI in biological and medical fields have been rapidly progressing in these decades. In particular, thestructural prediction by Alphafold2 drastically changed the situation of structural biology. The application of AI,
however, in other fields is not so established, and many drastic developments are still being demanded. In this
symposium, we will present cutting-edge studies incorporating both AI and experiments in a complementary manner forbiological and chemical applications. Given the current situation in each discipline, we will discuss the future
perspective of biological discovery and paradigm shift by integrating AI and experimental approaches.
はじめにOpening Remarks
1SAA-1

高機能性タンパク質のデザインのための機械学習法の開発およびロドプシンの吸収波長制御への応用
Development of a new machine-learning method to design high functional proteins and an
application for the color tuning of rhodopsins○井上 圭一（東大・物性研）
Keiichi Inoue (Inst. Solid State Phys.)

1SAA-2

機械学習を用いた微生物ロドプシンのデータ駆動型吸収波長予測
Data-Driven Prediction for Absorption Wavelengths of Microbial Rhodopsins by using Machine
Learning Approaches○烏山 昌幸（名古屋工業大学）
Masayuki Karasuyama (Nagoya Institute of Technology)

1SAA-3環状ペプチドの構造と膜透過性に関する大規模データ取得のための方法論の開発
Development of methodologies for obtaining a large dataset of structures and membrane
permeability of cyclic peptides○森本 淳平（東京大・院工）Jumpei Morimoto (Grad. Sch. Eng., Univ. Tokyo)

1SAA-4構造安定性のメガスケール解析
Mega-scale experimental analysis of protein folding stability in biology and protein design○坪山 幸太郎 1,2, ロックリン ガブリエル 2（1 東京大学 生産技術研究所, 2 ノースウェスタン大学）
Kotaro Tsuboyama1,2, Gabriel Rocklin2 (1IIS UTokyo, 2Northwestern Univ.)– S49 –

1SAA-5

BioDOS: 遺伝子ネットワークの自動デザインを行う論理推論 AI
BioDOS: AI Inference engine for Bio-design automation of genetic network○木賀 大介 1, 奥田 宗太 1, 宮崎 和光 2, 小玉 直樹 3, 山村 雅幸 4（1 早大・電気情報生命, 2 大学改
革支援・学位授与機構, 3 明大・理工, 4 東工大・情報院理工院）
Daisuke Kiga1, Sota Okuda1, Kazuteru Miyazaki2, Naoki Kodama3, Masayuki Yamamura4 (1Dept ElectEng and Biosci, Waseda Univ, 2Nation. Inst. for Acad. Deg. & Quality Enhance. of High. Edu., 3Sch. Sci.
and Tech., Meiji Univ., 4Sch. Comput., Tokyo tech)
おわりに
Closing Remarks

1SBA

クロマチンと SMC タンパク質の動態から理解するゲノムモダリティ
Understanding genome modality of the dynamics of chromatin and SMC proteins
共催 学術変革領域研究（A）「ゲノムモダリティ」

オーガナイザー：前島 一博（国立遺伝学研究所），山本 哲也（北海道大学）
Organizers: Kazuhiro Maeshima (NIG), Tetsuya Yamamoto (Hokkaido Univ.)
09:00～11:30
B 会場（展示室 212（2 号館 1F））／Room B（Exhibition Room 212 (Bldg. 2, 1F)）

Recent advances of experiments have revealed the multiscale structure and dynamics of eukaryotic genome. Genome
forms domains, such as topologically associated domains and compartments, in the mesoscopic length scale(100k-10Mbps) and the dynamics of SMC proteins plays a key role in assembling such domains. In this symposium, we
invite experts of the dynamics of chromatin and SMC proteins and the self-assembly of DNA to discuss the biophysicalprinciple behind the structural formation and dynamics of genome.
はじめに
Opening Remarks
1SBA-1SMC 複合体 DNA セグメントキャプチャーモデルの粗視化シミュレーション
DNA-segment Capture by SMC Complex –A Coarse-grained Simulation Study–○山内 仁喬, 寺川 剛, ブランダーニ ジョバンニ ブルーノ, 高田 彰二（京都大学・理・生物物理）
Masataka Yamauchi, Tsuyoshi Terakawa, Giovanni Bruno Brandani, Shoji Takada (Dept. of Biophysics,
Grad. of Sci., Kyoto Univ.)

1SBA-2

Direct visualization of DNA-bound cohesin by HS-AFM
Yumiko Kurokawa1,2, Kenichi Umeda3, Noriyuki Kodera3, Yasuto Murayama1,2 (1Dept. of Chrom. Sci.,
Nat. Inst. of Genetics, 2Dept. of Genetics, SOKENDAI, 3WPI-NanoLSI, Kanazawa Univ.)

1SBA-3

コヒーシン二量化による分子障壁を越えたクロマチンループ形成
Formation of chromatin loops by cohesin dimerization over molecular obstacles○藤城 新（京都大学 福井謙一記念研究センター）
Shin Fujishiro (Fukui Institute for Fundamental Chemistry, Kyoto University)

1SBA-4

Replication-dependent histone (Repli-Histo) labeling revealed that chromatin motion candetermine DNA replication timing
Katsuhiko Minami1,2, Satoru Ide1,2, Sachiko Tamura1, Masato T. Kanemaki1,2, Kazuhiro Maeshima1,2(1National Institute of Genetics, 2Graduate Institute for Advanced Studies, SOKENDAI)– S50 –

1SBA-5ゲノムサイズの核酸集合体の液-液相分離のデザイン・制御と応用
Design, control, and application of liquid-liquid phase separation of genome-sized nucleic-acidassembly○瀧ノ上 正浩 1,2,3（1 東工大・情報理工, 2 東工大・生命理工, 3 東工大・リビングシステムズ材料学研究拠点）
Masahiro Takinoue1,2,3 (1Dept. Compt. Sci., Tokyo Tech, 2Dept. Life Sci. Tech., Tokyo Tech, 3LiSM, IRFI,Tokyo Tech)

1SBA-6

A loop extrusion-independent mechanism contributes to chromosome shaping by thecondensin complexes
Kazuhisa Kinoshita (Chromosome Dynamics Lab., RIKEN)

1SBA-7

Elasticity control of entangled chromosomes: crosstalk between condensin complexes andnucleosomes
Yamamoto Tetsuya1, Kinoshita Kazuhisa2, Hirano Tatsuya2 (1ICReDD, Hokkaido Univ., 2Riken)

1SCA

界面における細胞骨格のダイナミクス
Cytoskeletal dynamics at the boundaries
オーガナイザー：島本 勇太（国立遺伝学研究所），宮﨑 牧人（京都大学）
Organizers: Yuta Shimamoto (NIG), Makito Miyazaki (Kyoto Univ.)
09:00～11:30
C 会場（会議室 221（2 号館 2F)）／Room C（Conference Room 221 (Bldg. 2, 2F)）

Cells are compartmentalized by various planer boundaries. At each boundary (e.g., the plasma membrane, the nuclear
envelope, and organelle surfaces), cytoskeletal proteins form filamentous meshworks and act dynamically to control cell
physiology. Whereas the propensities of individual cytoskeleton and membrane components have been extensively
studied, how they work together remains a mystery. This symposium gathers early-career researchers from diverse
disciplines, aiming to illuminate the fascinating interplay at these biological boundaries. We envision that the
symposium provides an opportunity to foster new ideas and questions that encourage young scientists and promotes
exciting biophysics by crossing the interdisciplinary boundaries.
はじめにOpening Remarks
1SCA-1

アクトミオシンの収縮による膜変形プロセスの再構成
Morphological transitions of lipid vesicles driven by the contraction of cortical actomyosin
networks○宮﨑 牧人 1,2,3（1 京大・院理, 2 理研 BDR, 3JST さきがけ）
Makito Miyazaki1,2,3 (1Grad. Sch. Sci., Kyoto Univ., 2RIKEN BDR, 3PRESTO, JST)

1SCA-2

Spatial organization of cytoplasm directed by the cytoskeleton in human cell extracts
Shohei Yamamoto, Daiju Kitagawa (Grad. Sch. Pharma. Sci., Univ. Tokyo)

1SCA-3

カドヘリン/アクトミオシンを介した細胞間張力がモルフォゲン勾配の頑強性を支える
Intercellular tension generated by cadherin-actomyosin interaction ensures robust morphogen
gradient formation○青木 佳南, 樋口 大樹, 石谷 太（阪大・微研・生体統御）
Kana Aoki, Taiki Higuchi, Tohru Ishitani (Dept. of Homeostatic regulation, RIMD, Osaka Univ.)– S51 –

1SCA-4

オルガネラを支配する力の指輪：オルガネラ分裂リングの分子動作機構
The rings of power to rule organelles: mechanism of force generation by the organelle divisionring○吉田 大和 1,2（1 東京大・院・理・生物科学, 2JST・さきがけ）
Yamato Yoshida1,2 (1Dept. of Biol. Sci., Grad. Sch. Sci., Univ. of Tokyo, 2JST PRESTO)

1SCA-5

Plant cytoskeletal dynamics at the nuclear periphery
Kentaro Tamura (Sch. Food Nutr., Univ. Shizuoka)

1SCA-6初期胚発生における核膜ラミンの時空間動態
Dynamics of nuclear lamins during early embryonic development○島本 勇太 1,2（1 遺伝研, 2 総研大）Yuta Shimamoto1,2 (1Nat'l Inst Genetics, 2SOKENDAI)
おわりに
Closing Remarks

1SDA

ようこそ、ボーダーレスなロドプシンの世界へ
Welcome to the borderless rhodopsin world
共催 JST/CREST 「オプトバイオ」

オーガナイザー：山下 高廣（京都大学），角田 聡（名古屋工業大学）
Organizers: Takahiro Yamashita (Kyoto Univ.), Satoshi Tsunoda (Nagoya Inst. of Tech.)
09:00～11:30
D 会場（会議室 222+223（2 号館 2F））／Room D（Conference Room 222+223 (Bldg. 2, 2F)）

Rhodopsin is a general term for photoreceptive proteins which bind retinal as a chromophore. Rhodopsins are classicallyclassified into two types, animal-type and microbial-type. These two types show no sequence similarities with eachother, which leads to the diversity of their molecular functions. However, recent accumulation of the molecularproperties of rhodopsins has crossed the border between animal-type and microbial-type. Moreover, the application ofvarious rhodopsins to optogenetics not only contributes to the understanding of the molecular mechanisms underlying
the physiological functions in animals but also opens a new field in the treatments of diseases. In this symposium, we
would like to introduce the “borderless” rhodopsin world.
はじめにOpening Remarks
1SDA-1動物オプシンと微生物オプシンの境界を超える光サイクル型動物オプシン
Photocyclic animal opsins break the boundary between animal and microbial opsins○山下 高廣（京都大・院理）Takahiro Yamashita (Grad. Sch. of Sci., Kyoto Univ.)

1SDA-2

ベストロドプシン：ユニークな光反応を示す新奇光開閉式陰イオンチャネル
Bestrhodopsin: a novel light-gated anion channel with unique photoreaction○今野 雅恵（東大・物性研）
Masae Konno (ISSP, Univ. Tokyo)

1SDA-3

プロトンポンプ型ロドプシンを用いたアポトーシスの光制御
Optical control of apoptotic cell death by a proton pump rhodopsin○小島 慧一, 須藤 雄気（岡山大・学術研究院医歯薬）
Keiichi Kojima, Yuki Sudo (Fac. Med. Dent. Pharm. Sci. Okayama Univ.)– S52 –

1SDA-4動物ロドプシンの多様性と双安定型の動物ロドプシンを用いた GPCR シグナル伝達の分子特性依存的な光操作
Diversity of animal rhodopsin and optical control of GPCR signaling by bistable animalrhodopsins in a molecular property-dependent manner○小柳 光正 1,2（1 大阪公大・院理, 2 大阪公大・複合先端機構）
Mitsumasa Koyanagi1,2 (1Grad. Sch. Sci., Osaka Met. Univ., 2OMU Adv. Res. Ins. Nat. Sci. Tech., Osaka
Met. Univ.)

1SDA-5

ようこそ、視覚再生遺伝子治療開発の世界へ
Welcome to the Visual Restoration Gene Therapy Development World○堅田 侑作 1,2（1 慶應大・医学部, 2 ㈱レストアビジョン）
Yusaku Katada1,2 (1Med., Keio Univ., 2Restore Vision Inc.)

1SDA-6高感度チャネルロドプシンを利用した視覚疾患遺伝子治薬療開発へ向けて
Development of gene therapy for vision restoration by using a channelrhodopsin with high lightsensitivity○角田 聡 1,2（1 名古屋工業大学 生命応用化学専攻, 2 名古屋工業大学 オプトバイオテクノロ
ジー研究センター）
Satoshi Tsunoda1,2 (1Department of Life Science and Applied Chemistry, Nagoya Institute of Technology,
2OptoBioTechnology Research Center, Nagoya Institute of Technology)
おわりにClosing Remarks

1SEA

高速 AFM の生体分子計測と情報の融合
Integrating biomolecular measurements and IT in high-speed AFM
オーガナイザー：高田 彰二（京都大学），古寺 哲幸（金沢大学）
Organizers: Shoji Takada (Kyoto Univ.), Noriyuki Kodera (Kanazawa Univ.)
09:00～11:30
E 会場（会議室 224（2 号館 2F））／Room E（Conference Room 224 (Bldg. 2, 2F)）

High-speed AFM has been a unique experimental method that can observe single biomolecular structural dynamics atnear physiological condition. However, AFM data directly provide information of the surface envelope of the specimen
at intermediate resolution both in time and space so that the underlying three-dimensional structures and their
movements need to be inferred from some computations for quantitative analysis. The workshop focuses on recent
efforts towards integration of high-speed AFM measurements and information technology (IT)-based methods that are
expected to make high-speed AFM methods more powerful in the coming years.
はじめにOpening Remarks
1SEA-1

ミオシン V の歩行運動のデータ同化解析：高速原子間力顕微鏡データと分子シミュレーション
Data assimilation analysis of myosin V walking: High-speed atomic force microscopy data andmolecular simulations○渕上 壮太郎 1, 松永 康佑 2, 高田 彰二 3（1 静県大・薬, 2 埼大院・理工, 3 京大院・理）Sotaro Fuchigami1, Yasuhiro Matsunaga2, Shoji Takada3 (1Sch. Pharm. Sci., Univ. Shizuoka, 2Grad. Sch.
Sci. Eng., Saitama Univ., 3Grad. Sch. Science, Kyoto Univ.)– S53 –

1SEA-2

ノイズを含む原子間力顕微鏡画像のためのエンド・ツー・エンド微分可能な探針形状再構成法
End-to-end differentiable blind tip reconstruction for noisy atomic force microscopy images○松永 康佑（埼大院・理工）
Yasuhiro Matsunaga (Grad. Sch. Sci. Eng., Saitama Univ.)

1SEA-3

Protein dynamics by the combination of high-speed AFM and computational modeling
Holger Flechsig (Nano Life Science Institute (WPI-NanoLSI), Kanazawa University)

1SEA-4微小管切断酵素カタニンの高速 AFM による可視化
Visulalization of microtubule severing by High-speed AFM
大野 麻莉菜 1, 渋谷 颯人 1, 古寺 哲幸 2, ○林 郁子 1（1 横浜市立大学大学院生命医科学研究科, 2 金
沢大学ナノ生命科学研究所）
Marina Ohno1, Hayato Shibuya1, Noriyuki Kodera2, Ikuko Hayashi1 (1Grad. Sch. Med. Lif. Sci.,
Yokohama City Univ., 2NanoLSI, Kanazawa Univ.)

1SEA-5Structure and dynamics of oligomers of the TIR domain of MyD88
Hidehito Tochio (Grad. Sch. Sci., Kyoto Univ.)

1SEA-6Sub-molecular-scale observation of Structural Maintenance of Chromosomes complexes byhigh-speed AFM
Kenichi Umeda1,2, Yumiko Kurokawa3, Yasuto Murayama2,3, Noriyuki Kodera1 (1WPI-NanoLSI,
Kanazawa Univ., 2JST-PRESTO, 3Nat. Inst. Genetics)
おわりに
Closing Remarks

1SFA

生体ー環境相互作用をトランススケール解析する学際的アプローチ
Interdisciplinary approaches for trans-scale analysis of organism-environment interactions
共催 学術変革領域研究（B）「筋熱シグナリング」

オーガナイザー：鈴木 団（大阪大学），大山 廣太郎（量子科学技術研究開発機構），
山澤 徳志子（東京慈恵会医科大学）
Organizers: Madoka Suzuki (Osaka Univ.), Kotaro Oyama (QST),
Toshiko Yamazawa (The Jikei Univ.)
09:00～11:30
F 会場（会議室 231（2 号館 3F））／Room F（Conference Room 231 (Bldg. 2, 3F)）

Response of an organism to external stimuli is an essential step for adaptation to external environment. The response
relies on that of cells, biomolecules, and their network. In this symposium, we explore the interactions between
organisms and environment throughout the spatial scales. We begin with speakers who examine heat and thermal
responses at the scales of atoms, molecules and cells. Their interdisciplinary approaches span over biophysics,
computational chemistry, and material science. Next, quantitative fluorescence imaging of kinase activities will be
introduced as a representative intracellular signaling that can be perturbed quickly by thermal stimulus. Lastly, we willlearn how the organism-environment interactions have been examined successfully by state-of-the-art robots as aconstructive approach. This symposium is suitable for those who are interested in interdisciplinary approaches to
examine the interaction of biological systems with environment at any spatial scales of biological systems.
はじめにOpening Remarks– S54 –

1SFA-1

ミオシン ATP 加水分解初期過程における力学的仕事生成
Mechanical Work Generation at Early Stage of ATP Hydrolysis in Myosin○栗崎 以久男 1, 鈴木 団 2（1 早稲田大学理工学術院総合研究所, 2 大阪大学蛋白質研究所）
Ikuo Kurisaki1, Madoka Suzuki2 (1Waseda Research Institute for Science and Engineering, 2Institute forProtein Research, Osaka University)

1SFA-2タンパク質分子中における振動エネルギーフロー時空間マップ
Spaciotemporal mapping of vibrational energy flow in proteins○水野 操（京大・院理）Misao Mizuno (Grad. Sch. Sci., Kyoto Univ.)

1SFA-3

合成色素を用いた脂質膜のナノ温度計測と局所加熱
Nanothermometry and local heating of lipid membranes using synthetic dyes
○新井 敏, 山崎 健, コン・クァン ブー（金沢大 ナノ研）
Satoshi Arai, Takeru Yamazaki, Vu Cong Quang (WPI-NanoLSI, Kanazawa univ.)

1SFA-4

ストレス応答 MAPK シグナルの動的制御とその細胞運命決定への寄与
Dynamics and function of stress-activated MAPK signaling in determining cell fates○冨田 太一郎, 三上 義礼, 大島 大輔, 鄭 有人, 赤羽 悟美（東邦大・医・統合生理）
Taichiro Tomida, Yoshinori Mikami, Daisuke Ohshima, Yuuto Tei, Satomi Adachi-Akahane (Dept.
Physiology, Fac. Med., Toho Univ.)

1SFA-5

身体と環境の相互作用から生まれる多様で適応的な運動解明に向けた工学的アプローチ
An engineering approach to investigate the various adaptive behavior derived from theinteraction between the body and the environment○杉本 靖博（大阪大学・工学研究科）
Yasuhiro Sugimoto (Grad. Sch. of Eng., Osaka Univ.)
おわりにClosing Remarks

1SGA

生物物理学のための一分子ナノポア計測の基礎と応用
The fundamental and applications of single-molecule nanopore sensing for biophysical studies
オーガナイザー：山崎 洋人（長岡技術科学大学），庄司 観（長岡技術科学大学），
彭 祖癸（東京農工大学）
Organizers: Hirohito Yamazaki (Nagaoka Univ. of Tech.), Kan Shoji (Nagaoka Univ. of Tech.),Peng Zugui (Tokyo Univ. of Agric. and Tech.)
09:00～11:30
G 会場（会議室 232+233（2 号館 3F））／Room G（Conference Room 232+233 (Bldg. 2, 3F)）

Life at the molecular levels is modulated by the dynamics and interactions of biological molecules. To understand them,single molecule techniques is straight-forward way to investigate in details. Among the techniques, nanopore sensing isa label-free/high through-put apprach, which measure a modulation of ionic current passing through a nanopore.In this
symposium, we will organize the session to boost adoption of nanopore sensing and co-develop advanced solutions inbiophysical community. To provide deep-understanding of the sensing, the symposium consists of two parts: how thenanopore sensing work fundamentally and how this sensing can be used for applications.
1SGA-1

Single Molecule Biophysical Studies Using Nanopore Sensing: History and Basic Principles
Hirohito Yamazaki (TRI, Nagaoka Univ. Tech.)– S55 –

1SGA-2Engineered Nanostructures for Single-Protein Characterisation
Cuifeng Ying (Dept. of Eng., Sch. of Sci. & Tech., Nottingham Trent Univ., UK)

1SGA-3

Physically insertion of DNA nanopores into liposomes using nanopore-modified microelectrodes
Hiroki Koiwa1, Shin-ichiro Nomura2, Satoshi Murata2, Kan Shoji1 (1Graduate School of Engineering,
Nagaoka University of Technology, 2Graduate School of engineering, Tohoku University)

1SGA-4

Molecular Dynamics Study of Ion Transport Through Membrane-Spanning DNA Nanopores
Takuya Mabuchi (Tohoku University)

1SGA-5

Scanning Ion Conductance Microscopy Using Biological Nanopore Probes
Kan Shoji (Nagaoka Univ. Tech.)

1SGA-6

Theoretical prediction of the nanoparticle size by the resistive-pulse technique with cylindricaland conical nanopores
Yinghua Qiu1,2, Zihao Gao1,2, Long Ma1,2, Chuanzhen Huang1,3 (1Sch. of Mech. Eng., Shandong Univ.,
2Shenzhen Res. Inst. of Shandong Univ., 3Sch. of Mech. Eng., Yanshan Univ.)

1SGA-7

Electric field perturbation on protein structural dynamics and its correlation with proteintranslocation
Prabhat Tripathi (Dept. of Chem., Indian Inst. of Tech. (Banaras Hindu Univ.) Varanasi)

1SGA-8脂質二分子膜内で会合する β シートペプチドが構築するナノポアの均一化手法の検討
Study on β-sheet peptides in lipid bilayers for preparation of monodisperse-size nanopores○彭 祖癸 1, 山地 未紗 1, 藤田 祥子 1, 栢森 史浩 2, 臼井 健二 2, 川野 竜司 1（1 東京農工大学・生命工学科, 2 甲南大学・フロンティアサイエンス学部）
Zugui Peng1, Misa Yamaji1, Shoko Fujita1, Fumihiro Kayamori2, Kenji Usui2, Ryuji Kawano1(1Department of Biotechnology and Life Science, Tokyo University of Agriculture and Technology,
2Faculty of Frontiers of Innovative Research in Science and Technology, Konan University)

1SHA

台湾-日本二国間シンポジウム
Taiwan-Japan Bilateral Symposium
オーガナイザー：Shang-Te Danny Hsu（Academia Sinica），中根 大介（電気通信大学）
Organizers: Shang-Te Danny Hsu (Academia Sinica), Daisuke Nakane (The Univ. of Electro-Comm.)
09:00～11:30
H 会場（会議室 234（2 号館 3F））／Room H（Conference Room 234 (Bldg. 2, 3F)）

This symposium aims to highlight the current mainstream topics in biophysics and also explore the collaboration anddevelopment in the field of biophysics in the Taiwan-Japan region. The symposium includes young and upcoming
researchers from the Biophysical Society of Taiwan and the Biophysical Society of Japan. We hope that the close inperson interaction and constructive discussions at this symposium will keep the scientific activity, and to have asignificant impact on the community.
1SHA-1

原生生物の運動と行動
Movement and behavior of protists○西上 幸範（北海道大学電子科学研究所）
Yukinori Nishigami (Research Institute for Electronic Science, Hokkaido University)– S56 –

1SHA-2

Structural basis of a K11/K48-branched ubiquitin chain recognition by the human 26S
proteasome
Shang-Te Danny Hsu1,2,3, Piotr Draczkoswki1, Yong-Sheng Wang1,2, Ting Chen1, Szu-Ni Chen1,
Kuen-Phon Wu1,2 (1Inst. of Biological Chemistry, Academia Sinica, Taiwan, 2Inst. of Biochemical
Sciences, National Taiwan Univ., Taiwan, 3International Inst. for Sustainability with Knotted Chiral Meta
Matter, Hiroshima Univ. Higashihiroshima, Japan)

1SHA-3How does alcohol stress trigger cell death in E. coli?
Setsu Kato (Graduate School of Integrated Sciences for Life, Hiroshima University)

1SHA-4Structural insights into the molecular basis of recognition mechanism between linear
polyubiquitin and the UBAN family
Yu-Chih Lo (Department of Biotechnology and Bioindustry Sciences, National Cheng Kung University,
Tainan / Taiwanese)

1SHA-5Cryo-EM Observation of wide range of soft-materials
Tasuku Hamaguchi1, Keisuke Kawakami2, Daisuke Unabara1, Koji Yonekura1,2,3 (1Tohoku Univ.,
IMRAM, 2RIKEN SPring-8, 3RIKEN-JEOL Collaboration Center)

1SHA-6Structural Insights into the P, D, N-Triloop Interaction of Dual-Specificity Phosphatases (DUSPs)
Chih-Hsuan Lai1, I-Chen Hu1, Huai-Chia Chuang2, Tse-Hua Tan2, Ping-Chiang Lyu1 (1Institute of
Bioinformatics and Structural Biology, National Tsing Hua University, Taiwan, 2Immunology ResearchCenter, National Health Research Institutes, Taiwan)

1SJA

生体秩序を生み出す力の計測と操作
Measurement and manipulation of mechanical forces working in self-transformation of living
systems
共催 学術変革領域研究（A）「生体秩序力学」

オーガナイザー：吉村 成弘（京都大学），谷本 博一（横浜市立大学）
Organizers: Shige H. Yoshimura (Kyoto Univ.), Hirokazu Tanimoto (Yokohama City Univ.)
09:00～11:30
J 会場（会議室 141+142（1 号館 4F））／Room J（Conference Room 141+142 (Bldg. 1, 4F)）

An embryo produces cells with specific fates, forms, and functions during development. These cells are self-organized
into an ordered pattern through collective interactions of biomolecules and mechanical forces at various spatio-temporalscales. We aim at developing new paradigms of the fundamental design principles of biological systems through holistic
understanding of how mechanical forces elicit self-organizing feedback leading to progressive self-tuningtransformation of multicellular systems. In this symposium, cutting-edge technologies needed to interrogate themechanical processes and establish a unique model for multi-disciplinary research that harnesses expertise frombiomedical sciences, engineering, mathematics, physics, and chemistry will be focused.
1SJA-1

細胞内における構造と構造の力学的関係
A physical relationship between intracellular structures○谷本 博一（横浜市立大学理学部）
Hirokazu Tanimoto (Department of Science, Yokohama City University)

1SJA-2Mechano-chemical control of directed cell migration through microtubule-focal adhesion
crosstalkYukako Nishimura1, Thasaneeya Kuboki2, Satoru Kidoaki2, Fumio Motegi1 (1IGM, Hokkaido Univ.,
2IMCE, Kyushu Univ.)– S57 –1SJA-3アクチン細胞骨格動態の光操作
Optogenetic control of actin cytoskeletal dynamics○山本 啓 1, 山崎 陽祐 1, 青木 一洋 2,3,4, 宮﨑 牧人 1,5（1 理化学研究所 生命機能科学研究センター,
2 基礎生物学研究所, 3 生命創成探究センター, 4 総合研究大学院大学, 5 キュリー研究所）
Kei Yamamoto1, Yosuke Yamazaki1, Kazuhiro Aoki2,3,4, Makito Miyazaki1,5 (1RIKEN BDR, 2National
Institute for Basic Biology (NIBB), 3Exploratory Research Center on Life and Living Systems(ExCELLS), 4SOKENDAI, 5Institut Curie)

1SJA-4Subcellular shuttling of ZO-1 coordinates collective cell migration
Sayuki Hirano1,2, Kazuhiro Aoki1,3, Naoto Ueno2,3 (1Explor. Res. Cent. on Life and Liv. Systs., Natl.
Insts. of Nat. Scis., 2Intl. Res. Collab. Cent., Natl. Insts. of Nat. Scis., 3Natl. Inst. for Bas. Biol., Natl.
Insts. of Nat. Scis.)

1SJA-5Hybrid scaffolds elucidate distinct roles of extracellular matrix in age-related cardiac fibroblast
activation
Sun Avery Rui, Jennifer L Young (Mechanobiology Institute, Biomedical Engineering Dept., National
University of Singapore)

1SJA-6

細胞力学と遺伝子発現の複合解析
Combined analysis of mechanical properties and transcriptome in thousands of single cells○塩見 晃史 1, 金子 泰洸ポール 1, 西川 香里 1, 新宅 博文 1,2（1 理研・開拓, 2 京都大・医生研）
Akifumi Shiomi1, Taikopaul Kaneko1, Kaori Nishikawa1, Hirofumi Shintaku1,2 (1CPR, RIKEN, 2LiMe,
Kyoto Univ)

1SJA-7

Stem Cell Differentiation in Confining Microenvironments
Andrew W. Holle1,2 (1Mechanobiology Institute, 2National University of Singapore)

1SLA

植物細胞のロジックとケミカル AI
Plant Cell Logic and Chemical AI
共催 学術変革領域研究（A）「分子サイバネティクス」

オーガナイザー：井上 大介（九州大学），水内 良（早稲田大学），松林 英明（東北大学）
Organizers: Daisuke Inoue (Kyushu Univ.), Ryo Mizuuchi (Waseda Univ.),
Hideaki Matsubayashi (Tohoku Univ.)
09:00～11:30
L 会場（会議室 133+134（1 号館 3F））／Room L（Conference Room 133+134 (Bldg. 1, 3F)）

Molecular cybernetics aims to develop artificial molecular information processing systems (Chemical AI) by connecting
multiple molecular units that package functional molecules acting as sensors, processors, and actuators. On the other
hand, plant cells have simple information processing systems without a central nervous system that may provide
inspiration for the design of Chemical AI. In this symposium, molecular cybernetics researchers and plant cell biologists
will discuss and explore ideas for designing chemical AI inspired by plant cells, and for applying the fundamental
techniques of molecular cybernetics to plant cell research ranging from imaging to reconstruction experiments.
はじめに
Opening Remarks
1SLA-1

植物の道管に見る細胞内パターン形成のロジック
Intracellular patterning in plant xylem vessels○小田 祥久（名古屋大学大学院理学研究科生命理学）
Yoshihisa Oda (Bio Sci, Sci, Nagoya Univ)– S58 –

1SLA-2

Cell polarity linked to gravity sensing in plant gravitropism
Miyo Terao Morita1, Takeshi Nishimura1, Hiromasa Shikata1, Shogo Mori1, Yoshinori Abe2,
Takuma Hagihara2, Masatsugu Toyota2, Hiroshi Y. Yoshikawa3, Takumi Higaki4 (1NIBB, NINS, 2Dept.
Biochem. Mol. Biol., Saitama Univ., 3Dept. Applied Physics, Osaka Univ., 4FAST, Kumamoto Univ.)

1SLA-3

Real-time visualization of intra- and inter-plant communication
Masatsugu Toyota1,2,3 (1Dept. Biochem. Mol. Biol., Saitama Univ., 2SunRiSE, Suntory Fdn. Life Sci.,
3Dept. Bot., UW-Madison)

1SLA-4マイクロ流体デバイスにおける細胞サイズのリポソームの多数同時整列
Simultaneous and Multiple Alignment of Cell-sized Liposomes in a Microfluidic Device○豊田 太郎 1,2, 章 逸汀 1,3, 小淵 晴仁 1, 浜田 省吾 4, 杉山 博紀 5, 安部 桂太 6, 稲田 晃大 7,
礒川 悌次郎 7, 村田 智 6（1 東大・院総合文化, 2 東大・生物普遍性連携研究機構, 3 立教大・理,4 東工大・情報理工学院, 5 自然科学研究機構・生命創成探究セ, 6 東北大・院工, 7 兵庫県立大・院工）Taro Toyota1,2, Yiting Zhang1,3, Haruto Obuchi1, Shogo Hamada4, Hironori Sugiyama5, Keita Abe6,
Akihiro Inada7, Teijiro Isokawa7, Satoshi Murata6 (1Grad. Sch. Arts Sci., Univ. Tokyo, 2Univ. Biol. Inst.,
Univ. Tokyo, 3Coll. Sci, Rikkyo Univ., 4Int. Grad. Sch. Sci. Eng., Tokyo Inst. Tech., 5ExCELLS, NINS,
6Grad. Sch. Eng., Tohoku Univ., 7Grad. Sch. Eng., Univ. Hyogo)

1SLA-5

生物発光を DNA で自在に操る
Manipulation of Bioluminescence with DNA○葛谷 明紀（関西大・化学生命工）
Akinori Kuzuya (Dept. Chem. Mater. Eng., Kansai Univ.)

1SLA-6Development of totally synthetic membrane transporters and channels
Kohei Sato (Sch. Sci. Kwansei Gakuin Univ.)
おわりにClosing Remarks

1SMA

多階層からなる高次構造体ダイナミクス: 分子からオルガネラまでの動態を探る
Dynamics of multi-layered supramolecular assemblies : from molecular complexes to organelles
共催 JST/さきがけ「高次構造体」

オーガナイザー：中村 秀樹（京都大学），松尾 芳隆（東京大学）
Organizers: Hideki Nakamura (Kyoto Univ.), Yoshitaka Matsuoka (The Univ. of Tokyo)
09:00～11:30
M 会場（会議室 431+432（4 号館 3F））／Room M（Conference Room 431+432 (Bldg. 4, 3F)）

Cells contain multi-layered supramolecular assemblies ranging from nanometer- to micrometer-scale structures such asprotein complexes, RNA-protein complexes, liquid droplets, and organelles. These ordered and dynamic structuresorchestrated by tons of molecules convey complex biological information to regulate various key functions in diverse
biological processes. Insights into spatiotemporal dynamics of each supramolecular assembly must thus be getting
important to understand the rich behaviors of cells. Accordingly, technologies to approach the dynamics ofsupramolecular assemblies have been explosively diversified in recent biology. In this symposium, we will invite
talented early-career researchers from various relevant research fields and discuss the dynamic function of multi-layered
supramolecular assemblies.

– S59 –

1SMA-1

翻訳停滞を解消する共翻訳的な品質管理機構
Co-translational quality control induced by translational arrest○松尾 芳隆, 稲田 利文（東京大学医科学研究所）
Yoshitaka Matsuo, Toshifumi Inada (Institute of Medical Science, The University of Tokyo)

1SMA-2

1 分子イメージングで探る細胞分裂と細胞死のクロマチン動態
Chromatin dynamics in mitosis and apoptosis○日比野 佳代 1,2,3, 境 祐二 4, 鐘巻 将人 1,2, 前島 一博 1,2（1 遺伝研, 2 総研大, 3JST・さきがけ, 4 京
大）Kayo Hibino1,2,3, Yuji Sakai4, Masato Kanemaki1,2, Kazuhiro Maeshima1,2 (1Natl. Inst. Genet.,
2SOKENDAI, 3PRESTO, JST, 4Kyoto Univ.)

1SMA-3

Efficient information usage by cells – and cell biologists
Keita Kamino1,2 (1Institute of Molecular Biology, Academia Sinica, 2Institute of Physics, Academia
Sinica)1SMA-4

Activity-dependent extension of smooth endoplasmic reticulum (sER) into dendritic spines as asynaptic basis of memory consolidation
Natsumi Ageta-Ishihara1,2, Makoto Kinoshita3 (1Dept Biomol Sci, Facul Sci, Toho Univ, 2JST, PRESTO,
3Grad Sch Sci, Nagoya Univ)

1SMA-5

極微抽出―イオン化法による組織・細胞の多次元化学分布情報
Measurement of Multidimensional Chemical Distribution Information in Tissues and Cells by
Ultrafine Extraction-Ionization Technique○大塚 洋一（阪大・院理）Yoichi Otsuka (Grad. Sch. Sci., Osaka Univ.)

1SMA-6

Understanding molecular behavior within membraneless organelles using molecular dynamics
simulation
Eiji Yamamoto (Dept. Sys. Des. Eng., Keio Univ.)
2 日目（11 月 15 日（水））／Day 2（Nov. 15 Wed.）

2SAA

動的溶液環境が駆動する生体内液液相分離とアミロイド線維化
Liquid-liquid phase separation and amyloid formation driven by dynamic solution environments
共催 学術変革領域研究（B）「動的溶液環境」

オーガナイザー：菅瀬 謙治（京都大学），吉田 紀生（名古屋大学）
Organizers: Kenji Sugase (Kyoto Univ.), Norio Yoshida (Nagoya Univ.)
08:50～11:20
A 会場（展示室 211（2 号館 1F））／Room A（Exhibition Room 211 (Bldg. 2, 1F)）

In cells, the solution environment is constantly changing due to varying concentrations of chemicals, mechanical stimuli,
and electric fields. In recent years, it has become evident that intrinsically disordered proteins, which do not havespecific conformations, undergo liquid-liquid phase separation and amyloid fibrillization in response to the ‘dynamic’solution environment. In this workshop, we invite researchers who are taking various approaches to the effect ofdynamic solution environment on protein structure, function, and aggregation and discuss future developments.
はじめに
Opening Remarks– S60 –

2SAA-1

生体分子系のための溶媒和理論の開発
Development of molecular theory of solvation for biomolecular systems○吉田 紀生（名古屋大・情報）
Norio Yoshida (Grad. Sch. Info., Nagoya Univ)

2SAA-2アミロイド β 凝集体の形成と解離の全原子分子動力学シミュレーション
All-atom molecular dynamics simulations for the formation and dissociation of amyloid-β
aggregates○奥村 久士 1,2,3（1 生命創成探究センター, 2 分子研, 3 総研大）Hisashi Okumura1,2,3 (1ExCELLS, 2Inst. Mol. Sci., 3SOKENDAI)

2SAA-3

レドックス応答する人工アミロイド繊維
Redox-responsive artificial amyloid fibers○池田 将 1,2,3（1 岐阜大・工, 2 岐阜大・iGCORE, 3 岐阜大・COMIT）
Masato Ikeda1,2,3 (1Faculty of Eng., Gifu Univ., 2iGCORE, Gifu Univ., 3COMIT, Gifu Univ.)

2SAA-4

RNA グアニン四重鎖は α-シヌクレインの液-固相転移を誘導する
RNA G-quadruplexes provide a scaffold for the liquid–solid phase transition of α-synuclein○松尾 和哉 1, 矢吹 悌 1,2, 塩田 倫史 1,2（1 熊本大・発生研・ゲノム神経, 2 熊本大・薬学部）
Kazuya Matsuo1, Yasushi Yabuki1,2, Norifumi Shioda1,2 (1Dept. Genomic Neurology, Inst. Molecular
Embryology and Genetics, Kumamoto Univ., 2Grad. Sch. Pharmaceut. Sci., Kumamoto Univ.)

2SAA-5

Sup35NM 濃縮相からのアミロイド核生成の速度論的解析
Kinetic analysis of amyloid nucleation in Sup35NM condensates○福山 真央（東北大・多元研）
Mao Fukuyama (IMRAM, Tohoku Univ,)

2SAA-6

Evaluation of intrinsically-disordered protein self-condensation inside living cells
Hideki Nakamura1,2, Kaori Farnè2 (1Hakubi Center, Kyoto Univ., 2Grad. Sch. Eng., Kyoto Univ.)

2SAA-7

ハイドロトロープとしての ATP の作用機序
Mechanism of ATP function as a hydrotrope
西澤 茉由 2, ヴァリンダ エリック 3, 森本 大智 2, コーン ベンジャミン 4,
シェーラー ウルリッヒ 4, 白川 昌宏 2, ○菅瀬 謙治 1,2（1 京大・農学, 2 京大・工学, 3 京大・医学,
4IPF Dresden）
Mayu Nishizawa2, Erik Walinda3, Daichi Morimoto2, Benjamin Kohn4, Ulrich Scheler4,
Masahiro Shirakawa2, Kenji Sugase1,2 (1Grad. Sch. Ag., Kyoto Univ., 2Grad. Sch. Eng., Kyoto Univ.,
3Grad. Sch. Med., Kyoto Univ., 4IPF Dresden)
おわりにClosing Remarks

2SBA

トア複合体による細胞応答の仕組みを理解する
Uncovering the mechanisms of cell response by TOR complexes
オーガナイザー：小杉 貴洋（分子科学研究所），中津海 洋一（名古屋市立大学）
Organizers: Takahiro Kosugi (IMS), Hirokazu Nakatsumi (Nagoya City Univ.)
08:50～11:20
B 会場（展示室 212（2 号館 1F））／Room B（Exhibition Room 212 (Bldg. 2, 1F)）

– S61 –

Response of cells for environments is one of the interesting topics in biology. Target of Rapamycin (TOR) complexes
play central roles on signaling pathways for cells to appropriately respond to change in their environment, such as
nutritional status, and also known to be associated with various diseases. To uncover the mechanisms, a variety of
approach for cells of various species will be of crucial importance. In this symposium, by inviting talented early-career
researchers in various research fields who are developing cutting-edge approaches to research the function of TOR
complexes, we would like to introduce new attractive target to the Biophysical Society of Japan.
はじめにOpening Remarks
2SBA-1mTOR による液ー液相分離制御と翻訳調節
mTOR-dependent Regulation of Liquid-Liquid Phase Separation and Translation○中津海 洋一 1, 白根 道子 1, 中山 敬一 2（1 名古屋立大・院薬学, 2 九大・生医研）
Hirokazu Nakatsumi1, Michiko Shirane1, Keiichi I. Nakayama2 (1Grad. Sch. Pharm. Sci., Nagoya City
Univ., 2Med. Inst. Bioreg., Kyushu Univ.)

2SBA-2Making TOP mRNA a Top Priority: Unraveling the Regulation of Protein Synthesis Machinery
through Poly(A) Tail Dynamics
Koichi Ogami1,2, Shin-ichi Hoshino2 (1Grad. Sch. Med., Nagoya University, 2Grad. Sch. Pharm. Sci.,
Nagoya City University)

2SBA-3

Analysis of TOR pathways regulating the initiation of sexual differentiation in fission yeast
Yoko Otsubo, Akira Yamashita (Nat. Inst. Basic Biology)

2SBA-4

TOR 活性と PKA 活性測定センサーの開発による分裂酵母の栄養源感知システムの解明
Development of biosensors for measuring TOR and PKA activity to elucidate the nutrition
sensing system in fission yeast○後藤 祐平 1,2, 酒井 啓一朗 2, 鎌田 芳彰 1, 大坪 瑶子 1, 山下 朗 1, 青木 一洋 1,2（1 基生研, 2 生命創成探究センター）
Yuhei Goto1,2, Keiichiro Sakai2, Yoshiaki Kamada1, Yoko Otsubo1, Akira Yamashita1, Kazuhiro Aoki1,2(1NIBB, 2ExCELLs)

2SBA-5細胞周期依存的な mTORC1/S6K 活性化の可視化
Visualization of cell cycle-dependent mTORC1/S6K activation○小松 直貴, 宮脇 敦史（理研・脳センター）
Naoki Komatsu, Atsushi Miyawaki (RIKEN CBS)

2SBA-6

Pib2 はシステインを直接感知し TORC1 活性を制御する
Pib2 is a cysteine sensor for the regulation of TORC1 activity○荒木 保弘, 曽 慶忠, 野田 健治（大阪大学・院歯学）
Yasuhiro Araki, Qingzhong Zeng, Takeshi Noda (Grad. Sch. Dent., Osaka Univ.)

2SBA-7構造モデルに基づいて酵母トア複合体を改造し、その役割を明らかにすることを目指して
Toward understanding role of yeast Tor complexes by structure-based engineering approach○小杉 貴洋 1,2,3,4（1 自然科学・分子研・協奏分子, 2 自然科学・生命創成, 3 総研大, 4JST・さきがけ）
Takahiro Kosugi1,2,3,4 (1CIMoS, IMS, NINS, 2ExCELLS, NINS, 3SOKENDAI, 4PRESTO, JST)
おわりに
Closing Remarks– S62 –

2SCA

多彩なアプローチによるイオンチャネル研究
Invitation to Ion Channel Research
オーガナイザー：川鍋 陽（香川大学），細島 頌子（名古屋工業大学）
Organizers: Akira Kawanabe (Kagawa Univ.), Shoko Hososhima (Nagoya Inst. of Tech.)
08:50～11:20
C 会場（会議室 221（2 号館 2F)）／Room C（Conference Room 221 (Bldg. 2, 2F)）

Ion channels are a large and diverse group of membrane proteins that can open and close in response to various stimuli
such as membrane potential, ligand, pH and light. Thus, ion channels play an essential role in signal transduction in
nerve, muscle and brain by regulating the electrical activity of cells. Recently, many types of ion channels including
channelrhodopsins, have been used to manipulate biological phenomena. However, many important questions about ion
channels such as gating, ion selectivity and transport mechanisms, remain unresolved. In this symposium, we would liketo introduce the latest and most interesting ion channel research.
はじめにOpening Remarks
2SCA-1

円石藻ウイルスが持つヘリオロドプシンのイオン輸送メカニズム
Light-induced proton-transporting heliorhodopsins from marine giant viruses○細島 頌子（名工大・院工）Shoko Hososhima (Grad. Sch. Eng., Nagoya Inst. Tech.)

2SCA-2

アニオンチャネルロドプシンの細胞内ドメインの知られざる役割
Unknown role of the extended cytoplasmic domain of anion channelrhodopsin○大木 優也 1, 篠根 司 1, 猪子 咲陽 2, 須藤 未羽 2, 出村 誠 1,2,3, 菊川 峰志 1,2,3, 塚本 卓 1,2,3（1 北海道
大学大学院生命科学院, 2 北海道大学理学部生物科学科高分子機能学, 3 北海道大学大学院先端生
命科学研究院）
Yuya Ohki1, Tsukasa Shinone1, Sayo Inoko2, Miu Sudo2, Makoto Demura1,2,3, Takashi Kikukawa1,2,3,
Takashi Tsukamoto1,2,3 (1Graduate School of Life Science, Hokkaido University, 2Division ofMacromolecular Functions, Department of Biological Science, School of Science, Hokkaido University,
3Faculty of Advanced Life Science, Hokkaido University)

2SCA-3

イオン透過性のアクアポリン 6 は大きな単位コンダクタンスをもち、酸性溶液と中性溶液でア
ニオンとカチオンに対する選択性が変化する
Ion-permeable Aquaporin 6 has a large unitary conductance and changes selectivity for anion
and cation in acidic and neutral solutions○真木 孝尚 1, 老木 成稔 2, 岩本 真幸 1（1 福井大・医・分子神経科学, 2 福井大・高エネ研）
Takahisa Maki1, Shigetoshi Oiki2, Masayuki Iwamoto1 (1Dept. Mol. Neurosci., Facul. Med. Sci., Univ.
Fukui, 2Biomed. Imaging Res. Center, Univ. Fukui)

2SCA-4

電位依存性プロトンチャネルの機能制御
Functional regulation of the voltage-gated proton channel○川鍋 陽, 藤原 祐一郎（香川大・医）Akira Kawanabe, Yuichiro Fujiwara (Fac. Med., Kagawa Univ.)

2SCA-5非天然蛍光アミノ酸 Anap をプローブとして用いた電位感受性酵素 VSP の分子機構解明
Analysis of molecular mechanism of voltage-sensing phosphatase (VSP) probed by afluorescent unnatural amino acid○水谷 夏希, 岡村 康司（阪大・院医・統合生理）Natsuki Mizutani, Yasushi Okamura (Integrative Physiol., Grad. Sch. Med., Osaka Univ.)– S63 –

2SCA-62SDA

電位依存性カリウムチャネル複合体の相互作用面に導入されたアミノ酸残基のサイズが機能修飾に及ぼす影響
Functional impact of the size of introduced amino acid residues at the interaction face ofvoltage-gated K+ channel complexes○糟谷 豪, 中條 浩一（自治医科大学医学部生理学講座統合生理学部門）
Go Kasuya, Koichi Nakajo (Division of Integrative Physiology, Department of Physiology, Jichi Medical
University)
微生物運動研究の最前線
Frontiers of Microbial Movement Research
オーガナイザー：南野 徹（大阪大学），宮田 真人（大阪公立大学）
Organizers: Tohru Minamino (Osaka Univ.), Makoto Miyata (Osaka Metro. Univ.)
08:50～11:20
D 会場（会議室 222+223（2 号館 2F））／Room D（Conference Room 222+223 (Bldg. 2, 2F)）

Microorganisms use their own motility apparatus to move in a variety of environments. The motility apparatus is ahighly dynamic and robust protein complex containing motor proteins that convert electrochemical or chemical energy
to mechanical action for movement. Because motor-protein complexes are under the control of complex sensory signaltransduction networks, microorganisms can migrate towards environments favourable for survival and away from
unfavourable environments. Furthermore, motor-protein complexes autonomously adjust their mechanical functions in
response to environmental changes. In this symposium, we would like to discuss the molecular mechanisms behindthese processes and to clarify the design principles common to seemingly diverse motility.
はじめに
Opening Remarks
2SDA-1

細菌べん毛の III 型分泌システムにおけるプロトン-タンパク質アンチポーター機構
Proton-protein antiporter mechanism in the type III secretion system of the bacterial flagellum○南野 徹 1, 木下 実紀 1, 難波 啓一 1,2,3（1 阪大・生命機能, 2 阪大・日本電子 YOKOGUSHI 協働研究所, 3 理研・SPring-8）
Tohru Minamino1, Miki Kinoshita1, Keiichi Namba1,2,3 (1Grad. Sch. Frontier Biosci., Osaka Univ.,
2JEOL YOKOGUSHI, Osaka Univ., 3RIKEN SPring-8)

2SDA-2

細菌の行動展示
Behavioral exhibition of bacteria○中根 大介（電通大・院情報理工）
Daisuke Nakane (Grad. Sch. Info. Eng., UEC)

2SDA-3らせん形細菌スピロヘータの生物物理学
Biophysics of spirochetes○中村 修一（東北大・院工・応物）
Shuichi Nakamura (Dept. Appl. Phys., Grad. Sch. Eng., Tohoku Univ.)

2SDA-4

ミニマル細菌に構築された細菌アクチン MreB による最小の細胞運動メカニズム
Mechanism of minimal cell motility by bacterial actin MreBs reconstructed in a minimal bacterium○木山 花 1, 柿澤 茂行 2, 高橋 大地 1, 宮田 真人 1,3（1 大阪公大・院理, 2 産総研・生物プロセス,
3 大阪公大・複合先端）
Hana Kiyama1, Shigeyuki Kakizawa2, Daichi Takahashi1, Makoto Miyata1,3 (1Grad. Sch. Sci., Osaka
Metropolitan Univ., 2Bioproduction Res. Inst., AIST, 3OCARINA, Osaka Metropolitan Univ.)– S64 –

2SDA-5

細胞性粘菌の単細胞と多細胞体におけるシグナル伝達の可視化
Visualization of signal transduction in unicellular and multicellular stages of Dictyostelium○森本 雄祐 1,2（1 九工大・院情工, 2JST さきがけ）
Yusuke V. Morimoto1,2 (1Fac. Comp. Sci. and Sys. Eng., Kyushu Inst. Tech., 2PRESTO, JST)
おわりに
Closing Remarks

2SEA

生物物理化学が拓く生命現象の観察と操作
Biophysicochemical methods and techniques drive the observation and manipulation of thebiological phenomena
オーガナイザー：須藤 雄気（岡山大学），柴田 幹大（金沢大学）
Organizers: Yuki Sudo (Okayama Univ.), Mikihiro Shibata (Kanazawa Univ.)
08:50～11:20
E 会場（会議室 224（2 号館 2F））／Room E（Conference Room 224 (Bldg. 2, 2F)）This symposium will focus on the observation and manipulation of biological phenomena using biophysicochemical
methods and technologies. Several researchers who analyze both multiple spatial scales from molecules to organisms
and multiple time scales from photoreaction to biological responses and molecular evolution will provide and discussfrom various biological points of view. Specifically, high-speed atomic force microscopy (HS-AFM) (Shibata),
optogenetics (Sudo), single molecule imaging (Iino), radiation imaging (Osakada), cryogenic electron microscopy(Nozawa) will be presented with the selected talk(s) from young researcher(s).
2SEA-1

高速原子間力顕微鏡により可視化された活性化状態依存的な CaMKII の構造ダイナミクス
High-speed atomic force microscopy reveals the activity-dependent structural dynamics of
CaMKII○柴田 幹大（金沢大・NanoLSI）
Mikihiro Shibata (WPI-NanoLSI, Kanazawa Univ.)

2SEA-2

ヒストン H2A と H2B を含まないヌクレオソーム様複合体の構造機能解析
Functional and structural analysis reveal a nucleosome-like particle without histones H2A andH2B○野澤 佳世 1, 胡桃坂 仁志 2（1 東京工業大学・生命理工学院, 2 東京大学・定量生命科学研究所）
Kayo Nozawa1, Hitoshi Kurumizaka2 (1Tokyo Institute of Technology, School of Life Science andTechnology, 2The University of Tokyo, Institute for Quantitative Biosciences)

2SEA-3

生物発光を用いて植物体内の温度をオルガネラレベルで高感度に可視化する温度センサーの開発
A highly sensitive bioluminescent thermosensor to capture the plant temperature at theorganelle level○福島 俊一 1, 佐藤 智亮 1, 長部 謙二 2, 永井 健治 1（1 大阪大・産業科学研究所, 2 沖縄科学技術大
学院大学）
Shun-ichi Fukushima1, Tomoaki Sato1, Kenji Osabe2, Takeharu Nagai1 (1SANKEN, Univ. Osaka, 2OIST)2SEA-4

バイオサイエンスへの応用を目指した高機能性光・放射線応答性有機ナノ材料の開発
Development of functional light- and radiation-responsive organic nanomaterials for bioscience
applications○小阪田 泰子 1,2（1 大阪大学高等共創研究院, 2 大阪大学産業科学研究所）
Yasuko Osakada1,2 (1Osaka university, IACS, 2Osaka university, SANKEN)– S65 –

2SEA-5分子モーターの 1 分子イメージングとエンジニアリング
Single-molecule imaging and engineering of molecular motors○飯野 亮太 1,2（1 自然科学研究機構 分子科学研究所, 2 総研大）
Ryota Iino1,2 (1Institute for Molecular Science, NINS, 2SOKENDAI)

2SEA-6

微生物ロドプシンの多機能性と光遺伝学ツール
Multifunctional microbial rhodopsins and their applications in optogenetics○須藤 雄気（岡山大院医歯薬）
Yuki Sudo (Okayama Univ.)

2SFA

生命と物質の境界探査
Exploring the boundary between life and matter共催 生命創成探究センター「先端共創プラットフォーム」

オーガナイザー：村田 和義（生命創成探究センター），
荒川 和晴（慶應義塾大学/生命創成探究センター）
Organizers: Kazuyoshi Murata (ExCELLS), Kazuharu Arakawa (Keio Univ./ExCELLS)
08:50～11:20
F 会場（会議室 231（2 号館 3F））／Room F（Conference Room 231 (Bldg. 2, 3F)）

Understanding the morphology, function, and dynamics of genomes and molecular complexes of individual
extremophiles is progressing as survival strategies in various extreme environments. On the other hand, a metagenomicbased exploration of more extreme environments reveals the importance not only of independent survival strategies ofindividual organisms but also of cooperative survival strategies through interactions between coexisting heterologous
organisms. This project will observe the molecular complexes of morphology, function, dynamics, and their associatedbiological interactions of viruses, prokaryotes, and eukaryotes living in extreme environments, and elucidate the simple
or minimal mechanisms and principles. We will connect these to a systematic understanding of the boundary between
matter and life.
はじめに
Opening Remarks
2SFA-1

リボソーム自己複製プロセスの構成的理解による物質と生命の境界探査
Exploring the boundary between matter and life through a constitutive understanding of theribosomal self-replication process○青木 航（阪大・工）Wataru Aoki (Grad. Sch. Eng)

2SFA-2

Construction of model catalytic proteins to investigate the origin of prebiological catalyses
Koki Makabe1,2 (1Yamagata Univ., 2PRESTO)

2SFA-3Life-without-water -Shining tardigrades illuminate the way to exploring the mechanism of
dehydrated ametabolic stateSae Tanaka1,2, Kazuharu Arakawa1,2 (1ExCELLS, NINS, 2IAB, Keio Univ.)

2SFA-4

メドゥーサウイルスにコードされるヒストンの宿主細胞内でのウイルス複製における役割について
Role of medusavirus-encoded histones in viral replication in host cells○武村 政春 1, 東浦 彰史 2, 村田 和義 3（1 東京理科大・院理, 2 広島大・院医, 3 自然科学研究機構・
ExCELLS）
Masaharu Takemura1, Akifumi Higashiura2, Kazuyoshi Murata3 (1Grad. Sch. Sci., Tokyo Univ. Sci.,
2Grad. Sch. Med., Hiroshima Univ., 3Res. Inst. Nat. Sci., ExCELLS)– S66 –

2SFA-5

Dynamic change of mechanical properties of bacteria investigated by high-speed AFM based
force mapping
Christian Ganser1, Shigetaka Nishiguchi1,2, Takayuki Uchihashi1,3 (1National Institutes of Natural
Sciences, ExCELLS, 2Osaka University, Department of Biotechnology (present affiliation), 3Nagoya
University, Department of Physics)

2SFA-6

Unraveling the Mechanisms of Desiccation Tolerance: Insights from Anhydrobiotic Tardigrade
CAHS1 Fibrous Condensates
Maho Yagi-Utsumi1,2, Koichi Kato1,2 (1ExCELLS, NINS, 2Grad. Sch. Pharm. Sci., Nagoya City Univ.)

2SFA-7

微生物ダークマターを通じて生命―物質の境界を明らかにするために
Unveiling the boundary between life and matter via the exploration of microbial dark matter○武藤 久（自然科学研究機構・生命創成探究センター）
Hisashi Muto (ExCELLS, NINS)
おわりに
Closing Remarks

2SGA

生命機能の制御を可能にする圧力バイオロジーの開拓
Pressure stimuli regulate the biological functions
オーガナイザー：森松 賢順（岡山大学），西山 雅祥（近畿大学）
Organizers: Masatoshi Morimatsu (Okayama Univ.), Masayoshi Nishiyama (Kindai Univ.)
08:50～11:20
G 会場（会議室 232+233（2 号館 3F））／Room G（Conference Room 232+233 (Bldg. 2, 3F)）

Various "pressure stimuli" such as hydrostatic pressure, osmotic pressure, and compressive force regulate a variety of
biological functions from the molecular system to the tissue level. Recent studies have shown that pressure stimulus
signaling elicits a wide range of cellular responses, providing new insights into biological and biomedical research areas.
In this symposium, we will present and discuss recent studies on how pressure stimuli regulate biological function. We
will also introduce the emerging field of Pressure Biology.
はじめにOpening Remarks
2SGA-1Comparison of Pressure Responses Among Piezo-sensitive and Piezophilic Bacteria
Douglas H. Bartlett (Scripps Inst. Oceanography, UCSD / USA)

2SGA-2

酵母のメカノセンシングと高水圧ストレス応答
Mechanosensing and Cellular Responses to High Hydrostatic Pressure in Yeast○阿部 文快（青山学院大・理工）
Fumiyoshi Abe (Coll. Sci. Eng., Aoyama Gakuin Univ.)

2SGA-3

Hydrostatic pressure stimuli regulate the pattern of the intracellular calcium concentration
Masatoshi Morimatsu (Graduate School of Medicine, Dentistry and Pharmaceutical Sciences,
Okayama University)

2SGA-4

減圧力顕微鏡法
Depressurization microscopy○西山 雅祥（近大理工）
Masayoshi Nishiyama (KINDAI Univ.)– S67 –

2SGA-5

Hypotonic Pressure Induced Osmotic Calcium Response States
Zidan Gao, Masatoshi Morimatsu (Cardiovascular Phsiology,Graduate School of Medicine, Dentistry
and Pharmaceutical Sciences, Okayama University)

2SGA-6

表皮癌細胞の増殖の機械的調節における細胞―細胞間接着と細胞―基質間接着の異なる役割
Distinct roles of cell-cell and cell-ECM adhesions in mechanical regulation of epidermal cancer
cell proliferation
Hiroaki Hirata1,2, Oleg Dobrokhotov2,3, Masahiro Sokabe2,4 (1Dep. Appl. Biosci., Kanazawa Inst. Tech.,
2Mechanobiol., Grad. Sch. Med., Nagoya Univ., 3Randall Centre Cell Mol. Biophys., King’s College
London, 4Human Info. Sys. Lab., Kanazawa Inst. Tech.)
おわりに
Closing Remarks

2SHA

シミュレーションで迫る膜輸送体の新知見
New insight into membrane transport proteins by simulation studies
オーガナイザー：炭竈 享司（JST さきがけ），岡崎 圭一（分子科学研究所）
Organizers: Takashi Sumikama (PRESTO, JST), Kei-ichi Okazaki (IMS)
08:50～11:20
H 会場（会議室 234（2 号館 3F））／Room H（Conference Room 234 (Bldg. 2, 3F)）

Membrane transport proteins play essential roles in many physiological functions, such as maintenance of concentration
gradients, nerve conductions, and synthesis of ATP. In principle, molecular motion should be involved in thesefunctions, and observation of such molecular motion is necessary to fully understand their mechanisms. Recent
computational simulations using high-performance computers have made it possible to fundamentally explain suchfunctions at the molecular level. In this symposium, we will present recent advances in this field that help us understand(1) ion conduction and selectivity mechanism through the ion channels, (2) those through the ion pumps, (3) alternatingaccess conformational dynamics of transporters.
2SHA-1

K+チャネルでの選択的イオン透過と Na+チャネルのゲーティングの新機構
Selective ion permeation through the K+ channels and novel gating mechanism of the Na+channel○炭竈 享司 1,2（1 さきがけ, JST, 2 金沢大学）
Takashi Sumikama1,2 (1PRESTO, JST, 2Kanazawa University)

2SHA-2

Principles of selective transport in ion channels and nanopores
Ben Corry (Research School of Biology, Australian National University)

2SHA-3量子分子動力学シミュレーションによるロドプシンにおける化学反応の理論的解析
Quantum molecular dynamics simulation studies for reactions in rhodopsin proteins○小野 純一（早稲田大学 理工学術院総合研究所）
Junichi Ono (Waseda Research Institute for Science and Engineering (WISE), Waseda University)

2SHA-4

分子動力学（MD）法による SR-Ca2+-ATPase の E1P-E2P 転移での構造変化解析
Molecular dynamics (MD) simulations of structural changes in the E1P-E2P transition of SRCa2+-ATPase○小林 千草 1, 稲葉 謙次 2, 杉田 有治 1,3,4（1 理研・R-CCS, 2 東北大・院多元物質科学, 3 理研・CPR,
4 理研・BDR）
Chigusa Kobayashi1, Kenji Inaba2, Yuji Sugita1,3,4 (1RIKEN R-CCS, 2IMRAM, Tohoku Univ., 3RIKEN
CPR, 4RIKEN BDR)
– S68 –

2SHA-52SIA

分子シミュレーションと AlphaFold2 によるトランスポータータンパク質の構造ダイナミクス解明
Conformational dynamics of transporter proteins revealed by molecular simulation andAlphaFold2○岡崎 圭一（分子科学研究所）
Kei-ichi Okazaki (Institute for Molecular Science)
The third Japan-U.S. symposium on motor proteins and associated single-molecule biophysics
オーガナイザー：島 知弘（東京大学），林 久美子（東京大学）
Organizers: Tomohiro Shima (The Univ. of Tokyo), Kumiko Hayashi (The Univ. of Tokyo)
08:50～11:20
I 会場（国際会議室（3 号館 3F））／Room I（International Conference Room (Bldg. 3, 3F)）

This is a series of motor protein symposia, starting in 2021, that will bring together researchers from Japan and the U.S.two leading countries in the field- to foster the exchange of ideas and promote cutting-edge collaborative research. Witha lineup of renowned experts in the field, this symposium provides an exceptional opportunity to present the latest
advances in our understanding of motor protein movement and regulation. This time, we are especially featuring
international young scientists as speakers who are also willing to contribute to the educational programs of IUPAB2024.
In addition, the symposium will promote gender equality by providing an opportunity for discussion as part of theintroduction of the speakers.
はじめに
Opening Remarks
2SIA-1生体分子モーターからなるアクティブマターを用いた物理リザーバー演算装置の構築
Construction of a physical reservoir computing device using active matter made from a swarmof biomolecular motors○龔 逸鳴 1, 臼杵 義亨 2, コビル アリフ ムハンマド ラセドウル 3, 佐田 和己 2,3, 川又 生吹 4,
オベル加藤 ナタナエル 5, 市川 正敏 1, 角五 彰 1（1 京大・院理, 2 北大・院総化, 3 北大・院理, 4 東
北大・院工, 5 お茶大・情報理）
Yiming Gong1, Gikyo Usuki2, Arif Md. Rashedul Kabir3, Kazuki Sada2,3, Ibuki Kawamata4,
Nathanael Aubert-Kato5, Masatoshi Ichikawa1, Akira Kakugo1 (1Grad. Sch. Sci., Kyoto. Univ, 2Grad.
Sch. Che. Sci. Eng., Hokkaido. Univ, 3Fac. Sci, Hokkaido. Univ, 4Grad. Sch. Eng., Tohoku. Univ, 5Dep.
Infor. Sci., Ochanomizu. Univ)

2SIA-2Kinesin-1, 2 and 3 motors use family-specific mechanochemical strategies to effectively
compete with dynein during bidirectional transport
William Hancock1,2, Allison Gicking1, Tzu-Chen Ma1, Qingzhou Feng1, Rui Jiang1,
Somayesadat Badieyan3, Michael Cianfrocco3 (1Department of Biomedical Engineering, Pennsylvania
State University, 2Department of Chemistry, Pennsylvania State University, 3Department of Biological
Chemistry and the Life Sciences Institute, University of Michigan)

2SIA-3

Plant KIF15 functions as a vesicle transporter for the cell plate formation during cytokinesis
Takema Sasaki, Gohta Goshima, Moe Yamada (Grad. Sch. Sci., Nagoya Univ.)

2SIA-4

TRAK adaptors regulate the recruitment and activation of dynein and kinesin in
mitochondrial transport
Merve Aslan1, John Canty1, Andrew Hensley2, Amanda Jack1, Ahmet Yildiz1,2,3 (1Biophysics Graduate
Group, UC Berkeley, 2Physics Department, UC Berkeley, 3Department of Molecular and Cellular
Biology, University of California at Berkeley)– S69 –

2SIA-5

Alphaherpesvirus neuroinvasion is achieved by regulation of the kinesin-1 microtubule motor
Gregory Allan Smith (Northwestern Univ. Feinberg Sch. Med.)

2SIA-6Extreme-Value Analysis of Intracellular Cargo Transport by Motor Proteins
Kumiko Hayashi (ISSP, Univ. Tokyo)

2SJA

時間タンパク質学
Chronoproteinology
共催 学術変革領域研究（B）「時間タンパク質学」

オーガナイザー：吉種 光（東京都医学総合研究所），大出 晃士（東京大学）
Organizers: Hikari Yoshitane (TMIMS), Koji Ode (The Univ. of Tokyo)
08:50～11:20
J 会場（会議室 141+142（1 号館 4F））／Room J（Conference Room 141+142 (Bldg. 1, 4F)）

There are various time scales in biology such as longevity, seasonal responses, circadian rhythmicity, developmental
processes, cell division cycles, and heartbeats. In other words, living organisms consists of different time scales. What
are the mechanisms for measuring “time” that correspond to each event at different time scale? This symposium is coorganized with Transformative Research Areas (B) "Chronoproteinology". We will focus on proteins responsible formolecular mechanisms that directly regulate time information. The physical properties and dynamics of proteins could
generate “time” on various time scales as autonomous protein oscillators. The dynamics includes protein-protein
interactions, post-translational modifications, enzymatic activities, and conformational changes.
はじめにOpening Remarks
2SJA-1

時間タンパク質学:時計タンパク質の相互作用リズムと翻訳後修飾コード
Chrono-proteinology: circadian interaction rhythms of clock proteins and chrono-code of theirpost-translational modifications○吉種 光（東京都医学総合研究所）
Hikari Yoshitane (Tokyo Metropolitan Institute of Medical Science)

2SJA-2

時計タンパク質の翻訳後修飾による概日時計の駆動機構
Timekeepers of the mammalian circadian clock regulate post-translational modifications○篠原 雄太（北海道大学 遺伝子病制御研究所）
Yuta Shinohara (Inst. for Genetic Medicine, Hokkaido univ.)

2SJA-3

温度依存的な時計関連タンパク質の量的制御は周期の温度補償性と関連する
The temperature-dependent quantitative control of the clock proteins is associated withtemperature compensation in Arabidopsis thaliana○前田 明里, 松尾 宏美, 中道 範人（名古屋大学大学院 生命農学研究科）
Akari Maeda, Hiromi Matuo, Norihito Nakamichi (Grad. Sch. Bio-Agric., Nagoya Univ.)

2SJA-4

ニワトリクリプトクロム 1 変異体における FAD 結合の増強と光反応サイクル
Enhanced FAD-binding and photocycle in a chicken cryptochrome 1 mutant○石塚 皓貴, 三浦 宏太, 岡野 恵子, 岡野 俊行（早稲田大・院先進理工・電生）
Koki Ishizuka, Kota Miura, Keiko Okano, Toshiyuki Okano (Dept. Elec. Eng., Grad. Sch. ASE., Waseda
Univ.)– S70 –2SJA-5細胞の中のリズム：その細胞自律性と非自律性
Circadian rhythms in a cell: cell-autonomous and non-cell-autonomous○村中 智明 1, 小山 時隆 2（1 名古屋大・院生命農学, 2 京都大・院理学）
Tomoaki Muranaka1, Tokitaka Oyama2 (1Grad. Sch. of Bioagri. Sci., Nagoya Univ., 2Grad. Sch. of Sci.,
Kyoto Univ.)

2SJA-6緑藻から探る非転写概日振動体
Exploring non-transcriptional circadian oscillators from green algae○松尾 拓哉（北里大・院理学）
Takuya Matsuo (Grad. Sch. Sci., Univ. Kitasato)

2SJA-7

概年時計の分子基盤
Molecular basis of the circannual clock○吉村 崇 1,2（1 名大・WPI-ITbM, 2 名大・院生命農学）
Takashi Yoshimura1,2 (1WPI-ITbM, Nagoya Univ., 2Grad. Sch. Bioagricult. Sci., Nagoya Univ.)
おわりにClosing Remarks

2SKA

基礎生物科学からベンチャーを起こそう！
Venture out of basic bioscience!
オーガナイザー：永井 健治（大阪大学），渡邉 朋信（広島大学）
Organizers: Takeharu Nagai (Osaka Univ.), Tomonobu Watanabe (Hiroshima Univ.)
08:50～11:20
K 会場（会議室 131+132（1 号館 3F））／Room K（Conference Room 131+132 (Bldg. 1, 3F)）

The social implementation of academic research is expected to not only promote positive-feedback between basic
science and industry/society but also provide new career paths for young researchers. Therefore, venture
entrepreneurship from basic bioscience including biophysics can be a savior of Japan with a growing concern about the
decline of scientific capabilities. In this symposium we would like to discuss the social implementation of basic
bioscience from various viewpoints so as to encourage entrepreneurship among biophysicists, especially graduate
students and young researchers. We hope audiences will see that basic science also has ample potential to venture out
into a successful business/career.
はじめにOpening Remarks
2SKA-1DNA 複製純粋研究からのオリシロ起業、売却
A journey of OriCiro from academia research to M&A exit
○末次 正幸 1,2（1 立教大・理, 2 モデルナ・エンザイマティクス株式会社）
Masayuki Suetsugu1,2 (1Col. of Sci., Rikkyo Univ., 2Moderna Enzymatics Co., Ltd.)

2SKA-2

セツロテックを起業した 3 つの理由
Three reasons I started my business “Setsurotech”○竹本 龍也 1,2（1 徳島大学先端酵素学研究所/, 2 株式会社セツロテック）
Tatsuya Takemoto1,2 (1Institute of Advanced Medical Sciences, Tokushima University, 2Setsuro techInc.)

– S71 –

2SKA-3

VC から見た基礎生物学スタートアップの最前線
The Forefront of Basic Biology Startups from a VC's Perspective○山家 創（リアルテックホールディングス（株））
Sou Yanbe (Real Tech Holdings Co.,Ltd.)

2SKA-4

生きたままの試料を分子分光するスクリーニング技術：多点同時ラマンプレートリーダー
Screening Technique for Molecular Spectroscopy of Live Samples: Multi-Point Simultaneous
Raman Plate Reader○畔堂 一樹 1,2（1 大阪大学, 2 産業技術総合研究所）
Kazuki Bando1,2 (1Osaka University, 2National Institute of Advanced Industrial Science and Technology(AIST))

2SKA-5

アカデミアからベンチャーへー若手生物学研究者に伝えたいこと
From Academia to the Venture Company- A Message to Young Biologists○髙橋 政代（株式会社ビジョンケア）
Masayo Takahashi (Vision Care Inc.)

2SKA-6

若者だけじゃない！ オジサンも起業する！！
Not just the youth! Older men are also becoming entrepreneurs!!
○永井 健治（阪大・産研）
Takeharu Nagai (SANKEN, Osaka Univ.)

2SKA-7「生もの」生物物理学"Raw foods" biophysics○渡邉 朋信 1,2（1 広大・原医研, 2 理研・神戸）
Tomonobu Watanabe1,2 (1RIRBM, Hiroshima Univ., 2BDR, Riken)
おわりにClosing Remarks

2SLA“タンパク質ファイバー”が生み出す自主・自発の階層と適応：生物物理学からの“健康創発科学”"Protein Fibers" Generate Voluntary and Spontaneous Hierarchies and Adaptations: "Health
Emergence Science" from Biophysics
オーガナイザー：跡見 順子（東京農工大学），岩城 光宏（情報通信研究機構）
Organizers: Yoriko Atomi (Tokyo Univ. of Agric. & Tech.), Mitsuhiro Iwaki (NICT)
08:50～11:20
L 会場（会議室 133+134（1 号館 3F））／Room L（Conference Room 133+134 (Bldg. 1, 3F)）

Fumio Osawa, founder of the Biophysical Society, insightfully observed that the essence of life is "voluntary andspontaneous". The system principle that has evolved is form-dependent dynamics. Although we can raise issues from
pathology, we are far from elucidating the "health principle" that allows us to live a 120-year lifespan. This symposium
will explore the way to extend the principle of autonomy and spontaneity of life, which is emerged by self-association ofprotein fibers and led to adaptation by molecular chaperones, from molecules and cells to the physical and mental
problems of human beings. We advocate health emergent science from biophysics.
はじめに
Opening Remarks– S72 –

2SLA-1

微小管におけるチューブリン C 末端の動態
Dynamical state of the C-terminal tail of tubulin on the microtubule○高野 光則（早稲田大・物理）
Mitsunori Takano (Dept Phys & Appl Phys, Waseda Univ)

2SLA-2

DNA メカノテクノロジーの開発と細胞の高解像力学計測
DNA mechanotechnology and high-resolution imaging of cellular mechanical forces○岩城 光宏 1,2,3（1 情報通信・未来 ICT 研, 2 理研・生命機能セ, 3 阪大・免疫フロンティア）
Mitsuhiro Iwaki1,2,3 (1Adv. ICT Res. Inst., NICT, 2RIKEN, 3IFReC, Osaka Univ.)

2SLA-3

サルコメア合成に向けた、細胞骨格と DNA ナノテクノロジーを融合した再構築系の探求
Exploring a Novel Reconstituted System Combining Cytoskeletons and DNA Nanotechnology
Toward Sarcomere Synthesis○井上 大介（九大・院芸工）
Daisuke Inoue (Fac. Des., Kyushu Univ.)

2SLA-4

理論解析による細胞の力学的ホメオスタシスのシステム論的メカニズム
Theoretical analysis of the system relation in cellular mechanical homeostasis○松元 瑛司, 松永 大樹, 出口 真次（大阪大学大学院基礎工学研究科）
Eiji Matsumoto, Daiki Matsunaga, Shinji Deguchi (Graduate School of Engineering Science, Osaka
University)

2SLA-5Endothelial plasma membranes and mitochondria act as mechanosensory complexes thatmediate sensing and signaling of shear stress
Kimiko Yamamoto (Grad. Sch. Med., The Univ. Tokyo)

2SLA-6

ヒトの生物物理学的評価の提案：健康におけるタンパク質線維の冗長性と創発性
Proposal of biophysical evaluation of human as an organism: redundancy and emergency ofprotein fibers in health○跡見 順子（帝京大学先端総合研究機構）
Yoriko Atomi (Teikyo University, ACRO)
おわりに
Closing Remarks

2SMA

定量的な細胞力学解析による動的な生命システムの理解
Quantitative analysis of cellular mechanics to dissect dynamics of biological systems
共催 JST/JCREST「多細胞」

オーガナイザー：新宅 博文（理化学研究所），牧 功一郎（京都大学）
Organizers: Hirofumi Shintaku (RIKEN), Koichiro Maki (Kyoto Univ.)
08:50～11:20
M 会場（会議室 232+233（2 号館 3F））／Room M（Conference Room 232+233 (Bldg. 2, 3F)）

The mechanical phenotype of cells is a key biophysical property that arises from the intracellular states at the molecularlevel and is associated with cellular function. In multiple cellular contexts, the mechanical phenotypes are coordinatedfor autonomous morphogenesis and functional maturation. In this symposium, we invite researchers from various fields,
including engineering, computational biology, and basic biology, and showcase research attempts that focus on themechanical phenotype for diagnosis purposes and for dissecting the dynamics of biological systems.

– S73 –

2SMA-1筋細胞の方向を制御する生体力学的なメカニズム
DIRECTIONALITY OF DEVELOPING SKELETAL MUSCLES IS SET BY MECHANICALFORCES
Kazunori Sunadome11,12, Alek G Erickson1, Delf Kah2, Ben Fabry2, Csaba Adori3, Shigeaki Kanatani4,
Polina Kameneva5, Louis Faure5, Marketa Kaucka6, Ivar Dehnisch Ellström7, Marketa Tesarova8,
Tomas Zikmund8, Jozef Kaiser8, Steven Edwards9, Koichiro Maki10, Taiji Adachi10,
Takuya Yamomoto11,12, Kaj Fried3, Igor Adameyko1,5 (1Department of Physiology and Pharmacology,
Karolinska Institutet, 2Department of Physics, University of Erlangen-Nuremberg, 3Department of
Neuroscience, Karolinska Institutet, 4Department of Medical Biochemistry and Biophysics, Division of
Molecular Neurobiology, Karolinska Institutet, 5Department of Neuroimmunology, Center for Brain
Research, Medical University Vienna, 6Max Planck Institute for Evolutionary Biology, 7Spinalis
Foundation, 8Central European Institute of Technology, Brno University of Technology, 9KTH RoyalInstitute of Technology, 10Department of Biosystems Science, Institute for Life and Medical Sciences,
Kyoto University, 11Institute for the Advanced Study of Human Biology (ASHBi), Kyoto University,
12Center for iPS Cell Research and Application, Kyoto University)

2SMA-2Mechanical behaviors of nuclear chromatin in chondrocytes under hydrostatic pressure
Koichiro Maki (Inst. Life Med. Sci., Kyoto University)

2SMA-3形態形成を不可逆に進行させる上皮折りたたみの力学的可塑性
Mechanical Plasticity of Epithelial Folding for Irreversible Progression of Morphogenesis○奥田 覚（金沢大学ナノ生命科学研究所）
Satoru Okuda (Nano Life Science Institute, Kanazawa University)

2SMA-4

病気を診断するために細胞を絞る
Squeezing cells to diagnose disease
Dino Di Carlo (Department of Bioengineering, UCLA)

2SMA-5

ナノポアエレクトロポレーションを活用した細胞表面張力と遺伝子発現の 1 細胞解析
Nanopore electroporation enables profiling cell surface tension and gene expression at singlecell resolution○新宅 博文 1,2, 塩見 晃史 2, 金子 泰洸ポール 2, 西川 香里 2（1 京大・医生研, 2 理研・開拓）
Hirofumi Shintaku1,2, Akifumi Shiomi2, Taikopaul Kaneko2, Kaori Nishikawa2 (1LiMe, Kyoto Univ,
2CPR, RIKEN)

2SAP

分子の集合からシステムへ、そして生命へ：高解像な生命の起源研究
From molecules to systems, and eventually to life: high resolution Origins of Life research
オーガナイザー：Tony Z. Jia（Tokyo Tech），車 兪澈（海洋研究開発機構）
Organizers: Tony Z. Jia (Tokyo Tech), Yutetsu Kuruma (JAMSTEC)
14:00～16:30
A 会場（展示室 211（2 号館 1F））／Room A（Exhibition Room 211 (Bldg. 2, 1F)）

Life began from a mixture of chemicals in the early Earth environment, and eventually resulted in the emergence offunctional cells by passing through intermediates such as assemblies and systems. However, nearly every aspect of thishistorical transition leading to the emergence of life remains unsolved. In this symposium, we will highlight research
focusing on each step of the origins of life, with an attempt to develop and increase the resolution of origins of life
studies to more accurately reveal the step-wise transition from non-life to life.
はじめに
Opening Remarks– S74 –

2SAP-1

相分離液滴の人工細胞としての活用：細胞構造と運動の協奏
Reproduction of cell structure and motility using cell-sized droplets in an aqueous two-phasesystem○柳澤 実穂（東大総合文化・先進）
Miho Yanagisawa (Komaba Inst., Univ. Tokyo)

2SAP-2

Spectroscopic and Biophysical Methods to Determine Differential Salt-Uptake by Primitive
Membraneless Polyester Microdroplets
Chen Chen1,2, Ruiqin Yi2, Motoko Igisu3, Chie Sakaguchi4, Rehana Afrin2, Christian Potiszil4,
Tak Kunihiro4, Katsura Kobayashi4, Eizo Nakamura4, Yuichiro Ueno2,5, Andre Antunes6,10, Anna Wang7,
Kuhan Chandru8, Jihua Hao9, Tony Z. Jia2,10 (1RIKEN Center for Sustainable Resource Science, 2EarthLife Science Institute, Tokyo Institute of Technology, 3Institute for Extra-cutting-edge Science andTechnology Avant-garde Research (X-star), JAMSTEC, 4The Pheasant Memorial Laboratory for
Geochemistry and Cosmochemistry, Okayama University, 5Department of Earth and Planetary Sciences,
Tokyo Institute of Technology, 6State Key Laboratory of Lunar and Planetary Sciences, MUST, 7School ofChemistry, UNSW Sydney, 8Space Science Center (ANGKASA), National University of Malaysia, 9CAS
Laboratory of Crust-Mantle Materials and Environments, University of Science and Technology ofChina, 10Blue Marble Space Institute of Science)

2SAP-3

凍結融解サイクルによる DNA 連結反応の効率化と生体情報分子の伸長環境への示唆
Effective DNA hybridization via freeze-thaw cycles and implication for prebiotic formation oflarge information molecules○野田 夏実 1, 高橋 南帆 2, 野村 浩平 2, 橋谷 文貴 3, 阿部 洋 2,3,4, 松浦 友亮 1（1 東京工業大学 地球生命研究所, 2 名古屋大学 大学院理学研究科, 3 名古屋大学 物質科学国際研究センター, 4 名古屋
大学 統合糖鎖研究拠点 iGCORE, 糖鎖生命コア研究拠点）
Natsumi Noda1, Naho Takahashi2, Kohei Nomura2, Fumitaka Hashiya3, Hiroshi Abe2,3,4,
Tomoaki Matsuura1 (1Earth-Life Science Institute (ELSI), Tokyo Institute of Technology, 2Graduate
School of Science, Nagoya University, 3Research Center for Material Science, Nagoya University,
4Institute for Glyco-core Research (iGCORE), Nagoya University)

2SAP-4

Protocell interaction dynamics: Implications for the survival of the 'fittest'?
Souradeep Das, Sudha Rajamani (Department of Biology, IISER Pune)

2SAP-5分子進化におけるアミノ酸の網羅的な変異分布の冪乗法による解析
Power-method analysis of the exhaustive distribution of amino acid mutations in molecular
evolution○大森 環, 山中 雅則（日大・理工）
Kan Omori, Masanori Yamanaka (CST, Nihon Univ.)

2SAP-6

複数のサブシステムから構成される人工細胞
Functional expression in artificial cell system composed of multi-subsystems○車 兪澈 1, 江藤 澄江 2, 松村 るみゑ 1, 嶋根 康弘 1, ベルハヌ サミュエル 2, 笠間 健嗣 2,
藤見 麻衣 2（1 海洋研究開発機構, 2 東京工業大学）
Yutetsu Kuruma1, Sumie Eto2, Rumie Matsumura1, Yasuhiro Shimane1, Samuel Berhanu2,
Takeshi Kasama2, Mai Fujimi2 (1Japan Agency for Marine-Earth Science and Technology, 2Tokyo
Institute of Technology)
おわりにClosing Remarks– S75 –

2SBP

高次ゲノム構造揺らぎとその機能
Higher-order structural fluctuations in the genome and their functions
オーガナイザー：落合 博（九州大学），新海 創也（理化学研究所）
Organizers: Hiroshi Ochiai (Kyushu Univ.), Soya Shinkai (RIKEN)
14:00～16:30
B 会場（展示室 212（2 号館 1F））／Room B（Exhibition Room 212 (Bldg. 2, 1F)）

Genomic DNA contains the information necessary for the development and maintenance of living organisms, and forms
cell-type-specific higher-order structures while exhibiting dynamic behavior. Recent studies, which employ live-cell
imaging and mathematical and physical simulations, have revealed that these fluctuations in higher-order genomic
structure play biological roles. In this symposium, experts in the field will present their latest research findings anddiscuss the functions of fluctuations in higher-order genomic structures.
はじめにOpening Remarks
2SBP-1

細胞内のユークロマチンは本当にオープン構造か？
Is euchromatin really open in the cell ?-Condensed but liquid-like domain organization of active
chromatin regions in living human cells○前島 一博 1,2（1 国立遺伝学研究所, 2 総研大）Kazuhiro Maeshima1,2 (1National Institute of Genetics, 2SOKENDAI)

2SBP-2

Histone FRET microscopy of live cell genome architecture
Elizabeth Hinde (School of Physics, University of Melbourne)

2SBP-3Polymer physics of Hi-C data reveals linear viscoelasticity of the 3D genome
Soya Shinkai, Shuichi Onami (RIKEN BDR)

2SBP-4Computer simulations on mechanical influence of molecular actions to chromatin organizationand dynamics
Rakesh Das2, Takahiro Sakaue3, Gv Shivashankar4,5, Jacques Prost2,6, Tetsuya Hiraiwa1,2 (1Institute ofPhysics, Academia Sinica, 2Mechanobiology Institute, National University of Singapore, 3Department of
Physics and Mathematics, Aoyama Gakuin University, 4ETH Zurich, Switzerland, 5Paul Scherrer
Institute, 6Laboratoire Physico Chimie Curie, Institut Curie)

2SBP-5

Meiotic pairing via rapid homolog juxtaposition in budding yeast
Tadasu Nozaki, Beth Weiner, Nancy Kleckner (Harvard University, MCB)

2SBP-6

転写バーストサイクル過程で変化する高次ゲノム構造
Higher-order genomic structures transformed during the transcription burst cycle○落合 博（九大・生医研・遺伝子発現動態）
Hiroshi Ochiai (Div. of Gene Exp. Dyna., MIB, Kyushu Univ.)

2SBP-7Chromatin dynamics and the role of RNA polymerase II
Lea Costes1, Silvia Kocanova1, Thomas Mangeat1, Manoel Manghi2, Kerstin Bystricky1 (1Molecular
Cellular and Developmental biology unit, Center for Integrative Biology (CBI), University of Toulouse,
CNRS, Toulouse, France, 2Laboratoire de Physique Théorique (LPT), University of Toulouse, CNRS,
Toulouse, France)
おわりに
Closing Remarks– S76 –

2SCP

シン・合成生物学：既存生命のみに依拠しないシステム創成に向けた化学者からの提案
Material-driven biomimetic systems for a new paradigm of synthetic biology
オーガナイザー：岸村 顕広（九州大学），金原 数（東京工業大学）
Organizers: Akihiro Kishimura (Kyushu Univ.), Kazushi Kinbara (Tokyo Tech.)
14:00～16:30
C 会場（会議室 221（2 号館 2F)）／Room C（Conference Room 221 (Bldg. 2, 2F)）

Synthetic biology has recently made remarkable progress and is expected to be a discipline that will innovate medicine,
agriculture, and industries. From the viewpoint of material sciences, however, the current synthetic biology seems totarget systems that can work only under limited conditions within a very limited material framework allowed on ourplanet. In this symposium, we aim to discuss the synthesis of living creatures and the creation of new systems beyond
the framework of existing organisms on Earth. We invite up-and-coming material scientists as speakers to build a newparadigm of synthetic biology and bring a new perspective to biophysics. We are convinced that this symposium will
help to enable the evolution of living creatures beyond the framework of conventional biology and for the creation oflife as yet unseen.
はじめにOpening Remarks
2SCP-1

合理的に設計された合成コアセルベートに基づくタンパク質取り込み活性を有する人工非膜オ
ルガネラの開発
Development of artificial membraneless organelle with protein sequestration activity based onrationally designed synthetic coacervates○岸村 顕広 1,2,3（1 九州大学大学院工学研究院応用化学部門, 2 九州大学分子システム科学セン
ター, 3 九州大学未来化学創造センター）
Akihiro Kishimura1,2,3 (1Kyushu University, Department of Applied Chemistry, Faculty of Engineering,
2Kyushu University, Center for Molercular Systems, 3Kyushu University, Center for Future Chemistry)

2SCP-2

化学反応制御の液液相分離：化学者視点から考案した合成低分子ペプチドの合理的設計と機能発現
Chemical design of synthetic short peptides toward reaction-controlled liquid-liquid phaseseparation○窪田 亮（京大・院工）Ryou Kubota (Grad. Sch. Eng., Kyoto Univ.)

2SCP-3脂質ベシクルと金属化合物の融合による生体模倣システムの構築
Construction of biomimetic system by hybridization of lipid vesicles and metal compounds○越山 友美（立命館大 生命科学）
Tomomi Koshiyama (Coll. Life Sci., Ritsumeikan Univ.)

2SCP-4

Phospholipid Bilayer Surrounded by Amphipathic DNA Double-decker Ring as Synthetic
Membrane Model for Membrane Proteins Study
Seaim Lwin Aye1, Thorsten Schmidt2, Yusuke Sato1 (1Department of Intelligent and Control Systems,
Graduate School of Computer Science and Systems Engineering, Kyushu Institute of Technology, Iizuka,
Fukuoka, JAPAN 820-2502, 2Department of Physics, Kent State University, Kent, OH 44242, USA)

2SCP-5無機ナノシートを利用した生体模倣システムの構築
Development of biomimetic systems using inorganic nanosheets○佐野 航季（信州大・繊維学部）
Koki Sano (Fac. of Textile Sci. and Tech., Shinshu Univ.)– S77 –

2SCP-6

Synthesized micro-materials for self-sustainable works: Morphologies of active-molecule
assemblies alter the apparent reaction kinetics○景山 義之（北大・院理）Yoshiyuki Kageyama (Fac. Sci., Hokkaido Univ.)
おわりにClosing Remarks

2SDP

分子イメージングが切り拓く細胞外微粒子研究
Extracellular Fine Particle Research facilitated by State-of-the-Art Microscopy Techniques
共催 JST/CREST「細胞外微粒子」

オーガナイザー：鈴木 健一（岐阜大学/国立がん研究センター研究所），
末次 志郎（奈良先端科学技術大学院大学）
Organizers: Kenichi Suzuki (Gifu Univ./NCC), Shiro Suetsugu (NIAST)
14:00～16:30
D 会場（会議室 222+223（2 号館 2F））／Room D（Conference Room 222+223 (Bldg. 2, 2F)）

Extracellular fine particles including exogenous fine particle such as PM2.5 and endogenous fine particles such as
extracellular vesicles (EVs) including exosomes, have generated significant attention due to their ability to induce
crucial biological responses. For instance, EVs serve as mediators of intercellular communication. However, due to theheterogeneity of extracellular fine particles and the difficulty of separation, the molecular mechanisms underlying
biological responses to these particles and their dynamics have been very controversial. To elucidate these mechanisms,
it is imperative to characterize individual extracellular fine particles in living cells by microscopy. This symposium aims
to focus on studies that uncover the behavior of extracellular fine particles by cutting-edge imaging techniques such as
single-molecule/super-resolution imaging, lattice-light sheet microscopy, and scanning electron-assisted dielectric
microscopy.
2SDP-1The BAR domain assembly and the extracellular vesicle formation from cellular protrusions
Shiro Suetsugu (Grad Sch Sci Tech, NAIST)

2SDP-2小胞による細胞間コミュニケーションの新しい様式と役割ー隣接細胞間直接輸送と細胞形質同調ー
Novel mode and roles of vesicle-mediated cellular communication - direct intercellular transfer
and phenotypic synchronization ○山下 潤（東大・院医学）
Jun K. Yamashita (Grad. Sch. Med., Univ. Tokyo)

2SDP-3

走査電子誘電率顕微鏡による細胞内のメラニン色素小胞の直接観察と画像解析
Direct observation of intracellular melanosomes using scanning electron dielectric microscopy
and the image analysis○小椋 俊彦, 岡田 知子（産総研・健康医工学研究部門）
Toshihiko Ogura, Tomoko Okada (Health and Medical Research Institute, Nat. Inst. Adv. Ind. Sci. Tech.
(AIST))– S78 –

2SDP-4

細胞外小胞が誘起する接着シグナルが、標的細胞によるそれ自身の取り込みを促進する
Small extracellular vesicles trigger adhesion signaling that facilitates their uptake by the targetcells○廣澤 幸一朗 1, 佐藤 雄介 2, 山口 英利子 1, 河村 奈穂子 1, 安藤 弘宗 1, 横田 康成 3, 鈴木 健一 1,4,5（1 岐大・糖鎖生命コア研究所, 2 東北大・院理・化学, 3 岐大・工・電情, 4CREST, JST, 5 国立がん研究センター・研究所）
Koichiro M. Hirosawa1, Yusuke Sato2, Eriko Yamaguchi1, Naoko Komura1, Hiromune Ando1,
Yasunari Yokota3, Kenichi G.N. Suzuki1,4,5 (1iGCORE, Gifu Univ., 2Dept. Chem. Tohoku Univ., 3Dept.
Eng., Gifu Univ., 4CREST, JST, 5Natl. Cancer Ctr. Res. Inst.)

2SDP-5進化した aifA を用いたエクソソームの不均一性の高精度解明
High-precision elucidation of exosome heterogeneity using advanced aifA
○許 岩 1,2（1 大阪公立大・院工, 2JST・CREST）
Yan Xu1,2 (1Grad. Sch. Eng., Osaka Metropolitan Univ., 2JST, CREST)

2SDP-6

両親媒性 α-helix ペプチドによる高曲率性膜認識を利用した細胞外小胞解析プローブの設計と応用
Amphipathic helical peptide-based fluorescent probes with membrane curvature-sensing
properties for analysis of extracellular vesicles○佐藤 雄介（東北大院理）Yusuke Sato (Graduate School of Science, Tohoku Univeristy)

2SEP

構造・計算・分光研究から解明する光受容性タンパク質の非平衡状態ダイナミクス
Unraveling the non-equilibrated dynamics of photoreceptive proteins by structural, theoretical, andspectroscopic investigations
共催 新学術領域研究「高速分子動画」

オーガナイザー：山元 淳平（大阪大学），片山 哲郎（徳島大学）
Organizers: Junpei Yamamoto (Osaka Univ.), Tetsuro Katayama (Tokushima Univ.)
14:00～16:30
E 会場（会議室 224（2 号館 2F））／Room E（Conference Room 224 (Bldg. 2, 2F)）

Time-resolved serial femtosecond crystallography (TR-SFX) using X-ray free electron laser can capture transient
structures of proteins at work and thus is a powerful strategy to make Molecular Movies. However, complementary
techniques are also required to interpret the obtained data and decipher the structural dynamics at an atomic resolution.
In this symposium, we focus on the nonequilibrated dynamics of photoreceptive proteins revealed by various
techniques, such as structural analyses, theoretical calculations, and time-resolved spectroscopy. We will discuss thelatest outcomes and the future of time-resolved structural analyses including TR-SFX.
はじめに
Opening Remarks
2SEP-1光合成タンパク質における励起エネルギー移動の計算機シミュレーション
Computational Simulations of Excitation Energy Transfers in Photosynthetic Proteins○鬼頭 宏任 1, 下岡 渉 2, 伊藤 繁 2, 木村 明洋 2（1 近畿大・理工・エネ物, 2 名大院・理・物理）
Hirotaka Kitoh1, Wataru Shimooka2, Shigeru Itoh2, Akihiro Kimura2 (1Dept. eMAT, Fac. Sci. Eng.,
Kindai Univ., 2Dept. Phys. Grad. Sch. Sci., Nagoya Univ.)– S79 –

2SEP-2光合成アンテナ蛋白質フィコシアニンにおける光エネルギー移動の構造研究
Structural Study of Antenna Protein Phycocyanin in Photosynthetic Light Energy Transfer○梅名 泰史 1, 片山 哲郎 2,3,4, 高山 友理子 5, 中根 崇智 6（1 名古屋大・シンクロ, 2 徳島大・ポスト
LED フォトニクス研, 3 徳島大・院創成科学理工, 4JST 創発, 5 自治医科大・生物物理, 6 大阪大・蛋白研）
Yasufumi Umena1, Tetsuro Katayama2,3,4, Yuriko Takayama5, Takanori Nakane6 (1NUSR, Nagoya Univ.,
2Inst. of post-LED Photonics, Univ. Tokushima, 3Grad. Sch. Tech. Innov., Univ. Tokushima, 4FOREST/
JST, 5Div. of Biophysics., Aichi Medical Univ., 6Inst. for Protein Research, Osaka Univ.)

2SEP-3

フェムト秒顕微過渡吸収分光法を用いた単一結晶中フィコシアニン三量体間のエネルギー移動
反応の観測
Observation of energy transfer dynamics between phycocyanin trimmers in a single crystal byfemtosecond transient absorption microscopy○片山 哲郎 1,2,4, 上田 柊斗 2, 古部 昭広 1,2, 梅名 泰史 3（1 徳島大・ポスト LED フォトニクス研究所, 2 徳島大・大学院創成科学研究科理工学専攻, 3 名古屋大・シンクロトロン光研究センター,
4JST 創発）
Tetsuro Katayama1,2,4, Shuto Ueda2, Akihiro Furube1,2, Yasufumi Umena3 (1Institute of post-LED
Photonics, Univ. Tokushima, 2Grad. Sch. Sci. Tech. Innov., Univ. Tokushima, 3Synchrotron Radiation
Research Center, Univ. Nagoya, 4FOREST/JST)

2SEP-4

非断熱 QM/MM 分子動力学計算法の開発と光駆動タンパク質への応用
Development of non-adiabatic QM/MM molecular dynamics method and applications to lightdriven proteins○八木 清（理化学研究所開拓研究本部）
Kiyoshi Yagi (RIKEN CPR)

2SEP-5

レチナール発色団のねじれとプロトン化が制御するチャネルロドプシン C1C2 のゲーティング機構
Twisting and Protonation of Retinal Chromophore Regulate Channel Gating ofChannelrhodopsin C1C2
○柴田 桂成 1, 小田 和正 2, 西澤 知宏 2, 挾間 優治 1, 小野 稜平 1,3, 寶本 俊輝 1, Reza Bagherzadeh1,
八尾 寛 1, 濡木 理 2, 井上 圭一 1, 秋山 英文 1（1 東大物性研, 2 東大・院理, 3 群大・院理工）Keisei Shibata1, Kazumasa Oda2, Tomohiro Nishizawa2, Yuji Hazama1, Ryohei Ono1,3,
Shunki Takaramoto1, Bagherzadeh Reza1, Hiromu Yawo1, Osamu Nureki2, Keiichi Inoue1,
Hidefumi Akiyama1 (1ISSP., Univ. Tokyo, 2Grad. Sch. Sci., Univ. Tokyo, 3Grad. Sch. Sci. & Tech., Gunma
Univ.)

2SEP-6The icOS Lab at the ESRF: preparing and complementing time-resolved crystallography
experiments with in crystallo optical spectroscopy
Antoine Royant1,2 (1Institut de Biologie Structurale, Grenoble, France, 2European Synchrotron
Radiation Facility, Grenoble, France)

2SEP-7

Time-resolved serial femtosecond crystallography on animal-like cryptochrome from
Chlamydomonas reinhardtii
Yuhei Hosokawa1,2,3, Mai Nakamura2, Junpei Yamamoto2, Manuel Maestre-Reyna1,3 (1IBC, Academia
Sinica, 2Grad. Sch. Eng. Sci., Osaka Univ., 3Dept. Chem., National Taiwan Univ.)– S80 –

2SFP

多様なリズム現象から探る概日時計研究の行方
Future Direction of Circadian Clock Research from the Viewpoint of Diverse Rhythmic
Phenomena
オーガナイザー：秋山 修志（分子科学研究所），寺内 一姫（立命館大学）
Organizers: Shuji Akiyama (IMS), Kazuki Terauchi (Ritsumeikan Univ.)
14:00～16:30
F 会場（会議室 231（2 号館 3F））／Room F（Conference Room 231 (Bldg. 2, 3F)）

Circadian clocks have three common characteristics: free-running oscillations, temperature compensation, andentrainment. While molecular bases for these three properties are being elucidated, the nature of the core oscillator andits diversity remain largely unexplored, and are being actively studied from approaches such as physiology, biophysics,
and structural biology. In addition, in response to the growing interest in a style of "create to understand", some researchis also being conducted from the perspective of how well sophisticated properties such as circadian clocks can be
granted to soft matter. In this symposium, considering complex diversity and commonality found in cyanobacteria,
duckweed, and artificial gels, we would like to discuss future approaches to elucidate the circadian clock systems.
はじめにOpening Remarks
2SFP-1

KaiCI の ATPase 活性が概日振動の最も基礎的な原動力である
ATPase activity of KaiC-CI is the most fundamental process of circadian oscillator of
cyanobacteria○近藤 孝男 1, 伊藤－三輪 久美子 1, 寺内 一姫 2（1 名古屋大学, 2 立命館大学）
Takao Kondo1, Kumiko Ito-Miwa1, Kazuki Terauchi2 (1Nagoya University, 2Ristumeikan University)

2SFP-2

Activation mechanism of a clock protein KaiC by KaiA
Yasuhiro Onoue, Tomoki Noguchi, Genta Mizuno, Kazuki Terauchi (Coll. Life Sci., Ritsumeikan Univ.)

2SFP-3ウキクサ植物でみられる細胞非自律的な概日リズム
A non-cell-autonomous circadian rhythm in duckweed plant○渡邊 絵美理 1, 村中 智明 2, 中村 駿志 3, 磯田 珠奈子 4, 堀川 湧 5, 相磯 豪志 5, 伊藤 照悟 5,
小山 時隆 5（1 東京大・院新領域, 2 名古屋大・院生命農学, 3 東京大・院理, 4 県立広島大・生物資源科学, 5 京都大・院理）Emiri Watanabe1, Tomoaki Muranaka2, Shunji Nakamura3, Minako Isoda4, Yu Horikawa5,
Tsuyoshi Aiso5, Shogo Ito5, Tokitaka Oyama5 (1Grad. Sch. of Front. Sci., Univ. of Tokyo, 2Grad. Sch.
Bioagric. Sci., Nagoya Univ., 3Grad. Sch. Sci., Univ. of Tokyo, 4Dept. of Bio. Res. Sci., Pref. Univ. of
Hiroshima, 5Grad. Sch. Sci., Kyoto Univ.)

2SFP-4

化学振動ゲルの温度補償機構
Temperature-compensation mechanism of chemical oscillation in gels
○山田 雄平 1, 伊藤 浩史 2, 前田 真吾 1（1 東京工業大学, 2 九州大学）
Yuhei Yamada1, Hiroshi Ito2, Shingo Maeda1 (1Tokyo Institute of Technology, 2Kyushu University)

2SFP-5

KaiC の ATPase 制御がシアノバクテリア時計タンパク質の会合と解離を引き起こす
ATPase Regulation in KaiC Triggers Assembly and Disassembly of Clock Proteins in
Cyanobacteria○古池 美彦 1,2, 秋山 修志 1,2（1 分子科学研究所, 2 総合研究大学院大学）
Yoshihiko Furuike1,2, Shuji Akiyama1,2 (1Institute for Molecular Science, 2SOKENDAI)– S81 –

おわりに
Closing Remarks
2SGP

GPCR ダイナミクスの全体像
Holistic concepts in GPCR dynamics
オーガナイザー：片山 耕大（名古屋工業大学），寿野 良二（関西医科大学）
Organizers: Kota Katayama (Nagoya Inst. of Tech.), Ryoji Suno (Kansai Medical Univ.)
14:00～16:30
G 会場（会議室 232+233（2 号館 3F））／Room G（Conference Room 232+233 (Bldg. 2, 3F)）

Tremendous advances in the structural biology and pharmacology of GPCRs, coupled with rapid advances incomputational approaches, have expanded our understanding of both structural and functional aspects of GPCR
dynamics and GPCR-ligand or partner protein interactions, providing guidance for new structure-based drug design. The
goal of this symposium is to expose scientists to recent discoveries and cross-disciplinary approaches utilized to study
GPCRs and provide opportunities for establishing communications that bridge complementary interests in the field of
GPCRs. This session will feature speakers who have made exciting discoveries about the molecular mechanisms of
GPCRs and partner proteins involved in signal transduction by utilizing spectroscopic, structural biology, single
molecule observations, and computational chemistry approaches.
2SGP-1

Structural insights into human kappa opioid receptor signaling by biased ligand
Chiyo Suno-Ikeda1, Ryoji Suno1, Ryo Nishikawa2, Riko Suzuki3, Seiya Iwata2, Tomoyo Takai1,
Takaya Ogura3, Mika Hirose4, Akitoshi Inoue1, Eri Asai1, Ryoji Kise3, Yukihiko Sugita5, Tsuyoshi Saito6,
Kota Katayama2, Asuka Inoue3, Takayuki Kato4, Hiroshi Nagase6, Hideki Kandori2, Takuya Kobayashi1(1Dept. Med., Kansai Med. Univ,, 2Grad. Sch. Eng., Nagoya Inst. Tech., 3Grad. Sch. Pharm. Sci., Tohoku
Univ., 4IPR, Osaka Univ., 5LiMe, Kyoto Univ., 6IIIS, Tsukuba Univ.)

2SGP-2

NOAH: NOvel AI-assisted High-throughput construct screening for structural analysis
Hideaki Kato (Univ. Tokyo)

2SGP-3

G タンパク質と β アレスチンが協奏する GPCR 下流の ERK シグナル伝達
Co-regulation of GPCR-mediated ERK signaling by G protein and β-arrestin○柳川 正隆 1,2（1 東北大・院薬, 2 理研・開拓）
Masataka Yanagawa1,2 (1Grad. Sch. Pharm., Tohoku Univ., 2Riken, CPR)

2SGP-4

分子動力学シミュレーションを用いた GPCRs の安定性とダイナミクスの解析
Investigating Stability and Dynamics of Class A GPCRs using Molecular Dynamics Simulations○光武 亜代理（明大・物理）
Ayori Mitsutake (Dept. Physics, Meiji Univ.)

2SGP-5Vibrational spectroscopy analyses of ligand recognition and activation mechanisms in G
protein-coupled receptors
Kota Katayama1,2 (1Grad. Sch. Eng., Nagoya Inst. Tech., 2OptoBioTechnology Research Center.,
Nagoya Inst. Tech.)– S82 –

2SHP

クライオ電顕を用いたユニークな生体分子構造決定の試み
Challenging structural determination of unique biomolecules using cryo-electron microscopy
オーガナイザー：山本 直樹（自治医科大学），バートン－スミス レイモンド（生理学研究所）
Organizers: Naoki Yamamoto (Jichi Medical Univ.), Raymond N. Burton-Smith (NIPS)
14:00～16:30
H 会場（会議室 234（2 号館 3F））／Room H（Conference Room 234 (Bldg. 2, 3F)）

Cryo-electron microscopy is a powerful tool to determine structures of biomolecules. Especially, it is suitable for thosewhich are difficult to be crystallized such as flexible virus capsids, fibrils, or membrane proteins. In this symposium,young scientists challenging to solve structures of such complicated biomolecules will present their recent results. We
will discuss how to solve problems that we encounter in the sample preparation and single-particle analysis.
はじめにOpening Remarks
2SHP-1

電子顕微鏡を用いたアミロイド線維構造の研究
Electron microscopy of amyloid fibril structures○山本 直樹（自治医大・医）Naoki Yamamoto (Sch. Med., Jichi Med. Univ.)

2SHP-2

Structural analysis of artificially designed peptide nanofibers by cryo-electron microscopy
Minami Kurokawa1, Akihiro Kawamoto2, Mika Hirose2, Atsuo Tamura1 (1Grad. Sch. Sci., Univ. Kobe,
2IPR, Univ. Osaka)

2SHP-3

Cryo-EM structures of human zinc transporter ZnT7 reveal the mechanism of Zn2+ uptake into
the Golgi apparatus
Ba Han Bui1,2, Satoshi Watanabe1,2,3, Kenji Inaba1,2,3,4,5 (1IMRAM, Tohoku Univ., 2Dept. Mol. Chem. Life
Sci., Grad. Sch. Life Sci., Tohoku Univ., 3Dept. Chem., Grad. Sch. Life Sci., Tohoku Univ., 4Med. Inst.
Bioregulation, Kyushu Univ., 5CREST, AMED)

2SHP-4

シチジン修飾を持つイソロイシン tRNA による遺伝暗号解読の構造基盤
Structural insights into the decoding capability of isoleucine tRNAs with cytidine modification○秋山 奈穂 1, 石黒 健介 1,2, 横山 武司 2,3, 宮内 健常 1, 長尾 翌手可 1, 白水 美香子 2, 鈴木 勉 1（1 東大・院工, 2 理研 BDR・横浜, 3 東北大・院生命科学）
Naho Akiyama1, Kensuke Ishiguro1,2, Takeshi Yokoyama2,3, Kenjyo Miyauchi1, Asuteka Nagao1,
Mikako Shirouzu2, Tsutomu Suzuki1 (1Grad. Sch. Eng., UTokyo, 2Yokohama Inst., RIKEN BDR, 3Grad.
Sch. Life Sci., Tohoku Univ.)

2SHP-5

ヘム含有型酸素センサータンパク質 HemAT における構造解析の試み
Challenges in the structural analysis of the heme-based oxygen sensor protein HemAT○東田 怜 1, 村木 則文 2, 横山 武司 3, 奥村 英夫 4, 馬場 清喜 4, 河野 能顕 5, 青野 重利 1（1 自然科学
生命創成, 2 慶應大 理工, 3 東北大 生命, 4JASRI, 5 理研 RSC）
Rei Tohda1, Norifumi Muraki2, Takeshi Yokoyama3, Hideo Okumura4, Seiki Baba4, Yoshiaki Kawano5,
Shigetoshi Aono1 (1ExCELLS, NINS, 2Dep. of Chem., Keio Univ., 3Grad. Sch. of Life Sciences., Tohoku
Univ., 4JASRI, 5RIKEN SPring-8 Center)

2SHP-6The challenge of studying giant viruses by cryo-electron microscopy
Raymond Burton-Smith1,2 (1Exploratory Center for Life and Living Systems (ExCELLS), National
Institute of Natural Sciences, Okazaki, 2National Institute of Physiological Sciences, National Institute of
Natural Sciences, Okazaki)– S83 –

おわりに
Closing Remarks
2SIP

液液相分離の生物物理学的研究の最前線
The forefront of biophysical research of liquid-liquid phase separation
オーガナイザー：亀田 倫史（産業技術総合研究所），鎌形 清人（東北大学）
Organizers: Tomoshi Kameda (AIST), Kiyoto Kamagata (Tohoku Univ.)
14:00～16:30
I 会場（国際会議室（3 号館 3F））／Room I（International Conference Room (Bldg. 3, 3F)）

In this symposium, we focus on five presentations for introducing the current progress of liquid-liquid phase separationof biomolecules or biomolecular systems. The presenters cover various approaches such as single-molecule microscopy,rheology, and molecular dynamics simulations. In addition, wide topics are discussed including enzymatic reactions incondensates, phase separating peptide design, and dynamics of molecules in condensates.
はじめに
Opening Remarks
2SIP-1

DNA 液滴での DNA 結合タンパク質の単分子解析および相分離ペプチドの合理的設計
Single-molecule characterization of DNA-binding proteins in DNA droplets and rational designof artificial phase separating peptides○鎌形 清人（東北大・多元研）
Kiyoto Kamagata (IMRAM, Tohoku Univ.)

2SIP-2

Regulation of Biomolecular Condensation Studied with Large-Scale Coarse-Grained Molecular
Dynamics Simulations in GENESIS
Cheng Tan1, Ai Niitsu2, Jaewoon Jung1,2, Yuji Sugita1,2,3 (1Computational Biophysics Research Team,RIKEN Center for Computational Science, 2Theoretical Molecular Science Laboratory, RIKEN Cluster
for Pioneering Research, 3Laboratory for Biomolecular Function Simulation, RIKEN Center for
Biosystems Dynamics Research)

2SIP-3

Membraneless active droplets mimic features of living systems
Bevilacqua Alessandro1, Dindo Mirco2, Soligo Giovanni1, Rosti Marco Edoardo1, Laurino Paola1(1Okinawa Institute of Science and Technology, 2University of Perugia)

2SIP-4解糖系酵素の液-液相分離
Liquid-liquid phase separation of glycolytic enzymes○三浦 夏子（大阪公立大・院農）
Natsuko Miura (Grad. Sch. Agric., Osaka Metropolitan Univ.)

2SIP-5

液－液相分離で形成されたオートファジー関連凝集体のマイクロレオロジー
Microrheology of aging autophagy-related aggregates formed by liquid-liquid phase separation
Daisuke Mizuno1, Kairi Tomita1, Makoto Fujiwara1, Haruka Chino2, Norr Roland2, Noboru Mizushima2(1Kyushu University, 2Tokyo University)
おわりに
Closing Remarks– S84 –

2SJP

高解像度な細胞・微粒子解析テクノロジーの最前線
The forefront of high-resolution cell and bioparticle analysis technology
共催 JST/CREST「細胞外微粒子」

オーガナイザー：太田 禎生（東京大学），渡邊 力也（理化学研究所）
Organizers: Sadao Ota (The Univ. of Tokyo), Rikiya Watanabe (RIKEN)
14:00～16:30
J 会場（会議室 141+142（1 号館 4F））／Room J（Conference Room 141+142 (Bldg. 1, 4F)）

Science and technology feed each other, mutually driving progress in both fields. This symposium assembles leading
developers and adopters of cutting-edge technology focused on cell-based, extracellular vesicle (EV)-based, andmolecular-based phenotyping. By fostering insightful conversations and engaging presentations, we anticipate theemergence of synergistic and inventive connections among the various strata of biological systems. These include
molecules (nucleic acids, peptides, proteins), biological particles (organelles, viruses, EVs), and cells (single cells,organoids).
はじめに
Opening Remarks
2SJP-1

細胞外微粒子解析に向けた CRISPR-Cas によるデジタル核酸検出
Digital nucleic-acid detection with CRISPR-Cas for analysis of extracellular vesicles○篠田 肇, 渡邉 力也（理研・開拓研究本部）
Hajime Shinoda, Rikiya Watanabe (CPR, RIKEN)

2SJP-2Single-granule RNA-Seq: a comprehensive method for RNA heterogeneity in cellular granules
Yuichi Shichino1, Mari Mito1, Shintaro Iwasaki1,2 (1RIKEN CPR, 2Grad. Sch. Front. Sci., Univ. Tokyo)

2SJP-3ヒトの発生過程を in vitro で再現するための幹細胞の分化操作
Manipulation of stem cell differentiation to recapitulate human developmental processes in vitro○永樂 元次（京都大学・医生物学研究所）
Mototsugu Eiraku (Institute for Life and Medical Sciences, Kyoto University)

2SJP-4

人知を超える学習サイトメトリー技術群
Learning Cytometry Technologies○太田 禎生 1,2（1 東大・先端研, 2 シンクサイト株式会社）
Sadao Ota1,2 (1RCAST, Univ Tokyo, 2ThinkCyte Inc)

2SJP-5疾患関連エクソソームによる臓器特異的分布と病態寄与機構
Organotropic localization of disease-associated exosomes and its role in etiology○星野 歩子（東大 先端研）
Ayuko Hoshino (RCAST, Univ. Tokyo)
おわりにClosing Remarks– S85 –

2SKP

超越分子シンポジウム：分子のシステムを社会に実装する
The symposium of bottom-up creation of cell-free molecular systems: basic research towardsocial implementation
共催 学術変革領域研究（A）「超越分子システム」

オーガナイザー：川野 竜司（東京農工大学），川村 出（横浜国立大学）
Organizers: Ryuji Kawano (Tokyo Univ. of Agric. and Tech.),Izuru Kawamura (Yokohama Natl. Univ.)
14:00～16:30
K 会場（会議室 131+132（1 号館 3F））／Room K（Conference Room 131+132 (Bldg. 1, 3F)）

Research on the bottom-up creation of cells has progressed substantially, resulting in reconstituted molecular systems
that mimic various cellular functions and properties. However, the bottom-up construction of molecular systems aimed
at goals of social implementation has been rarely developed. In this symposium, current research topics including
applied and social development based on the basic research of unique molecular systems will be presented. We
especially focus on advanced technologies such as cell-free protein synthesis, adhesive nanofiber proteins, and highthroughput single cell-screening.
はじめに
Opening Remarks
2SKP-1

Optimizing the protein synthesis activity of a reconstituted in vitro transcription-translation
systemTomoaki Matsuura (ELSI, Tokyo Tech)

2SKP-2無細胞タンパク質合成系の社会実装
Social implementation of a cell-free protein synthesis system○清水 義宏（理化学研究所生命機能科学研究センター）
Yoshihiro Shimizu (RIKEN Center for Biosystems Dynamics Research)

2SKP-3

希少細胞を対象とした単一細胞遺伝子解析のプラットフォーム開発と応用展開
Development of a platform for single-cell genetic analysis of “rare cells” and their applications○吉野 知子（東京農工大学）
Tomoko Yoshino (Tokyo University of Agriculture and Technology)

2SKP-4

次世代バイオものづくりのための未培養微生物ゲノムデータベース
Uncultured microbial genome database for next-generation biomanufacturing○細川 正人 1,2（1 早大院・先進理工, 2bitBiome（株））
Masahito Hosokawa1,2 (1Grad. Sch. Adv. Sci. Eng., Waseda Univ., 2bitBiome)

2SKP-5

社会実装のための生物物理学分野の研究戦略：一起業家的科学者からの洞察
Research strategies in biophysics for social implementation: Insights from an entrepreneurial
scientist○堀 克敏（名大・院工学）
Katsutoshi Hori (Grad. Sch. Eng. Nagoya Univ.)
おわりにClosing Remarks– S86 –

2SLP

細胞システムの複雑なメカニクス
Complex mechanics of the cellular system
オーガナイザー：出口 真次（大阪大学），平田 宏聡（金沢工業大学）
Organizers: Shinji Deguchi (Osaka Univ.), Hiroaki Hirata (Kanazawa Inst. of Tech.)
14:00～16:30
L 会場（会議室 133+134（1 号館 3F））／Room L（Conference Room 133+134 (Bldg. 1, 3F)）

Cells are the unit of living systems, regulating diverse biological processes. It has now become clear that mechanicalfactors such as the stiffness of intracellular and extracellular components allow cellular systems to function properly,
while the whole picture of the mechanisms is yet poorly understood. In this symposium, we focus on the roles ofmechanical factors in mediating cellular and subcellular processes and discuss how “mechanics” in such highly complex
systems could be probed with techniques/technologies in physics and engineering. Specifically, recent studies from bothexperimental and theoretical approaches will be presented regarding the embryonic and fetal development and cellularbiophysical homeostasis.
2SLP-1

原子間力顕微鏡による発生組織メカニクス
Tissue and embryo mechanics probed by atomic force microscopy○岡嶋 孝治（北海道大学大学院情報科学研究院）
Takaharu Okajima (Fac. Inform. Sci. Tech., Hokkaido University)

2SLP-2

脳の弾性率変動によって駆動される神経分化メカニズムの解明
A systematic strategy to understand the role of microenvironmental stiffness in neurogenesis○岩下 美里, 小曽戸 陽一（韓国脳研究院）
Misato Iwashita, Yoichi Kosodo (Korea Brain Research Institute)

2SLP-3

Nuclear mechanics coordinating biological and mechanical functions in mesenchymal stem
cell differentiation
Hiromi Miyoshi (Mech. Sys. Eng., Tokyo Metro. Univ.)

2SLP-4気管軟骨の“パターン”と“形”を生み出す謎を解く
Solving the Mystery of Tracheal Cartilage "Patterns" and "Shapes"○古川 可奈（阪大・INSD）
Kana Furukawa (INSD, Osaka Univ.)

2SLP-5α-アクチニンによって調節されるストレスファイバーの物性はミオシン由来の力の伝達効率を調節する
Alpha-actinin-mediated physical properties of stress fibers regulate transmission of myosingenerated force○勝田 紘基 1,2, 奥田 覚 3, 長山 和亮 4, 町山 裕亮 5, 加藤 昌志 2, 曽我部 正博 2,7, 宮田 卓樹 2,
木戸秋 悟 6, 平田 宏聡 2,8（1 岡山大・院・医歯薬, 2 名大・院医, 3 金沢大・ナノライフ生命, 4 茨城
大・理工, 5 東京医大・免疫, 6 九大・先導物質化学研究所, 7 金沢工大・産学連携室, 8 金沢工大・
バイオ・化学）
Hiroki Katsuta1,2, Satoru Okuda3, Kazuaki Nagayama4, Hiroaki Machiyama5, Masashi Kato2,
Masahiro Sokabe2,7, Takaki Miyata2, Satoru Kidoaki6, Hiroaki Hirata2,8 (1Grad. Sch. Med., Okayama
Univ., 2Grad. Sch. Med., Nagoya Univ., 3Nano LSL, Kanazawa Univ., 4Dept. of Biomech. and Eng.,
Ibaraki Univ., 5Dept. of Immunol., Tokyo Medical Univ., 6IMCE, Kyushu Univ., 7KIT, 8College of Biosci.
and Chem., KIT)

2SLP-6The Q factor of single cells as a biophysical parameter to decipher cell state
Ilaria Incaviglia, Giulia Ammirati, Sophie Herzog, Daniel J. Müller (ETH Zürich)– S87 –

2SLP-7

細胞の力学的なホメオスタシスと適応のメカニズム
Analyzing cellular mechanical homeostasis and adaptation○出口 真次（阪大・基礎工）Shinji Deguchi (Div. Bioeng., Osaka Univ.)

2SMP

微小環境で行動する単細胞生物の生存戦略
The survival strategies of unicellular organisms on a microscale
共催 学術変革領域研究（A）「ジオラマ行動力学」

オーガナイザー：鹿毛 あずさ（学習院大学），野村 真未（山形大学），柴 小菊（筑波大学）
Organizers: Azusa Kage (Gakushuin Univ.), Mami Nomura (Yamagata Univ.),
Kogiku Shiba (Univ. of Tsukuba)
14:00～16:30
M 会場（会議室 431+432（4 号館 3F））／Room M（Conference Room 431+432 (Bldg. 4, 3F)）

Movement is one of the fundamental characteristics of life. Although biophysical studies on molecular- and organellelevel motility have elucidated the mechanisms of biological movement, much remains unknown about behavior and its
significance at the cellular level. In this symposium, we invite researchers to challenge the behavioral analysis ofunicellular organisms and the techniques for capturing cell movement on a microscale. Through the presentations on
various subjects including ciliates, amoebae, microalgae, and marine particles, we would like to discuss the behavior andsurvival strategies of unicellular organisms which are unique to microenvironments, aiming to establish the field of
biophysics of behavior.
はじめにOpening Remarks
2SMP-1

Cooperative hydrodynamics accompany multicellular-like colonial organization in the unicellularciliate Stentor
Shashank Shekhar1, Hanliang Guo2, Sean Colin3, Wallace Marshall4, Eva Kanso5, Jack Costello6(1Emory University, Atlanta, USA, 2Ohio Wesleyan University, Delaware, USA, 3Roger Williams
University, Bristol, USA, 4University of California San Francisco, San Francisco, USA, 5University ofSouthern California, Los Angeles, USA, 6Providence College, Providence, USA)

2SMP-2繊毛虫ソライロラッパムシの細胞外幾何形状に応じた固着場所の選択
Selecting of anchoring location by geometrical cues, in the ciliate, Stentor coeruleus○越後谷 駿 1, 佐藤 勝彦 1,2, 中垣 俊之 1,2, 西上 幸範 1,2（1 北海道大学大学院生命科学院, 2 北海道大学電子科学研究所）
Syun Echigoya1, Katsuhiko Sato1,2, Toshiyuki Nakagaki1,2, Yukinori Nishigami1,2 (1Graduate School ofLife Science, Hokkaido University, 2Research Institute for Electronic Science, Hokkaido University)

2SMP-3Integrative modeling of Paramecium, a “swimming neuron”
Romain Brette (ISIR, Sorbonne Universite, Paris, France)

2SMP-4有殻アメーバの被殻構築における巧みな細胞行動
Skillful cell behavior in the construction of testate amoebae shells○野村 真未（山形大学理学部）
Mami Nomura (Fac. Sci., Yamagata Univ.)– S88 –

2SMP-5

イベントベースビジョンセンサー（EVS）を用いたプランクトンの室内及び自然環境でのミリ秒スケール観測
Millisecond-scale behaviours of plankton quantified in situ and in vitro using the Event-based
Vision Sensor (EVS)○高塚 進 1,2, 宮本 教生 2（1 ソニーグループ株式会社, 2 国立研究開発法人海洋研究開発機構）
Susumu Takatsuka1,2, Norio Miyamoto2 (1Sony Group Corporation, 2Japan Agency for Marine-Earth
Science Technology)

2SMP-6

シアノバクテリア鉛直移動における予測不能性
Fundamental unpredictability in the vertical migration of cyanobacteria○吉山 浩平（滋賀県立大学環境科学部）
Kohei Yoshiyama (Grad. Sch. Environ. Sci., Univ. Shiga Pref.)3 日目（11 月 16 日（木））／Day 3（Nov. 16 Thu.）

3SAA

構造生物学的アプローチに基づく液液相分離（LLPS）の機能解明
Functional elucidation of liquid-liquid phase separation (LLPS) based on structural biology
approach
オーガナイザー：西田 紀貴（千葉大学），池谷 鉄兵（東京都立大学）
Organizers: Noritaka Nishida (Chiba Univ.), Teppei Ikeya (Tokyo Metro. Univ.)
09:00～11:30
A 会場（展示室 211（2 号館 1F））／Room A（Exhibition Room 211 (Bldg. 2, 1F)）

Liquid-liquid phase separation (LLPS) is driven by the dynamic assembly of diverse protein and RNA molecules in thecells. In order to understand how such droplets, which are seemingly disordered structures, regulate various
physiological functions, it is necessary to quantitatively measure the behavior of LLPS at the atomic and molecularlevels. In this symposium, we would like to introduce recent studies of researchers who are aiming to elucidate theprinciples of LLPS formation and the regulation of intracellular functions by structural biology approaches such as
NMR and computational science, as well as chemical biology.
3SAA-1溶液 NMR による GRB2 と SOS1 の多価相互作用と液液相分離形成機構の解析
Analysis of the mechanism underlying multivalent interactions between GRB2 and SOS1 andtheir LLPS using solution NMR○池谷 鉄兵 1, 大出 真央 2, Ren Weitong2, 館野 圭太 1, 安藤 孝 1, 菅澤 はるか 1, 杉田 有治 2,
伊藤 隆 1（1 東京都立大・院理, 2 理研・開拓研究本部）
Teppei Ikeya1, Mao Oide2, Weitong Ren2, Keita Tateno1, Takashi Ando1, Haruka Sugasawa1,
Yuji Sugita2, Yutaka Ito1 (1Grad. Sch. Sci., Tokyo Metropolitan Univ., 2RIKEN CBR)

3SAA-2Mapping the per-residue surface electrostatic potential of CAPRIN1 along its phase-separation
trajectory
Yuki Toyama1,2,3, Atul Rangadurai1,2,3,4, Julie Forman-Kay2,4, Lewis Kay1,2,3,4 (1Department of
Molecular Genetics, University of Toronto, 2Department of Biochemistry, University of Toronto,
3Department of Chemistry, University of Toronto, 4Hospital for Sick Children, Program in Molecular
Medicine)

3SAA-3

がん抑制タンパク質 p53 が形成する凝集体の調製と分析
Preparation and analysis of aggregates formed by the tumor suppressor protein p53○日比野 絵美 1, 土方 礼嗣 1, 天野 剛志 1,2, 廣明 秀一 1,2（1 名大・院創薬, 2BeCellBar）
Emi Hibino1, Reiji Hijikata1, Takeshi Tenno1,2, Hidekazu Hiroaki1,2 (1Grad. Sch. Pharm. Sci, Nagoya
Univ., 2BeCellBar)– S89 –

3SAA-4分子シミュレーションによるタンパク質集合体の液液相分離研究
Liquid-liquid phase separation of protein assemblies studied by molecular simulations○高田 彰二, 水谷 淳生, 山田 莉彩, 村田 隆（京都大学理学研究科）
Shoji Takada, Azuki Mizutani, Risa Yamada, Yutaka Murata (Grad. Sch. Sci. Kyoto Univ)

3SAA-5細胞シグナル操作のためのデザイナータンパク質コンデンセート
Designer protein condensates for cell signal manipulation○築地 真也（名工大・院工）Shinya Tsukiji (Grad. Sch. Eng., Nagoya Inst. Technol.)

3SAA-6細胞内環境下における LLPS 形成タンパク質 FUS の In-cell NMR 観測
In-cell NMR Observation of Liquid-Liquid Phase Separation of FUS○西田 紀貴（千葉大・院薬）
Noritaka Nishida (Grad. Sch. Pharm. Sci., Chiba Univ.)

3SBA

天然変性タンパク質を含む創薬標的に対する生物物理学的アプローチ
Biophysical approaches against the drug target proteins involving intrinsically disordered regions
オーガナイザー：廣明 秀一（名古屋大学），白井 剛（長浜バイオ大学）
Organizers: Hidekazu Hiroaki (Nagoya Univ.),
Tsuyoshi Shirai (Nagahama Inst. of Bio-Science and Tech.)
09:00～11:30
B 会場（展示室 212（2 号館 1F））／Room B（Exhibition Room 212 (Bldg. 2, 1F)）

Recent progress in proteomics of human diseases and host-pathogen interactions has revealed that potential therapeutictargets contain intrinsically disordered regions (IDRs). Proteins with large amounts of IDRs often lack a fixed or ordered
three-dimensional structure, rendering them unsuitable for the modern structure-guided drug discovery methodology.
This symposium aims to explore different biophysical approaches to drug discovery and development against IDRs. We
will focus on methods that go beyond the classical lock-and-key model, including innovative approaches to understandthe structural and dynamic properties of IDRs.
はじめに
Opening Remarks
3SBA-1

典型的でない創薬標的を対象とした溶液 NMR 技術の挑戦～鍵と鍵穴モデルを超えてNMR challenges against characterization of non-classical drug targets - beyond the lock-andkey model○廣明 秀一 1,2,3（1 東海国立大学機構名古屋大学創薬科学研究科, 2 合同会社 BeCellBar, 3 東海国立大学機構 One Medicine 創薬シーズ開発・育成研究教育拠点）
Hidekazu Hiroaki1,2,3 (1Graduate School of Pharmaceutical Sciences, Nagoya University, 2BeCellBar,
LLC, 3Center for One Medicine Innovative Translational Research (COMIT), Tokai National Higher
Education and Research System)

3SBA-2

NMR を用いた天然変性蛋白質の構造解析：アルファーシヌクレイン
NMR Analyses of an intrinsic disordered protein: Alpha-synuclein○西村 千秋（帝京平成大学薬学部）
Chiaki Nishimura (Faculty of Pharmaceutical Sciences, Teikyo Heisei University)– S90 –

3SBA-3

抗酸菌の天然変性ヒストン様タンパク質 ーその機能と休眠菌形成における役割ー
Mycobacterial intrinsically disordered histone-like protein, its function and role in mycobacterial
dormancy○西山 晃史 1, 清水 将裕 2,3, 古寺 哲幸 2, 尾関 百合子 1, 真柳 浩太 4, 山口 雄大 5, 松本 壮吉 1（1 新潟大院・医歯学総合・細菌学, 2 金沢大・ナノ生命科学研, 3 京都大・複合原子力科学研, 4 九州大・
生体防御医学研, 5 大阪公大院・医・分子病態薬理学）
Akihito Nishiyama1, Masahiro Shimizu2,3, Noriyuki Kodera2, Yuriko Ozeki1, Kouta Mayanagi4,
Takehiro Yamaguchi5, Sohkichi Matsumoto1 (1Dept. Bacteriol., Niigata Univ. Sch. Med., 2NanoLSI,
Kanazawa Univ., 3Div. Quantum Beam Mater. Sci., Inst. Integr. Radiat. Nuc. Sci., Kyoto Univ, 4Med. Inst.
Bioregulation, Kyushu Univ., 5Dept. Pharmacol, Osaka Metro Univ. Med. Sch.)

3SBA-4

天然変性タンパク質における“変性状態”の理解を目指した溶液散乱研究
Solution scattering towards details in flexibility of intrinsically disordered proteins○清水 将裕 1, 守島 健 1, 奥田 綾 1, 井上 倫太郎 1, 西山 晃史 2, 松本 壮吉 2, 杉山 正明 1（1 京大・複合研, 2 新潟大院・医歯学総合・細菌学）
Masahiro Shimizu1, Ken Morishima1, Aya Okuda1, Rintaro Inoue1, Akihito Nishiyama2,
Sohkichi Matsumoto2, Masaaki Sugiyama1 (1KURNS., Kyoto Univ., 2Dept. Bacteriol., Niigata Univ. Sch.
Med.)

3SBA-5

相分離における分子の動態を捉える
Visualizing molecular dynamics of phase separation○森 英一朗（奈良医大・未来基礎医学）
Eiichiro Mori (Dept. Future Basic Med., Nara Med. Univ.)
おわりにClosing Remarks

3SCA

自発と応答の情報物理学
Information physics of spontaneity and response
共催 新学術領域研究「生命の情報物理学」

オーガナイザー：青木 一洋（生命創成探究センター），松岡 里実（大阪大学）
Organizers: Kazuhiro Aoki (ExCELLS), Satomi Matsuoka (Osaka Univ.)
09:00～11:30
C 会場（会議室 221（2 号館 2F)）／Room C（Conference Room 221 (Bldg. 2, 2F)）

Physical understanding of information in living systems lies at the leading edge of biophysical studies. The advances insuper resolution microscopy and accurate manipulation and measurement techniques have highlighted various
unexpected behaviors of molecules and cells under collective motion, which reveals that the essence of the information
underlies in the precisely quantified data acquired under the “living” state. In this symposium, we introduce the attempts
to investigate the dynamics of living systems in the intrinsic state and in response to the extrinsic stimulus to explore theprinciples of spontaneous generation, transmission, and processing of biological information.
3SCA-1バクテリア乱流の空間構造への応答：渦秩序の制御とキラリティー
How bacterial turbulence responds to spatial structures: controlling vortical order and chirality○西口 大貴（東京大学・理・物理）
Daiki Nishiguchi (Dept. Phys., Grad. Sch. Sci., Univ. Tokyo)– S91 –

3SCA-2

Force transmission via dynamic stretching of Talin as revealed by quantitative live-cell singlemolecule imaging
Sawako Yamashiro1,2, David M. Rutkowski3, Ying Liu1, Kelli Ann Lynch4, Dimitrios Vavylonis3,
Naoki Watanabe1,2 (1Kyoto Univ. Grad. Sch. Biostudies, Kyoto, 2Dept. Pharmacology, Kyoto Univ.Grad.
Sch. Med., Kyoto, 3Dept. Physics, Lehigh Univ., PA/USA, 4Univ. of South Florida, FL/USA)

3SCA-3

分子レベルでの情報伝達能力の評価から骨格筋ミオシン分子間の協同性を理解する
Understanding cooperativity between skeletal myosin molecules by evaluating informationtransmission capacity of myosin molecules○茅 元司（東京大学・院物理）
Motoshi Kaya (Grad. Sch. Sci., Univ. Tokyo)

3SCA-4Characterization of activity-dependent mechanics of the cell cytoplasm
Hiroyuki Ebata, Daisuke Mizuno (Fac. Sci., Kyushu Univ.)

3SCA-5分裂酵母胞子の発芽過程における細胞質流動化の定量解析
Quantitative analysis of cytoplasmic fluidization during germination in fission yeast○青木 一洋（ExCELLS/基生研）
Kazuhiro Aoki (ExCELLS/NIBB, NINS)

3SCA-6バクテリア遊泳集団の揺らぎと応答
Fluctuation and response of bacterial collective swimming○鳥谷部 祥一（東北大学・院応用物理）
Shoichi Toyabe (Applid Physics, Tohoku Univ)

3SEA細胞のメゾ構造体の形成と機能の機構：先端イメジング法による解明
Mechanisms for the formation and functions of cellular meso-scale structures: unravelling byadvanced imaging methods
オーガナイザー：下林 俊典（京都大学），楠見 明弘（沖縄科学技術大学院大学）
Organizers: Shunsuke Shimobayashi (Kyoto Univ.), Akihiro Kusumi (OIST)
09:00～11:30
E 会場（会議室 224（2 号館 2F））／Room E（Conference Room 224 (Bldg. 2, 2F)）

To understand how cells work, biophysicists are now discovering the mechanisms by which mesoscale subcellularmolecular complexes are formed and function. This approach, particularly that using advanced microscopic imaging
methods, is turning out to be very fruitful. Meso-scale, often between 3 and 300 nm, is an interesting spatial scale where
non-living nano-scale molecules are assembled to start exhibiting the clear features of micron-scale living cells.
Furthermore, recent research advances on the liquid condensates are further activating meso-scale investigations.
Therefore, this symposium will focus on this very hot topic of meso-scale structures/events, including liquid signaling
platforms, myosin-motor-driven cargo-membrane sculpting, subsynaptic meso-domains, DNA breaks, and fundamental
material properties of biomolecular condensates. We hope to make this symposium a place where, together with theaudience, new fundamentally important ideas emerge toward the understanding of how subcellular meso-scale structures
form and function.
はじめにOpening Remarks– S92 –

3SEA-1

細胞膜上のナノ液体複合体が複数の受容体信号を統合する基盤となり、癌細胞の増殖を促進させる
Nano-liquid platform on the plasma membrane that integrates receptor signals for cancer
promotionTaka-aki Tsunoyama1, Christian Hoffmann2, Daiki Sasaki1, Bo Tang1, Koichiro M Hirosawa3,
Yuri L Nemoto4, Rinshi R Kasai3, Takahiro K Fujiwara5, Kenichi GN Suzuki3,5, Hiroki Ishikawa1,
Dragomir Milovanovic2, Akihiro Kusumi1,5 (1Okinawa Inst. Sci. Tech. Grad. Univ. (OIST), 2German
Cent. Neurodegenerative Diseases (DZNE), 3Inst. Glyco-Core Res. (iGCORE), Gifu Univ., 4Biosignal
Res. Cent., Kobe Univ., 5Inst.Integ.Cell-Mat. Sci. (WPI-iCeMS), Kyoto Univ.)

3SEA-2

Membrane reshaping by myosin-lipid interactions
Claudia Veigel (Department of Cellular Physiology, Ludwig-Maximilians-University Munich)

3SEA-3

Emergence of highly ordered meso-structures of multivalent synaptic proteins in living cells
Hirokazu Sakamoto (Grad. Sch. Med., The Univ. Tokyo)

3SEA-4Magnet tweezers studies of PARP binding at single and double strand DNA breaks
Justin Edward Molloy1, Nicholas A.W. Bell2 (1Francis Crick Institute, London, UK, 2University
College London, Gower Street, London, UK)

3SEA-5細胞内相分離メソ液滴の形成、物性、そして機能
Elucidating the formation, material properties, and functions of biomolecular meso-scalecondensates○下林 俊典（京都大学 iPS 細胞研究所）
Shunsuke Shimobayashi (CiRA, Kyoto University)
おわりに
Closing Remarks

3SFA

水和による水運動の不均一性から考える生物分子機能
Biomolecular functions based on heterogeneous hydration dynamics
オーガナイザー：今清水 正彦（産業技術総合研究所），菱田 真史（筑波大学）
Organizers: Masahiko Imashimizu (AIST), Masafumi Hishida (Univ. of Tsukuba)
09:00～11:30
F 会場（会議室 231（2 号館 3F））／Room F（Conference Room 231 (Bldg. 2, 3F)）

How does a biomacromolecular complex like an enzyme work accurately and regulatory in water solvent systemdominated by thermal fluctuations? The key to understand this question lies in the fact that, due to hydration, thethermal motions involved in biomolecular functions are temporally and spatially heterogeneous. For example, thecollective intermolecular dynamics of protein and water molecules, which are overlapped in the sub-THz frequency
region, may be relevant for expressing protein functions. In this symposium, we will attempt to discuss new directions
regarding the unexplained phenomena in biomolecular functions based on the measurements of intermolecular
dynamics, such as THz-TDS, fs-RIKES, microwave dielectric relaxation and NMR, and the physicochemical theoretical
approach.
3SFA-1

サブテラヘルツ波照射によるタンパク質水和への非熱的作用：誘電緩和測定に基づいた研究
Nonthermal Effect of Sub-THz Irradiation on Protein Hydration: Study Based on Dielectric
Relaxation Measurements○今清水 正彦, 杉山 順一, 田中 真人（産総研）
Masahiko Imashimizu, Jun-ichi Sugiyama, Masahito Tanaka (AIST)– S93 –

3SFA-2

サブテラヘルツ波照射された水溶液中のタンパク質の NMR 法を用いた動的構造解析
Analyses of structural dynamics of proteins in aqueous solution irradiated with sub-THz
electromagnetic waves by using NMR spectroscopy○徳永 裕二 1, 竹内 恒 1, 今清水 正彦 2（1 東京大学大学院薬学系研究科, 2 産業技術総合研究所生
命分子工学研究部門）
Yuji Tokunaga1, Koh Takeuchi1, Masahiko Imashimizu2 (1Grad. Sch. Pharm. Sci., UTokyo, 2CMB,
AIST)

3SFA-3

水和イオン液体の含水率による生体分子の溶解性と構造変化
Solubility and structural changes of biomolecules as a function of water content in hydrated
ionic liquids○藤田 恭子（東京薬科大学 薬学部）
Kyoko Fujita (Tokyo University of Pharmacy and Life Sciences)

3SFA-4

フェムト秒ラマン誘起カー効果分光による凝縮相の低振動数ダイナミクスの観測：生体分子に向けてProbing the low-frequency dynamics in condensed phases by femtosecond Raman-induced
Kerr effect spectroscopy: Toward biomolecules○城田 秀明（千葉大・院理）Hideaki Shirota (Grad. Sch. Sci., Chiba University)

3SFA-5

WATER: THE FORGOTTEN BIOLOGICAL MOLECULE THAT CONTROLS LIFE
Biman Bagchi (Indian Institute of Science, Bengaluru)

3SFA-6タンパク質の構造安定化に対する水和水の役割
Role of Hydration Water in Protein Conformational Stabilization○菱田 真史（東京理科大学理学部化学科）
Mafumi Hishida (Dept. Chem., Tokyo Univ. Sci.)

3SHA

生体膜の生物物理呼応～生命活動における形と動き～
Biophysical membrane responses: structure and motion in biological activity
オーガナイザー：中瀬 生彦（大阪公立大学），川口 祥正（京都大学）
Organizers: Ikuhiko Nakase (Osaka Metro. Univ.), Yoshimasa Kawaguchi (Kyoto Univ.)
09:00～11:30
H 会場（会議室 234（2 号館 3F））／Room H（Conference Room 234 (Bldg. 2, 3F)）

In biological activity, biomembranes participate in responses for acceptance/rejection of stimulation and structuralformations including e.g., cellular uptake, migration, proliferation, and cell death. Understanding and controllingbiophysical responses/mechanisms-based membrane systems are highly anticipated to be next-generation therapeutic
methodologies for further achievements of disease regulation such as cancers. In this proposal symposium, advanced
research technologies and achievements of visualizing and controlling membrane traffic, release of extracellular
vesicles, self-organization of tissue formation, exploiting physics and physical chemistry for imaging and analysis ofmembrane characterization with antimicrobial peptides, biophysical assessment and biological applications (especiallydrug delivery) of membrane disruptive peptides from the fusion viewpoints of biophysics, molecular cell biology,
chemistry, and chemical biology will be presented, and membrane-based therapeutic methodology will be discussed.
はじめにOpening Remarks– S94 –

3SHA-1

抗菌ペプチド LL-37 vs HNP1 間ダブルコオペラティブ効果の原理解明
The mechanistic studies of double cooperative effect between antimicrobial peptides LL-37 andHNP1○杉原 加織（東大生研）
Kaori Sugihara (IIS, The Univ. of Tokyo)

3SHA-2

培養場の制御による細胞集団行動の制御
Control of collective cell migration by cell-ECM interactions○萩原 将也（理化学研究所）
Masaya Hagiwara (RIKEN)

3SHA-3

膜傷害性ペプチドを鋳型とした細胞質送達ペプチドの開発
Development of cytosolic delivery peptides by attenuated membrane lytic activity○川口 祥正, 二木 史朗（京大・化研）
Yoshimasa Kawaguchi, Shiroh Futaki (Inst. Chem. Res., Kyoto Univ.)

3SHA-4

抗菌ペプチドによる脂質膜への選択的作用：粗視化分子動力学シミュレーション
Selective action of antimicrobial peptides on lipid membranes: Coarse-grained molecular
dynamics study○篠田 渉（岡山大・基礎研）
Wataru Shinoda (RIIS, Okayama Univ.)

3SHA-5上皮細胞からのエクソソームの非対称分泌の分子機構
Molecular mechanisms of asymmetrical exosome release from polarized epithelial cells○福田 光則（東北大院・生命科学）
Mitsunori Fukuda (Grad. Sch. Life Sci., Tohoku Univ.)
おわりにClosing Remarks

3SJA

光合成の多様な環境への適応原理
Understanding the Principles of the Adaptation of Photosynthesis to Diverse Environments
共催 学術変革領域研究（A）「光合成ユビキティ」

オーガナイザー：広瀬 侑（豊橋技術科学大学），栗栖 源嗣（大阪大学）
Organizers: Yuu Hirose (Toyohashi Univ. of Tech.), Genji Kurisu (Osaka Univ.)
09:00～11:30
J 会場（会議室 141+142（1 号館 4F））／Room J（Conference Room 141+142 (Bldg. 1, 4F)）

Photosynthetic organisms synthesize organic compounds from water and carbon dioxides using solar energy. They
adapted and expanded over a wide range of environments and sustain all living organisms on Earth. The structure andfunction of photosynthetic apparatus change dynamically in response to environmental conditions. In 2023, researchers
from structural biology, plant physiology, biochemistry, and bioinformatics have teamed up to launch a new research
project, "Photosynthetic Ubiquity", which is supported by Grant-in-Aid for Transformative Research Areas (A) from
JSPS. In this symposium, the members of this project will discuss approaches to elucidate the molecular principles ofadaptation of photosynthetic supramolecular complexes to diverse environments.

– S95 –

3SJA-1

Structure of cyanobacterial photosystem I complexed with ferredoxin and cytochrome c6 at 1.97
Å resolution
Jiannan Li1,2, Noriyuki Hamaoka1,2, Fumiaki Makino3,4, Akihiro Kawamoto1,2, Keiichi Namba3,4,5,
Christoph Gerle1, Genji Kurisu1,2,5 (1Inst. Prot. Res., Osaka Univ., 2Grad. Sch. Sci., Osaka Univ., 3Grad.
Sch. Front. Bio., Osaka Univ., 4JEOL Co., Ltd., 5JEOL YOKOGUSHI Res. Lab., Osaka Univ.)

3SJA-2

チラコイド膜における動的高次分子構造の高速 AFM による可視化
Visualization of dynamic higher-order molecular structure of thylakoid membranes by HS-AFM○山本 大輔, 西谷 雄大（福岡大・理）Daisuke Yamamoto, Yudai Nishitani (Fac. Sci., Fukuoka Univ.)

3SJA-3光合成光捕集蛋白質における環境適応機構の解明
Understanding environmental adaptation mechanisms in photosynthetic light-harvesting
proteins○斉藤 圭亮 1,2, 辻村 真樹 1, 鍵本 拓海 1, 石北 央 1,2（1 東大・先端研, 2 東大・院工）Keisuke Saito1,2, Masaki Tsujimura1, Takumi Kagimoto1, Hiroshi Ishikita1,2 (1RCAST, Univ. Tokyo,
2Grad. Sch. Sci., Univ. Tokyo)

3SJA-4祖先型タンパク質による生命マシナリーの環境適応戦略の解読
Decoding the environmental adaptation strategies of biological machineries via ancestralproteins
土屋 裕子 1, 嶺井 隆平 2, 土方 敦司 3, ○白井 剛 2（1 産総研・人工知能研究センター, 2 長浜バイオ
大・バイオサイエンス, 3 東薬大・生命科学）
Yuko Tsuchiya1, Ryuhei Minei2, Atsushi Hijikata3, Tsuyoshi Shirai2 (1Artificial Intelligence ResearchCenter (AIRC), National Institute of Advanced Industrial Science and Technology (AIST), 2Department of
Bio-science, Nagahama Institute of Bio-Science and Technology, 3School of Life Sciences, Tokyo
University of Pharmacy and Life Sciences)

3SJA-5構造から紐解くシアノバクテリアの光色順化
Structural basis of chromatic acclimation in Cyanobacteria○広瀬 侑（豊橋技科大・院工）
Yuu Hirose (Toyohashi Univ. of Tech. Dept. of Eng.)

3SKA

我ら地球生物の可能性～極限微生物から人工細胞まで～
Our Potential as Earthly Organisms: From Extremophile Microbes to Artificial Cells
共催 CREST/さきがけ「ゲノム合成」

オーガナイザー：市橋 伯一（東京大学），鈴木 志野（宇宙航空研究開発機構）
Organizers: Norikazu Ichihashi (The Univ. of Tokyo), Shino Suzuki (JAXA)
09:00～11:30
K 会場（会議室 131+132（1 号館 3F））／Room K（Conference Room 131+132 (Bldg. 1, 3F)）

The recent discovery of new microorganisms with extraordinary characteristics has extended the possibility of livingorganisms on Earth. Similarly, the recent synthesis of artificial cellular and non-cellular systems has revealed what life
could potentially be. As a result of these studies, we have come to realize that the potential of living systems on Earth,including human beings, is much greater than previously thought. In this symposium, we have invited researchers who
are actively studying microorganisms in extraordinary habitats or synthesizing artificial systems with extraordinary
properties. We hope that this symposium will provide an opportunity for researchers from different fields to broaden
their perspectives on living things.

– S96 –

はじめに
Opening Remarks
3SKA-1

試験管内でセントラルドグマを作ってみて分かったこと
Lessons from the In vitro construction of the “Central dogma”○市橋 伯一 1,2,3（1 東大・総合文化, 2 東大・先進科学, 3 東大・生物普遍）
Norikazu Ichihashi1,2,3 (1Grad. Sch. Arts and Sci, Univ Tokyo, 2KIS, Univ Tokyo, 3UBI, Univ Tokyo)

3SKA-2

南極藻類の赤外線利用型光合成メカニズム
Uphill energy transfer mechanism for photosynthesis performed by far-red light in an Antarcticalga○小杉 真貴子 1, 川崎 政人 2, 柴田 穣 3, 原 光二郎 4, 高市 真一 5, 安達 成彦 2, 守屋 俊夫 2,
亀井 保博 6, 工藤 栄 7, 菓子野 康浩 8, 小池 裕幸 9, 千田 俊哉 2, 大谷 修司 10, 豊田 敦 11,
西出 浩世 12, 皆川 純 1（1 基生研・環境光, 2 高エネ機構・構造生物, 3 東北大・理, 4 秋田県立大・生物資源, 5 東京農大・生命, 6 基生研・超階層生物, 7 極地研・生物圏, 8 兵庫県立大・理, 9 中央
大・理工, 10 島根大・教育, 11 遺伝研・ゲノム・進化, 12 基生研・データ統合）
Makiko Kosugi1, Masato Kawasaki2, Yutaka Shibata3, Kojiro Hara4, Shinichi Takaichi5,
Naruhiko Adachi2, Toshio Moriya2, Yasuhiro Kamei6, Sakae Kudoh7, Yasuhiro Kashino8,
Hiroyuki Koike9, Toshiya Senda2, Syuji Ohtani10, Atsushi Toyota11, Hiroyo Nishide12, Jun Minagawa1(1Div. Env. Photosyn., NIBB, 2SBRC, IMSS, KEK, 3Fac. Sci., Tohoku Univ., 4Fac. Biores. Sci., Akita Pref.
Univ., 5Fac. Life Sic., Tokyo Univ. Agri., 6Trans-Scale Biol., NIBB, 7Biosci., NIPR, 8Grad. Sch. Sci., Univ.
Hyogo, 9Fac. Sci. Engineering, Chuo Univ., 10Fac. Education, Shimane Univ., 11Dep. Genomics
Evolution. Biol., NIG, 12Data Integ. Analys. Fac., NIBB)

3SKA-3i3-screening for an emergent protein function designed by an ML-based generative model
Shunshi Kohyama, Béla Frohn, Leon Babl, Petra Schwille (Max Planck Institute of Biochemistry)

3SKA-4

試験管内合成とタンパク質光操作による人工細胞膜の機能拡張
Functionalizing artificial cell membrane with cell-free synthesis and light-inducible proteins○松林 英明（東北大学・学際研）
Hideaki Matsubayashi (FRIS, Tohoku Univ.)

3SKA-5

ウイルス集団内におけるゲノム配列の分布
Distribution of genomic sequences within a viral population○田端 和仁（東京大学大学院工学系研究科応用化学専攻）
Kazuhito Tabata (Department of Applied Chemistry, The University of Tokyo)

3SKA-6酵母を用いた難培養性細菌の全ゲノムクローニング
Whole genome cloning of unculturable bacteria in yeast○水谷 雅希 1, 宮腰 かおり 1, 古賀 隆一 1, 深津 武馬 1,2,3, 柿澤 茂行 1（1 産業技術総合研究所・生物プロセス研究部門, 2 東京大学大学院理学系研究科・生物科学専攻, 3 筑波大学大学院・生命環境科学系）
Masaki Mizutani1, Kaori Miyakoshi1, Ryuichi Koga1, Takema Fukatsu1,2,3, Shigeyuki Kakizawa1(1Bioproduction Research Institute, National Institute of Advanced Industrial Science and Technology(AIST), 2Department of Biological Sciences, Graduate School of Science, The University of Tokyo,
3Graduate School of Life and Environmental Sciences, University of Tsukuba)– S97 –

3SKA-7

鉱物を利用した炭素固定：超還元環境に生きる微生物のもつ効率的な細胞外電子授受蛋白質
Carbon Fixation Using Minerals: efficient extracellular electron transfer protein in archaea
associated with ultra-reducing environments○鈴木 志野 1,2（1 宇宙航空研究開発機構・宇宙研, 2 理研・開拓研究本部,）
Shino Suzuki1,2 (1ISAS, JAXA, 2CPR, Riken)
おわりにClosing Remarks– S98 –

口頭発表（学生発表賞） Oral Presentations (Student Presentation Award)
1 日目（11 月 14 日（火））／Day 1（Nov. 14 Tue.）1GA

タンパク質：構造、物性、機能Protein: Structure, Physical Property, Function

座長：古池 美彦（分子科学研究所），谷中 冴子（九州大学），島田 敦広（岐阜大学），野口 巧（名古屋大学）
Session Chairs: Yoshihiko Furuike (IMS), Saeko Yanaka (Kyushu Univ.), Atsuhiro Shimada (Gifu Univ.),
Takumi Noguchi (Nagoya Univ.)
14:00～16:00
A 会場（展示室 211（2 号館 1F））／Room A（Exhibition Room 211 (Bldg. 2, 1F)）

1GA1400

1GA1415

1GA1430

1GA1445

1GA1500

Structural analysis of disease-associated proteins in the brain for PET ligand development
Kaede Goto1, Junta Tomono1, Ryuichi Harada2, Takeshi Yokoyama1, Yoshikazu Tanaka1 (1Grad. Sch.
Life Sci., Tohoku Univ., 2Grad. Sch. Med., Tohoku Univ.)
自然免疫シグナル伝達を制御する MyD88 多量化機序の分子論的な解明
The molecular analysis of MyD88 oligomerization that regulates innate immune signaling○笠井 一希 1, 今村 香代 1, 宮田 知子 2, 牧野 文信 2, 加藤 貴之 3, 成田 哲博 4, 紺野 宏記 5,
難波 啓一 2, 大西 秀典 6, 杤尾 豪人 1（1 京大・院理・生物科学, 2 阪大・生命機能, 3 阪大・蛋白研,
4 名大・院理・生命理学, 5 金大・ナノ生命科学研, 6 岐大・院医・小児科学）
Kazuki Kasai1, Kayo Imamura1, Tomoko Miyata2, Fumiaki Makino2, Takayuki Kato3, Akihiro Narita4,
Hiroki Konno5, Keiichi Namba2, Hidenori Onishi6, Hidehito Tochio1 (1Dept. of Biol. Sci., Grad. Sch. ofSci., Kyoto Univ, 2Grad. Sch. of FBS., Osaka Univ., 3IPR., Osaka Univ., 4Dept. of Biol. Sci., Grad. Sch. ofSci., Nagoya Univ., 5WPI-NanoLSI., Kanazawa Univ., 6Dept. of Peds., Grad. Sch. of Med., Gifu Univ.)
ハイスループット蛋白質熱安定性データ収集系の開発
Development of a high-throughput data collecting system for thermal stability of proteins○伊藤 沙衣 1, 松長 遼 1, 中木戸 誠 1, 河村 大輔 2, 加藤 洋人 2, 石川 俊平 2, 津本 浩平 1,3（1 東京大学大学院工学系研究科バイオエンジニアリング専攻., 2 東京大学大学院医学系研究科衛生学分
野., 3 東京大学大学院工学系研究科化学生命工学専攻.）
Sae Ito1, Ryo Matsunaga1, Makoto Nakakido1, Daisuke Komura2, Hiroto Kato2, Shumpei Ishikawa2,
Kouhei Tsumoto1,3 (1Department of Bioengineering, Graduate School of Engineering, University ofTokyo., 2Department of Preventive Medicine, Graduate School of Medicine, The University of Tokyo.,
3Department of Chemistry and Biotechnology, Graduate School of Engineering, University of Tokyo.)
ウシ由来インスリンのアミロイドオリゴマーおよびプロトフィブリル形成のモデリング
Mechanistic modeling of amyloid oligomer and protofibril formation of bovine insulin○柚 佳祐 1, 今村 比呂志 2, 野崎 拓郎 1, 藤井 悠生 1, 守島 健 3, 奥田 綾 3, 井上 倫太郎 3,
杉山 正明 3, 茶谷 絵理 1（1 神戸大・院理, 2 長浜バイオ大・バイオサイエンス, 3 京大・複合研）
Keisuke Yuzu1, Hiroshi Imamura2, Takuro Nozaki1, Yuki Fujii1, Ken Morishima3, Aya Okuda3,
Rintaro Inoue3, Masaaki Sugiyama3, Eri Chatani1 (1Grad. Sch. Sci., Kobe Univ., 2Dept. Bio-Sci.,
Nagahama Inst. Bio-Sci. Tech., 3KURNS, Kyoto Univ.)
相分離液滴によるホタルの生物発光の発光量子収率向上
Quantum yield enhancement of firefly bioluminescence with phase-separated condensates○木原 良樹 1,2, 西原 諒 2,3, 丹羽 一樹 2, 冨田 峻介 2, 栗田 僚二 1,2（1 筑波大学 大学院数理物質研究群., 2 産業技術総合研究所., 3 科学技術振興機構.）
Yoshiki Kihara1,2, Ryo Nishihara2,3, Kazuki Niwa2, Syunsuke Tomita2, Ryoji Kurita1,2 (1Faculty of Pureand Applied Sciences, University of Tsukuba., 2National Institute of Advanced Industrial Science andTechnology (AIST)., 3Japan Science and Technology Agency (JST), PRESTO.)– S99 –

1GA1515

1GA1530

1GA1545

1GB

可変領域スーパーチャージ抗体–抗原相互作用の熱力学的解析と相互作用パラメータの制御
Thermodynamic analysis of Fv-supercharged antibody–antigen interactions and control ofinteraction parameters○笠原 慶亮 1, 黒田 大祐 2, カアベイロ ホセ 3, 長門石 曉 4, 津本 浩平 1,4（1 東大・院工学・バイオ
エンジ, 2 感染研・治ワク, 3 九大・院薬, 4 東大・院工学・医工 RS）
Keisuke Kasahara1, Daisuke Kuroda2, Jose Caaveiro3, Satoru Nagatoishi4, Kouhei Tsumoto1,4 (1Dept.
Bioeng., Grad. Sch. Eng., Univ. Tokyo, 2Res. Ctr. Drug Vaccine Dev., NIID, 3Grad. Sch. Pharm. Sci.,
Kyusyu Univ., 4Med. Dev. Dev. Reg. Res. Ctr., Grad. Sch. Eng., Univ. Tokyo)
統計力学モデルの拡張による酵素反応の自由エネルギー地形の予測
Predicting free energy landscapes of enzyme reactions by an extended statistical mechanicalmodel○劉 潤晶 1, 大岡 紘治 2, 新井 宗仁 1,2,3（1 東大・総合文化・生命環境, 2 東大・教養, 3 東大・理・
物理）
Runjing Liu1, Koji Ooka2, Munehito Arai1,2,3 (1Dept. Life Sci., Univ. Tokyo, 2Col. Arts & Sci., Univ.
Tokyo, 3Dept. Phys., Univ. Tokyo)
ウイルスヘリオロドプシン V2HeR3 のプロトン輸送メカニズム解明に向けた FTIR 研究
FTIR spectroscopic study for clarifying proton transporting mechanisms of viral heliorhodopsin(V2HeR3)○水鳥 律 1, 片山 耕大 1,2, Béjà Oded3, 神取 秀樹 1,2（1 名工大・院工, 2 オプトバイオテクノロジー
研究センター, 3Technion-Israel Inst. Tech.）
Ritsu Mizutori1, Kota Katayama1,2, Oded Béjà3, Hideki Kandori1,2 (1Nagoya Inst. Tech.,
2OptoBioTechnology Research Center, 3Technion-Israel Inst. Tech.)
タンパク質：構造機能相関
Protein: Structure & Function

座長：加藤 晃一（生命創成探究センター），加藤 祐樹（名古屋大学），大貫 隼（分子科学研究所），
鎌足 雄司（岐阜大学）
Session Chairs: Koichi Kato (ExCELLS), Yuki Kato (Nagoya Univ.), Jun Ohnuki (IMS),
Yuji Kamatari (Gifu Univ.)
14:00～16:30
B 会場（展示室 212（2 号館 1F））／Room B（Exhibition Room 212 (Bldg. 2, 1F)）

1GB1400

pH 応答性伸縮タンパク質集合体の変形メカニズム
Shape morphing mechanism of pH-responsive piston protein○伊達 弘貴 1, 菊池 幸祐 1, 鱒村 颯太 1, Li Xin1, Thuc Toan Pham1, 内橋 貴之 2, 上久保 裕生 3,
村田 和義 4, 上野 隆史 1（1 東工大生命理工, 2 名大院理, 3 奈良先端大物質, 4ExCELLS・生理学研究所）
Koki Date1, Kosuke Kikuchi1, Souta Masumura1, Xin Li1, Toan Pham Thuc1, Takayuki Uchihashi2,
Hironari Kamikubo3, Kazuyoshi Murata4, Takafumi Ueno1 (1School of Life Science and Technology,
Tokyo Institute of Technology, 2Graduate School of Science, Nagoya University, 3School of Science andTechnology, NAIST, MS, 4ExCELLS/NIPS)– S100 –1GB1415

1GB1430

1GB1445

1GB1500

1GB1515

1GB1530

緑色感受性色覚タンパク質のクライオ電子顕微鏡を用いた構造決定への挑戦
The challenge to determine the structure of a green-sensitive cone pigment by cryo-EM○大橋 沙也佳 1, 片山 耕大 1,2, 福田 昌弘 3, 小島 朝翔 3, 寿野 良二 4, 杉田 征彦 5,
Nipawan Nuemket6,7, 岩田 想 6,8, 南後 恵理子 8,9, 小林 拓也 4, 野田 岳志 3, 加藤 英明 3, 神取 秀樹 1,2（1 名工大・院工, 2 オプトバイオロテクノロジー研究センター, 3 東大院・総文, 4 関西医科大学,
5 京大・医生研, 6 京大・医, 7 高輝度光科学研究センター, 8 理研, 9 東北大・多元）
Sayaka Ohashi1, Kota Katayama1,2, Masahiro Fukuda3, Asato Kojima3, Ryoji Suno4, Yukihiko Sugita5,
Nipawan Nuemket6,7, So Iwata6,8, Eriko Nango8,9, Takuya Kobayashi4, Takeshi Noda3, Hideaki Kato3,
Hideki Kandori1,2 (1Grad. Sch. Eng., Nagoya Inst.Tech., 2OptoBioTechnology Research Center, 3Arts andScience, The Univ. of Tokyo, 4Kansai Medical University, 5Institute for Life and Medical Sciences, Kyoto
University, 6Graduate School of Medicine, Kyoto University, 7Japan Synchrotron Radiation ResearchInstitute, 8RIKEN Spring-8 Center, 9Institute of Multidisciplinary Research for Advanced Materials)
グルタミン酸脱水素酵素におけるリガンド結合解離動態のクライオ電子顕微鏡構造解析
Conformational and ligand-association dynamics of glutamate dehydrogenase in the mixture
with ligands visualized by cryo-EM○若林 大貴 1,2,3, 大出 真央 3,4, 中迫 雅由 1,2（1 慶應大・理工, 2 理研・RSC, 3 理研・CPR, 4JST・さきがけ）
Taiki Wakabayashi1,2,3, Mao Oide3,4, Masayoshi Nakasako1,2 (1Dept. Phys., Keio Univ., 2RSC, RIKEN,
3CPR, RIKEN, 4PRESTO, JST)M2 ムスカリン受容体（M2R）活性化のための機能的ホットスポット残基を特定
Identifying functional hotspot residues for activation in M2 muscarinic receptor (M2R)○杉浦 勇也 1, 片山 耕大 1,2, 住井 裕司 1, 寿野 良二 3, Putri Nur Arina Binti Mohd Ariff1, 柴田 哲男 1,
神取 秀樹 1,2（1 名工大・院工, 2 名工大・オプトバイオテクノロジー研究センター, 3 関西医大・医）
Yuya Sugiura1, Kota Katayama1,2, Yuji Sumii1, Ryoji Suno3, Putri Nur Arina Binti Mohd Ariff1,
Norio Shibata1, Hideki Kandori1,2 (1Grad. Sch. Eng., Nagoya Inst. Tech., 2OptoBioTechnology ResearchCenter., Nagoya Inst. Tech., 3Kansai Medical University. Medical)
人工設計したペプチドナノポアの β-ターン周辺配列の再設計
Redesign around β-turn of de novo peptide nanopore
1 1 東京農工大学工学府生命工学専○小川 莉奈 1, 藤田 祥子 1, 栢森 史浩 2, 臼井 健二 2, 川野 竜司 （攻, 2 甲南大学 フロンティアサイエンス学部 生命化学科）
Rina Ogawa1, Shoko Fujita1, Fumihiro Kayamori2, Kenji Usui2, Ryuji Kawano1 (1Department of
Biotechnology and Life Science, Tokyo University of Agriculture and Technology, 2Faculty of Frontiers ofInnovative Research in Science and Technology, Konan University)
Structural Dynamics Study of a Bacterial Diterpene Cyclase CotB2 during Enzymatic Reaction
Atika Nur Rochmah1, Masahiko Taguchi1,2, Takaaki Fujiwara1,2, Tomohisa Kuzuyama3, Eriko Nango1,2(1Grad. Sch. Sci., Univ. Tohoku, 2IMRAM, Univ. Tohoku, 3Grad. Sch. Agr. and Life Sci., Univ. Tokyo)
バーチャルスクリーニングに適した AlphaFold2 タンパク質立体構造モデルの選択
Identifying suitable AlphaFold2 protein structure models for improved structure-based virtual
screening○内河 慶輔, 古井 海里, 大上 雅史（東京工業大学 情報理工学院 情報工学系）
Keisuke Uchikawa, Kairi Furui, Masahito Ohue (Department of Computer Science, School ofComputing, Tokyo Institute of Technology)– S101 –1GB1545

1GB1600

1GB1615

1GC

SARS-CoV-2 スパイクタンパク質の二重蛍光ラベル化とラベル化試料の一分子蛍光分光法による構造ダイナミクスの解明
Double fluorophore labeling of SARS-CoV-2 spike protein and its structural dynamics revealedby single molecule fluorescence spectroscopy○森 大晟 1,2, 伊藤 優志 1,2, 鈴木 干城 3, 橋口 隆生 3, 高橋 聡 1,2（1 東北大・多元研, 2 東北大・院生
命科学, 3 京都大・医生研）
Taisei Mori1,2, Yuji Itoh1,2, Tateki Suzuki3, Takao Hashiguchi3, Satoshi Takahashi1,2 (1IMRAM, Univ.
Tohoku, 2Grad. Sch. Life Sci., Univ. Tohoku, 3Inst. Life Med. Sci., Univ. Kyoto)
ヒト抗菌ペプチド LL-37 とそのオルソログのヘリックス性に依存した DNA およびミセルとの相互作用様式の多様性
Helicity-dependent diversification of interaction modes of human antimicrobial peptide LL-37
and its orthologs with DNA and micelles○柴垣 光希 1, クリスナント ジェレミア オクタビアン 1, テフェラ デサレニ アベジェ 1,
月岡 耕太郎 1, 上田 和佳 1, 加納 康平 1, 谷 昊 1, 平井 芙実 1, 相沢 智康 1,2（1 北大・院生命, 2 北大・院先端生命）
Mitsuki Shibagaki1, Oktavian Chrisnanto Jeremia1, Abeje Tefera Dessalegn1, Kotaro Tsukioka1,
Waka Ueda1, Kohei Kano1, Hao Gu1, Fumi Hirai1, Tomoyasu Aizawa1,2 (1Grad. Sch. Life Sci., Hokkaido
Univ., 2Fac. Adv. Life Sci., Hokkaido Univ.)
全原子分子動力学計算で明らかになった FO モーターのトルク発生機構
Torque generation mechanism of FO motor elucidated by the all-atom molecular dynamics
simulation○神山 幸成 1, パーキン 暖 2, 高野 光則 1,2（1 早大・先進理工・物理応物, 2 早大・理工総研）
Yukinari Kamiyama1, Dan Parkin2, Mitsunori Takano1,2 (1Dept. of Pure & Appl. Phys., Grad. Scl. Adv.
Sci. & Eng., Waseda Univ., 2Waseda Res. Inst. for Sci. & Eng.)
タンパク質：計測・解析、タンパク質工学／進化工学
Protein: Measurement & Analysis, Engineering

座長：田中 康太郎（名古屋大学），小杉 貴洋（分子科学研究所），三野 広幸（名古屋大学），
鈴木 雄太（京都大学）
Session Chairs: Kotaro Tanaka (Nagoya Univ.), Takahiro Kosugi (IMS), Hiroyuki Mino (Nagoya Univ.),
Yuta Suzuki (Kyoto Univ.)
14:00～16:30
C 会場（会議室 221（2 号館 2F)）／Room C（Conference Room 221 (Bldg. 2, 2F)）

1GC1400

1GC1415

真空紫外円二色性分光法による β-lactoglobulin の生体膜相互作用過程の時間分解観測
Time-resolved observation of the membrane interaction process of β-lactoglobulin by vacuumultraviolet circular-dichroism spectroscopy○橋本 聡 1, 松尾 光一 2（1 広島大・先進理工, 2 広島大・放射光）Satoshi Hashimoto1, Koichi Matsuo2 (1Grad. Sch. Adv. Sci. Eng., Univ. Hiroshima, 2HiSOR., Univ.
Hiroshima)
密着結合タンパク質 ZO-1 による液-液相分離の生細胞内 Raman-Brillouin 観測
Raman-Brillouin observation of LLPS of a tight junction protein ZO-1 in a living cell
○永井 海地 1, 澁谷 蓮 1, 梶本 真司 1,2, 田原 進也 1, 平野 咲雪 4, 木下 典之 3, 上野 直人 3,
1 1 東北大学大学院 薬学部, 2JST さきがけ, 3 自然科学研究機構 基礎生物研究所, 4 自然
中林 孝和 （科学研究機構 生命創生探究センター）
Kaichi Nagai1, Ren Shibuya1, Shinji Kajimoto1,2, Shinya Tahara1, Sayuki Hirano4, Noriyuki Kinoshita3,
Naoto Ueno3, Takakazu Nakabayashi1 (1Graduate school of pharmaceutical sciences Tohoku univ., 2JST
PRESTO, 3National institute for Basic Biology National Institutes of National Science, 4Exploratory
Research Center on Life and Living Systems National Institutes of Natural Sciences)– S102 –1GC1430

1GC1445

1GC1500

1GC1515

1GC1530

1GC1545

1GC1600

タンパク質間相互作用を利用したナノポアによるペプチド検出の検討
Investigation of Peptide Detection with Nanopore Using Protein-Protein Interaction○山地 未紗, 川野 竜司（東京農工大学・生命工学）
Misa Yamaji, Ryuji Kawano (Department of Biotechnology and Life Science, Tokyo University ofAgriculture and Technology)
液-液相分離法：水溶液中でのタンパク質の濃縮と高感度ラマン測定への応用
Liquid-liquid phase separation method: protein condensation and its application to highly
sensitive Raman measurements in aqueous solution○齋藤 彩夏 1, 飛田 怜央奈 1, 田原 進也 1, 梶本 真司 1,2, 中林 孝和 1（1 東北大院・薬, 2JST さきがけ）
Ayaka Saito1, Reona Tobita1, Shinya Tahara1, Shinji Kajimoto1,2, Takakazu Nakabayashi1 (1Graduate
School of Pharmaceutical Sciences, Tohoku University, 2JST PRESTO)
進化を遡る 2step アプローチを用いた単量体 IFNγ の設計とがん免疫療法への適用に向けた検討
Design of monomeric IFNγ via a two-step evolutionary tracing back approach and biologicalinvestigation for cancer immunotherapy○後藤 陽太 1,2, 宮房 孝光 3, 本田 真也 1,2（1 東京大学大学院 新領域創成科学研究科, 2 産業技術総合研究所 バイ オメディカル研究部門, 3 産業技術総合研究所 生物プロセス研究部門）
Yota Goto1,2, Takamitsu Miyafusa3, Shinya Honda1,2 (1Graduate School of Frontier Sciences, The
University of Tokyo, 2Biomedical Research Institute, National Institute of Advanced Industrial Scienceand Technology, 3Bioproduction Research Institute, National Institute of Advanced Industrial Science andTechnology)
mRNA 提示法において mRNA 配列がライブラリ多様性に及ぼす影響の大規模解析
Large-scale analysis of the effect of mRNA sequences on the library diversity in mRNA display
technology○梅本 駿 1, 近藤 太志 1, 藤野 公茂 1, 林 剛介 1, 村上 裕 1,2（1 名大・院工学, 2 名大・ナノライフ）
Shun Umemoto1, Taishi Kondo1, Tomoshige Fujino1, Gosuke Hayashi1, Hiroshi Murakami1,2 (1Grad.
Sch. Eng., Nagoya Univ., 2Inst. Nano-Life-Systems, Inst. of Innov. for Future Society, Nagoya Univ.)
疎水性 β バレルナノポア形成 de novo ペプチドの無細胞合成手法探索
Exploration of cell-free synthesis methods for hydrophobic β-barrel nanopore-forming de novo
peptides○藤田 祥子 1, 川村 出 2, 川野 竜司 1（1 東京農工大学 工学府 生命工学専攻, 2 横浜国立大学 大学
院理工学府 化学・生命系理工学専攻）
Shoko Fujita1, Izuru Kawamura2, Ryuji Kawano1 (1Department of Biotechnology and Life Science,
Tokyo University of Agriculture and Technology, 2Graduate School of Engineering Science, Yokohama
National University)
リポソームディスプレイを用いた de novo ナノポア形成ペプチドの指向性進化
A direct evolution of de novo nanopore-forming peptide with liposome display○佐藤 茉奈 1, 藤田 祥子 1, 松浦 友亮 2, 川野 竜司 1（1 東京農工大学 工学部 生命工学科, 2 東京工業大学 地球生命研究所）
Mana Sato1, Shoko Fujita1, Tomoaki Matsuura2, Ryuji Kawano1 (1Department of Biotechnology and Life
Science, Tokyo University of Agriculture and Technology., 2Earth-Life Science Institute, Tokyo Institute ofTechnology)
酵母によるシステインリッチタンパク質の遺伝子組換え発現におけるジスルフィド架橋ミスペ
アリング分子種の異常分泌
Abnormal secretion of disulfide bridge mispairing molecular species in the recombinant
expression of cysteine-rich protein by yeast○花岡 杏美 1, 吉川 一歩 1, 飯塚 友菜 1, 鄭 靖康 1, 蔡 文清 1, 中嶋 友里枝 1, 石原 颯馬 2,
相沢 智康 1,2（1 北大・院生命, 2 北大・理）Ami Hanaoka1, Ichiho Yoshikawa1, Tomona Iizuka1, Jingkang Zheng1, Wenqing Cai1, Yurie Nakajima1,
Soma Ishihara2, Tomoyasu Aizawa1,2 (1Grad. Sch. Life Sci., Hokkaido Univ., 2Sch. Sci., Hokkaido Univ.)– S103 –1GC1615

1GD

進化分子工学による cis 型アゾベンゼン特異的人工抗体の創製と光細胞操作ツールへの応用
In vitro evolution of cis-azobenzene-specific artificial antibodies for chemo-optogenetic control
of cell function○宮崎 友輝 1, 藤野 公茂 2, 吉井 達之 1, 舟根 守 2, 村田 直哉 2, Kim Chung Nguyen2, 田原 海 1,
吉川 優 1, 深谷 菜摘 1, 長門石 曉 4, 津本 浩平 4, 林 剛介 2, 村上 裕 2,3, 築地 真也 1（1 名工大院工,2 名大院工, 3 名大未来ナノ, 4 東大院工）Tomoki Miyazaki1, Tomoshige Fujino2, Tatsuyuki Yoshii1, Mamoru Funane2, Naoya Murata2,
Chung Nguyen Kim2, Kai Tahara1, Masaru Yoshikawa1, Natsumi Fukaya1, Satoru Nagatoishi4,
Kouhei Tsumoto4, Gosuke Hayashi2, Hiroshi Murakami2,3, Shinya Tsukiji1 (1Graduate School ofEngineering, Nagoya Institute of Technology, 2Graduate School of Engineering, Nagoya University,
3Institute of Nano-Life-Systems, Institute of Innovation for Future Society, Nagoya University, 4Graduate
School of Engineering, The University of Tokyo)
天然変性、ヘム、膜タンパク質、神経・感覚
Intrinsic disorder, Heme, Membrane protein, Neuroscience & Sensory systems

座長：伊藤 暁（分子科学研究所），阿部 一啓（名古屋大学），岩本 真幸（福井大学）
Session Chairs: Satoru Itoh (IMS), Kazuhiro Abe (Nagoya Univ.), Masayuki Iwamoto (Fukui Univ.)
14:00～16:30
D 会場（会議室 222+223（2 号館 2F））／Room D（Conference Room 222+223 (Bldg. 2, 2F)）

1GD1400

1GD1415

1GD1430

1GD1445

タンパク質の液-液相分離からの凝集に対する分子ピンセット CLR01 の適用
Application of molecular tweezer CLR01 to protein aggregation from liquid-liquid phaseseparation○髙宮 諒翔 1, 田原 進也 2, Schrader Thomas3, Klärner Frank-Gerrit3, Bitan Gal4, 中林 孝和 2（1 東北大学薬学部, 2 東北大学大学院薬学研究科, 3Department of Chemistry, University of Duisburg-Essen,
4Department of Neurology, University of California at Los Angeles）
Masato Takamiya1, Shinya Tahara2, Thomas Schrader3, Frank-Gerrit Klärner3, Gal Bitan4,
Takakazu Nakabayashi2 (1Faculty of Pharmaceutical Sciences, Tohoku University, 2Graduate School of
Pharmaceutical Sciences, Tohoku University, 3Department of Chemistry, University of Duisburg-Essen,
4Department of Neurology, University of California at Los Angeles)
蛍光顕微鏡と光ピンセットを用いた FUS タンパク質液滴の融合ダイナミクスの研究
Elucidating fusion dynamics of FUS protein droplets using fluorescence microscopy and opticaltweezers
Syamil Muharror Ahsanul Husna1,2, Atsumi Hando1,3, Saori Kanbayashi1, Kiyoto Kamagata1,2,3(1IMRAM, Tohoku Univ., 2Dept. Chem., Fac. Sci., Tohoku Univ., 3Dept. Life Sci., Grad. Sch. Sci., Tohoku
Univ.)
天然変性タンパク質による相分離濃縮を利用した少量短鎖オリゴの連結技術
Assembly of short and small amounts of DNAs using the DNA concentration ability of IDP
droplets○上野 大慈, 皆川 慶嘉, 野地 博行（東京大・工学系研究科応用化学）
Taiji Ueno, Yoshihiro Minagawa, Hiroyuki Noji (Grad. Engeneering, Applied Chemistry., Univ. Tokyo)
転写関連蛋白質による多層的液液相分離に関する粗視化分子動力学シミュレーション研究
Coarse-grained MD simulations for the formation of multi-layered phase separation oftranscription-related proteins○水谷 淳生 1, タン チェン 2, 杉田 有治 2,3,4, 高田 彰二 1（1 京大・院理学, 2 理研・RCCS, 3 理研・
CPR, 4 理研・BDR）
Azuki Mizutani1, Cheng Tan2, Yuji Sugita2,3,4, Shoji Takada1 (1Grad. Sch. Sci., Univ. Kyoto, 2RIKEN,
RCCS, 3RIKEN, CPR, 4RIKEN, BDR)

– S104 –1GD1500

1GD1515

1GD1530

1GD1545

1GD1600

1GD1615

祖先型ヘモグロビン α 鎖および β 鎖の構造ダイナミクス
Structural dynamics of ancestral hemoglobin α and β chains○入谷 悠, 石川 春人, 水谷 泰久（阪大・院理学）
Yu Iritani, Haruto Ishikawa, Yasuhisa Mizutani (Grad. Sch. Sci., Univ. Osaka)
キメラシン：β バレル構造をもつポア形成ペプチドとポア形成タンパク質 α ヘモリシンの統合
Chimerasin: Pore-forming peptide with β-barrel structure integrated into pore-forming protein,α-hemolysin○中田 彩夏 1, 山地 未紗 1, 小川 莉奈 1, 田中 良和 2, 川野 竜司 1（1 東京農工大・生命工学, 2 東北大学 大学院 生命科学研究科）
Ayaka Nakada1, Misa Yamaji1, Rina Ogawa1, Yoshikazu Tanaka2, Ryuji Kawano1 (1Department of
Biotechnology and Life Science, Tokyo University of Agriculture and Technology, 2Graduate School ofLife Sciences, Tohoku University.)
Harnessing the power of machine learning and high-throughput molecular dynamics simulations
to predict protein-lipid interactions
Kyle Ian Peter Le Huray1,2, Frank Sobott1, He Wang3, Antreas Kalli2 (1School of Molecular andCellular Biology, Faculty of Biological Sciences, University of Leeds, Leeds, UK, 2Leeds Institute ofCardiovascular and Metabolic Medicine, School of Medicine, University of Leeds, Leeds, UK, 3School ofComputing, University of Leeds, Leeds, UK)
化学受容ニューロンで発現する GPCR SRX は温度受容体候補である
GPCR SRX expressed in a pair of chemosensory neurons is a thermoreceptor candidate gene
○森本 千夏 1,2, 宮崎 智瑛 2, 三浦 徹 1,2, 大西 康平 1,2, 太田 茜 1,2, 久原 篤 1,2,3（1 甲南大学 大学院自然科学研究科, 2 甲南大学 統合ニューロバイオロジー研究所, 3PRIME, AMED）
Chinatsu Morimoto1,2, Chie Miyazaki2, Tohru Miura1,2, Kohei Ohnishi1,2, Akane Ohta1,2,
Atsushi Kuhara1,2,3 (1Graduate School of Natural Science, Konan University, 2Institute for integrative
Neurobiology, Konan University, 3PRIME, AMED)
ヒト神経細胞の活動依存的転写は転写調節因子 CREB がヒストンアセチル化酵素 CBP で決定された標的遺伝子に繰り返し結合することで促進される
Repetitive CREB binding to gene loci predetermined by CBP induces activity-dependent gene
expression in human cortical neurons○渥美 友梨 1, 菅生 紀之 1, 岩田 亮平 2, Vanderhaeghen Pierre2, 山本 亘彦 1,3（1 大阪大学大学院生命機能研究科, 2VIB-KU Leuven, Center for Brain & Disease Research, 3Institute of Neurological andPsychiatric disorders, Shenzhen Bay Laboratory）
Yuri Atsumi1, Noriyuki Sugo1, Ryohei Iwata2, Pierre Vanderhaeghen2, Nobuhiko Yamamoto1,3(1Graduate School of Frontier Biosciences, Osaka University, 2VIB-KU Leuven, Center for Brain &Disease Research, 3Institute of Neurological and Psychiatric disorders, Shenzhen Bay Laboratory)
新規蛍光寿命プローブを用いたシナプス可塑性の長期的維持に関わるメモリー分子の網羅的探索
Identification of memory molecules involved in synaptic plasticity using novel fluorescence
lifetime probes○長澤 裕太郎 1,2, 村越 秀治 1,2（1 自然科学研究機構 生理学研究所 脳機能計測・支援センター 多光子顕微鏡室, 2 総合研究大学院大学 生命科学研究科 生理科学専攻）
Yutaro Nagasawa1,2, Hideji Murakoshi1,2 (1Supportive Center for Brain Research, National Institute forPhysiological Sciences, 2Department of Physiological Sciences, SOKENDAI (The Graduate University
for Advanced Studies))– S105 –1GE

DNA・DNA 結合タンパク質、RNA・RNA 結合タンパク質、DNA/RNA ナノテクノロジー、クロマチン・
染色体
DNA & DNA binding proteins, RNA & RNA binding proteins, DNA/RNA nanotechnology,
Chromatin & Chromosomes

座長：前島 一博（国立遺伝学研究所），島本 勇太（国立遺伝学研究所），木村 暁（国立遺伝学研究所）
Session Chairs: Kazuhiro Maeshima (NIG), Yuta Shimamoto (NIG), Akatsuki Kimura (NIG)
14:00～16:45
E 会場（会議室 224（2 号館 2F））／Room E（Conference Room 224 (Bldg. 2, 2F)）

1GE1400

1GE1415

1GE1430

1GE1445

1GE1500

1GE1515

1GE1530

Single molecule microscopy reveals that importin α slides along DNA while transporting cargomolecules
Trishit Banerjee1,2, Kazuya Jibiki3, Hinata Sugasawa4, Noriko Yasuhara3,4, Kiyoto Kamagata1,2(1IMRAM, Tohoku Univ., 2Dep. of Chem., Grad. Sch. of Sci., Tohoku Univ., 3Dep. of Biosci., College of
Humanities and Sci., Nihon Univ., 4Grad. Sch. of Integrated Basic Sci., Nihon Univ.)
Single-molecule fluorescence studies of the reaction mechanism of replication fork remodelingenzymeLiu Chieh-Kai1, Chiu Yu-Hui2, Chen Yen-Ju2, Chi Peter2, Li Hung-Wen1 (1Department of Chemistry,
National Taiwan University, Taipei, Taiwan, 2Institute of Biochemical Sciences, National Taiwan
University, Taipei, Taiwan)
細胞核内における DNA underwinding の力学的理解
Mechanical understanding of DNA underwinding in a cell nucleus○福手 淳平 1,2, 牧 功一郎 1,2,3, 安達 泰治 1,2,3（1 京大・院生命科学, 2 京大・医生研, 3 京大・院工学）
Jumpei Fukute1,2, Koichiro Maki1,2,3, Taiji Adachi1,2,3 (1Grad. Sch. Biostudies, Kyoto Univ., 2Inst. Life &Med. Sci., Kyoto Univ., 3Grad. Sch. Eng., Kyoto Univ.)
DNA カーテン上の転写因子 YY1 の 1 分子蛍光イメージング
Single-molecule fluorescence imaging of transcription factor YY1 on DNA curtain○晏 晞, 高田 彰二, 寺川 剛（京都大学大学院理学研究科）
Xi Yan, Shoji Takada, Tsuyoshi Terakawa (Graduate School of science, Kyoto University.)
液-液相分離により生じる FUS 液滴と RNA の相互作用のラマン顕微分光での検出Interaction between FUS proteins and RNA in droplets formed via liquid-liquid phase separation
detected by Raman microscopy○松浦 宇宙 1, 田原 進也 1, 梶本 真司 1,2, 中林 孝和 1（1 東北大学院・薬学部, 2JST・さきがけ）
Uchu Matsuura1, Shinya Tahara1, Shinji Kajimoto1,2, Takakazu Nakabayashi1 (1Graduate School of
Pharmaceutical Sciences, Tohoku University, 2JST PRESTO)
一分子蛍光測定を用いた SARS-CoV-2 N タンパク質と RNA の結合様式の解明
Structural characterization of RNA upon the binding with SARS-CoV-2 N protein by single
molecule fluorescence measurements○金田 直也 1,2, 遠藤 隼 1,3, 鈴木 怜和 1,3, 伊藤 優志 1,2,3, 小井川 浩之 1,2,3, 高橋 聡 1,2,3（1 東北大・多元研, 2 東北大院・理学, 3 東北大院・生命）
Naoya Kaneda1,2, Shun Endo1,3, Leo Suzuki1,3, Yuji Itoh1,2,3, Hiroyuki Oikawa1,2,3, Satoshi Takahashi1,2,3(1IMRAM, Tohoku Univ., 2Dep. Chem., Grad. Sch. Sci., Tohoku Univ., 3Grad. Sch. Life Sci., Tohoku
Univ.)
リング状 DNA を用いた計算とナノポアデコーディングによる microRNA パターン認識
Recognizing Over/Under-expression Patterns of microRNA using ring-shaped DNA-based
computing and its Nanopore Decoding○江村 聡馬, 神原 史佳, 滝口 創太郎, 川野 竜司（東京農工大学 工学部 生命工学科）
Soma Emura, Fumika Kambara, Sotaro Takiguchi, Ryuji Kawano (Department of Biotechnology andLife Science, Tokyo University of Agriculture and Technology.)– S106 –1GE1545

1GE1600

1GE1615

1GE1630

1GF

複製フォークにおけるヒストン H3/H4 リサイクリングの分子動力学シミュレーション
Molecular dynamics simulations of parental histone H3/H4 recycling at a replication fork
○長江 文立津, 高田 彰二, 寺川 剛（京都大・院理学・生物物理）
Fritz Nagae, Shoji Takada, Tsuyoshi Terakawa (Dept. of Biophys., Grad. Sch. of Sci., Kyoto Univ.)
Replication-dependent histone (Repli-Histo) labeling revealed that chromatin motion candetermine DNA replication timing
Katsuhiko Minami1,2, Satoru Ide1,2, Sachiko Tamura1, Masato T. Kanemaki1,2, Kazuhiro Maeshima1,2(1National Institute of Genetics, 2Graduate Institute for Advanced Studies, SOKENDAI)
リンカーヒストンはクロマチンドメインの液体状の「のり」として働く
Linker histone H1 serves as liquid-like “glue” of chromatin domain○島添 將誠 1,2, 井手 聖 1,2, 田村 佐知子 1, 前島 一博 1,2（1 遺伝研 ゲノムダイナミクス研究室, 2 総
研大 遺伝学専攻）
Masa A. Shimazoe1,2, Satoru Ide1,2, Sachiko Tamura1, Kazuhiro Maeshima1,2 (1Genome Dynamics Lab,
National Institute of Genetics, 2Dep. of Genetics, SOKENDAI)
微小空間への閉じ込めが 12-mer ヌクレオソームアレイの高次構造形成を促進する
Microspace confinement promotes the formation of higher-order structures of 12-mer
nucleosome arrays○岡部 誠大 1, 飯塚 怜 1, 赤津 綜隆 1, 越後谷 健太 1, 鯨井 智也 2, 胡桃坂 仁志 1,2, 上村 想太郎 1（1 東大・院理・生科, 2 東大・定量研）
Masahiro Okabe1, Ryo Iizuka1, Munetaka Akatsu1, Kenta Echigoya1, Tomoya Kujirai2,
Hitoshi Kurumizaka1,2, Sotaro Uemura1 (1Dept. Biol. Sci., Grad. Sch. Sci., The Univ. of Tokyo, 2Inst. For
Quant, Biosci., The Univ. of Tokyo)
分子モーター
Molecular motor

座長：寺田 智樹（名古屋大学），大友 章裕（分子科学研究所），原島 崇徳（分子科学研究所）
Session Chairs: Tomoki P. Terada (Nagoya Univ.), Akihiro Otomo (IMS), Takanori Harashima (IMS)
14:00～16:15
F 会場（会議室 231（2 号館 3F））／Room F（Conference Room 231 (Bldg. 2, 3F)）

1GF1400

1GF1415

構成的手法により 2 つの異なるメカニズムが分子モーターの一方向性運動を生む仕組みを明らかにする
Constructive approach revealed the existence of two distinct mechanisms that generate
unidirectionality of biomolecular motors○中山 慎太郎 1,2, 古田 茜 2, 吉雄 麻喜 2, 網野 美紗子 2, 大岩 和弘 1,2, 古田 健也 2（1 兵県大・院理学, 2 情報通信研究機構・未来 ICT 研究所）
Shintaro Nakayama1,2, Akane Furuta2, Maki Yoshio2, Misako Amino2, Kazuhiro Oiwa1,2,
Ken'ya Furuta2 (1Grad. Sch. Sci., Univ. Hyogo, 2Adv. ICT Res. Inst., NICT)
ミトコンドリア型特異的阻害因子 IF1 に感受的な、好熱菌 PS3 由来 F1-ATPase の再設計
Redesigning of F1-ATPase from thermophilic Bacillus PS3 with mitochondrial-specific IF1inhibition sensitivity
1 1 東京大学工学系研究科応用化学○畑崎 優一郎 1, 小林 稜平 2, 渡邉 亮 1, 上野 博史 1, 野地 博行 （専攻, 2 自然科学研究機構 分子科学研究所 計算科学研究センター）
Yuichiro Hatasaki1, Ryohei Kobayashi2, Ryo Watanabe1, Hiroshi Ueno1, Hiroyuki Noji1 (1Department
of Applied Chemistry, Graduate School of Engineering, University of Tokyo., 2Research Center for
Computational Science, Institute for Molecular Science.)– S107 –1GF1430

1GF1445

1GF1500
1GF1515

1GF1530

1GF1545

1GF1600

1GG

微小管の集団運動における細胞質ダイニンの機械的特性の効果
Effects of mechanical properties of cytoplasmic dynein on collective motion of microtubules○原田 洋祐 1,2, 大岩 和弘 1,2（1 兵県大・院理学, 2NICT 未来 ICT 研究所）
Yosuke Harada1,2, Kazuhiro Oiwa1,2 (1Grad. Sch. Sci., Univ. Hyogo, 2Adv. ICT Res. Inst., NICT)
複数のプロトン駆動トルク発生ユニットを有する ATP 合成酵素の pmf 依存性
The pmf dependence of ATP synthesis/hydrolysis of ATP synthase with multiple torquegenerating units○安田 秩都, 丸井 里駆, 上野 博史, 野地 博行（東大院・工・応用化学）
Kiyoto Yasuda, Riku Marui, Hiroshi Ueno, Hiroyuki Noji (Dept. Appl. Chem., Grad. Sch. Eng., Univ.
Tokyo)
Directionality on kinesin-1 motility can be determined depending on the anchor points
Rieko Sumiyoshi, Masahiko Yamagishi, Junichiro Yajima (Grad. Arts & Sci., Univ. Tokyo)
アクチン結合ヌクレオチドの交換はミオシン II+ATP によって促進される
Exchange of actin-bound nucleotides is enhanced by myosin II in the presence of ATP○歳納 健太, 上田 太郎（早稲田大学 理工学術院 先進理工学研究科 物理学及応用物理学専攻）
Kenta Toshino, Taro QP Uyeda (Dept.Pure ＆Appl. Physics, Grad. Sch. Adv. Sci ＆ Eng., Waseda Univ.)
流動的な脂質膜表面に結合したミオシン-1c が生み出すアクチンフィラメントのキラルな 3 次元
運動
Myosin-1c bound to fluid lipid membranes drives the 3D chiral motion of F-actin○佐藤 優成 1, 吉村 孝平 2, 松田 恭平 1, 丸茂 哲聖 1, 原口 武士 3, 山岸 雅彦 1, 須河 光弘 1,
伊藤 光二 2,3, 矢島 潤一郎 1（1 東京大・院・総合文化・ 広域科学, 2 千葉大・院・融合理工・生物, 3 千葉大・院・理学・生物）
Yusei Sato1, Kohei Yoshimura2, Kyohei Matsuda1, Akisato Marumo1, Takeshi Haraguchi3,Masahiko Yamagishi1, Mitsuhiro Sugawa1, Kohji Ito2,3, Junichiro Yajima1 (1Dep. of Life Sci., Grad.
School of Arts and Sci., The Uni. of Tokyo, 2Dep. of Biology, Chiba Uni., 3Dep. of Biology, Chiba Uni.)
巨大繊毛虫 Spirostomum ambiguum における繊毛基底小体から伸びる表層微小管束間の滑り運動
Elongation mechanism of the giant unicellular ciliate Spirostomum ambiguum:Active sliding
between cortical microtubule ribbons○中村 公祐 1,2, 端山 拓希 1, 小嶋 寛明 2, 大岩 和弘 1,2, 園部 誠司 1（1 兵県大・院理学, 2 情報通信研究機構・未来 ICT 研究所）
Kosuke Nakamura1,2, Hiroki Hayama1, Hiroaki Kojima2, Kazuhiro Oiwa1,2, Seiji Sonobe1 (1Grad. Sch.
Sci., Univ. Hyogo, 2Adv. ICT Res. Inst., NICT)
クライオ電子顕微鏡による 14 本から 16 本プロトフィラメント GMPCPP 微小管の構造解析
14 to 16 protofilament GMPCPP-microtubules structures revealed by cryo-EM○前嶋 捷久 1, 岡本 玲菜 1, 今井 洋 1, 梶村 直子 2, 光岡 薫 2, 廣瀬 未果 3, 加藤 貴之 3, 成田 哲博 4,
昆 隆英 1（1 阪大・院理, 2 阪大・超高圧電子顕微鏡センター, 3 阪大・蛋白質研究所, 4 名古屋大学
大学院理学研究科）
Toshihisa Maeshima1, Reina Okamoto1, Hiroshi Imai1, Naoko Kajimura2, Kaoru Mitsuoka2,
Mika Hirose3, Takayuki Kato3, Akihiro Narita4, Takahide Kon1 (1Grad. Sch. Sci., Osaka Univ., 2Res. Ctr.
for UHVEM, Osaka Univ., 3IPR, Osaka Univ., 4Grad. Sch. Sci., Nagoya Univ.)
細胞生物学的課題
Cell biology

座長：大嶋 篤典（名古屋大学），廣澤 幸一朗（岐阜大学），村越 秀治（生理学研究所）
Session Chairs: Atsunori Oshima (Nagoya Univ.), Koichiro M. Hirosawa (Gifu Univ.),
Hideji Murakoshi (NIPS)
14:00～16:45
G 会場（会議室 232+233（2 号館 3F））／Room G（Conference Room 232+233 (Bldg. 2, 3F)）

– S108 –1GG1400

1GG1415

1GG1430

1GG1445

1GG1500

1GG1515

1GG1530

1GG1545

1 粒子・超解像顕微鏡観察による細胞外小胞の標的細胞への選択的結合機構の解明
Mechanisms of selective binding of extracellular vesicles to cells as revealed by single-particle
tracking and super-resolution microscopy○磯貝 樹 1, 廣澤 幸一朗 2, 菅野 未希 3, 木塚 康彦 2,4, 横田 康成 5, 鈴木 健一 2,4,6（1 岐阜大・院・連
農, 2 岐阜大・iGCORE, 3 岐阜大・院・自然研, 4 科技振・CREST, 5 岐阜大・工, 6 国立がん研）
Tatsuki Isogai1, Koichiro M. Hirosawa2, Miki Kanno3, Yasuhiko Kizuka2,4, Yasunari Yokota5,
Kenichi G. N. Suzuki2,4,6 (1UGSAS, Univ. Gifu, 2iGCORE, Univ. Gifu, 3Grad. Sch. Nat. Sci. Tech., Univ.
Gifu, 4CREST, JST, 5Dept. Eng., Univ. Gifu, 6Natl. Cancer Ctr. Res. Inst.)
共生細菌はドリル運動で狭小通路を突破する
Symbiotic bacteria break through narrow passage by flagellar wrapping○吉岡 青葉 1, 菅 哲朗 2, 菊池 義智 3, 中根 大介 1（1 電通大・基盤理工, 2 電通大・機械知能, 3 産総研・生物プロセス）
Aoba Yoshioka1, Tetsuo Kan2, Yoshitomo Kikuchi3, Daisuke Nakane1 (1Dept. Eng. Sci., UEC, 2Dept.
Mech. and Int. Sys. Eng., UEC, 3Dept. BPRI, AIST)
ATP 枯渇時の細胞内小胞運動の劇的な低下と細胞骨格との関係
Drastic decrease in intracellular vesicle motility during ATP depletion and its relationship to thecytoskeleton○太田 英暁, 樋口 秀男（東大院・理）Hideaki Ota, Hideo Higuchi (Grad. Sch. Sci., Univ. Tokyo)
温泉の水流がナビゲートする表面付着細菌の長旅
Water flow navigates the long journey of surface-associated bacteria living in hot springs○上村 直輝 1, 玉腰 雅忠 2, 中根 大介 1（1 電通大・基盤理工, 2 東京薬大・生命科学部）
Naoki Uemura1, Masatada Tamakoshi2, Daisuke Nakane1 (1Dept. Eng. Sci., UEC, 2Dept. Mol. Biol.,
TUPLS)
Boundary-driven separation and reassembly of migrating cell sheets induce fluctuating
dynamics and morphology by tuning local interactions
Mitsuru Sentoku1, Masaharu Endo1, Miki Takei1, Yusuke Koshita2, Kenji Yasuda1,2 (1Dept. Pure &Appl. Phys., Grad. Sch. Adv. Sci. & Eng., Waseda Univ., 2Dept. Phys., Sch. Adv. Sci. & Eng., Waseda
Univ.)
サイトカラシン D のアクチンダイナミクス阻害におけるアロステリック効果
Cytochalasin D inhibits actin polymerization dynamics allosterically○三谷 隆大 1, 武田 修一 2, 藤原 郁子 1, 本多 元 1（1 長岡技大・物質生物, 2 岡山大・異分野基礎研）
Takahiro Mitani1, Shuichi Takeda2, Ikuko Fujiwara1, Hajime Honda1 (1Dept. of Matl. Sci. and Bioeng.,
Nagaoka Univ. of Tech., 2Okayama Univ., RIIS)
微小管の機械的性質におけるチューブリン C 末端尾部の役割
Role of tubulin C terminal tail on the mechanical properties of microtubules
Senjuti Nowroz1, Syeda Rubaiya Nasrin2, Takefumi Yamashita3, Kazuki Sada1,4, Akira Kakugo2 (1Grad.
Sch. Chem.Sci. and Eng., Hokkaido univ, 2Grad. Sch. Sci., Kyoto Univ, 3Res.Cent. Adv. Sci. Tech., Tokyo
univ.,, 4Fac. Sci. , Hokkaido University,)
RasGEFX は Ras の自発的な興奮を制御し、RasGEFB/M/U とともランダムな細胞運動に寄与する
RasGEFX regulates spontaneous Ras excitability with RasGEFB/M/U for random cell migration○岩本 浩司 1, 松岡 里実 1,2,3, 上田 昌宏 1,2,3（1 大阪大学 大学院理学研究科, 2 大阪大学 大学院生命機能研究科, 3 理化学研究所 生命機能科学研究センター）
Koji Iwamoto1, Satomi Matsuoka1,2,3, Masahiro Ueda1,2,3 (1Grad. Sch. Sci., Osaka Univ., 2Grad. Sch. of
Front. Biosci., Osaka Univ., 3BDR, RIKEN)– S109 –1GG1600

1GG1615

1GG1630

1GH

Membrane backtracking in phagocytosis against opsonized glass microneedle revealed
maximum engulfment capacity regulation in macrophages
Dan Horonushi1, Amane Yoshida1, Yoshiki Nakata1, Mitsuru Sentoku1, Yuya Furumoto1,
Toshiki Azuma1, Sota Suzuki1, Maiha Ando1, Kenji Yasuda1,2 (1Dept. Pure & Appl. Phys., Grad. Sch.
Adv. Sci. & Eng., Waseda Univ., 2Dept. Phys., Sch. Adv. Sci. & Eng., Waseda Univ.)
巨大化細胞を用いた一細胞内シグナル伝達機構の研究
Use of giant cells to study intracellular signaling mechanisms○林田 幸久, 森本 雄祐（九州工業大学大学院情報工学府）
Yukihisa Hayashida, Yusuke V Morimoto (Grad. Sch. Comp. Sci. and Sys. Eng., Kyushu Inst. Tech.)
Roles of Potassium in Mitochondrial Functions
Jannatul Naima1,2, Yoshihiro Ohta1 (1Department of Biotechnology and Life Science, Graduate Schoolof Engineering, Tokyo University of Agriculture and Technology, 2Department of Pharmacy, University of
Chittagong, Bangladesh)
生体膜・人工膜、化学受容Biological & Artificial membrane, Chemoreception

座長：岡 俊彦（静岡大学），山崎 昌一（静岡大学），湊元 幹太（三重大学）
Session Chairs: Toshihiko Oka (Shizuoka Univ.), Masahito Yamazaki (Shizuoka Univ.),
Kanta Tsumoto (Mie Univ.)
14:00～16:15
H 会場（会議室 234（2 号館 3F））／Room H（Conference Room 234 (Bldg. 2, 3F)）

1GH1400

1GH1415

1GH1430

1GH1445

膜タンパク質の一分子解析のためのナノフルイディクス基板支持モデル細胞膜
Nanofluidic supported model cell membrane for single molecular analysis of membrane-boundproteins○吉村 優 1, 小松 亮太 1, 遊佐 真一 2, 森垣 憲一 3（1 神戸大・院農学, 2 兵庫県立大・院工学, 3 神戸大・バイオシグナル総合研究センター）
Yu Yoshimura1, Ryota Komatsu1, Shin-ichi Yusa2, Kenichi Morigaki3 (1Grad. Sch. Agri., Kobe Univ,
2Department of Materials Science and Chemistry, University of Hyogo, 3Biosignal Research Center, Kobe
Univ.)
人工膜とナノ空間を用いた膜結合分子の動的挙動の計測
Membrane-based nanofluidic channel for studying lateral diffusion of membrane-boundmolecules in nanometric confinement○長塚 ななみ 1, 宮田 優里 2, 吉村 優 2, 肥塚 雅人 2, 森垣 憲一 2,3（1 神戸大・農学, 2 神戸大・院農学, 3 神戸大バイオシグナル総合研究センター）
Nanami Nagatsuka1, Yuri Miyata2, Yu Yoshimura2, Masato Koezuka2, Kenichi Morigaki2,3 (1Fac. Agri.,
Kobe Univ., 2Grad. Sch. Agri., Kobe Univ., 3Biosignal Resarch Center, Kobe Univ.)
β-hairpin 構造を有する抗菌ペプチドの電気生理学的分析
Electrophysiological analysis of antimicrobial peptides with β-hairpin structure○羽切 夕貴, 橋本 若奈, 川野 竜司（東京農工大・生命工学）
Yuki Hagiri, Wakana Hashimoto, Ryuji Kawano (Department of Biotechnology and Life Science, Tokyo
University of Agriculture and Technology)
細菌膜オンアチップ：異なる活性を示す抗菌ペプチドのグラム陰性細菌外膜への作用評価
Reconstitution of the outer membrane of Gram-negative bacteria on a chip
○橋本 若奈, 川野 竜司（東京農工大・院生命工学）
Wakana Hashimoto, Ryuji Kawano (Dep. of Biotech. and Life Sci., Tokyo Univ. of Agri. and Tech.)– S110 –1GH1500

1GH1515
1GH1530

1GH1545

1GH1600

1GI

マイクロ流体デバイス内での細胞サイズの 2 個組リポソームの一斉配置
Simultaneous rearrangement of cell-sized liposome dyads trapped in a microfluidic device○小淵 晴仁 1, 章 逸汀 2, 浜田 省吾 3, 杉山 博紀 4, 安部 桂太 5, 稲田 晃大 6, 礒川 悌二郎 6,
村田 智 5, 豊田 太郎 1,7（1 東大・院総合文化, 2 立教大・理, 3 東工大・情報理工学院, 4 自然科学研
究機構・生命創成探究セ, 5 東北大・院工, 6 兵庫県立大・院工, 7 東大・生物普遍性連携研究機構）
Haruto Obuchi1, Yiting Zhang2, Shogo Hamada3, Hironori Sugiyama4, Keita Abe5, Akihiro Inada6,
Teijiro Isokawa6, Satoshi Murata5, Taro Toyota1,7 (1Grad. Sch. Arts Sci., Univ., 2Coll. Sci, Rikkyo Univ.,
3Int. Grad. Sch. Sci. Eng., Tokyo Inst. Tech., 4ExCELLS, NINS., 5Grad. Sch. Eng., Tohoku Univ., 6Grad.
Sch. Eng., Univ. Hyogo., 7Univ. Biol. Inst., Univ. Tokyo.)
Mechanism study of antimicrobial peptide synergistic effects of LL37 and HNP1
Yuge Hou, Kaori Sugihara (Institute of Industrial Science, The University of Tokyo,)
支持脂質二層膜に GPCR を方向性を制御して組込む [II] GPCR の C 末特異性 Fab´を使ってReconstituting GPCR into supported lipid bilayer with controlled orientation. [2] Prebinding of theFab´ fragment to C-terminus of GPCR
○肥塚 雅人 1, 森垣 憲一 1,3, 林 文夫 2（1 神戸大・院農学, 2 神戸大・院理学, 3 神戸大・バイオシグ
ナル総合研究センター）
Masato Koezuka1, Kenichi Morigaki1,3, Fumio Hayashi2 (1Grad. Sch. Agri., Kobe Univ., 2Grad. Sch.
Agri., Univ. Kobe, 3Biosignal Research Center, Univ. Kobe)
RND 型異物排出系内膜トランスポーター MdtB, MdtC のヘテロ三量体形成
Heterotrimer formation of MdtB and MdtC, inner membrane transporters of the RND-type
xenobiotic efﬂux complex○中村 勇斗（法政大・院理工）Yuto Nakamura (Grad. Sch. Sci. and Engin., Hosei Univ)
コレラ菌ピルビン酸/オキサロ酢酸走性受容体 Mlp2 のリガンド認識機構
Ligand recognition of the pyruvate/oxaloacetate chemoreceptor of Vibrio cholerae○大森 楓河 1, 八尾 和輝 1, 山元 季実子 1,4, 田島 寛隆 2,3, 川岸 郁朗 1,2,3（1 法政大学・院理工, 2 法
政大学・生命・生命機能, 3 法政大学・ナノテクセンター, 4 農研機構・農環研）
Fuga Omori1, Kazuki Yao1, Kimiko Yamamoto1,4, Hirotaka Tajima2,3, Ikuro Kawagishi1,2,3 (1Grad. Sch.
Sci. and Engin., Hosei Univ, 2Fac. of Biosci. and Appl. Chem., Hosei Univ, 3Res. Cent. for Micro-Nano
Tech., Hosei Univ, 4Inst. Agro-Environ. Sci., NARO)
生命の起源・進化、合成生物学・人工細胞、ゲノム生物学、非平衡・生体リズム
Origin of life & Evolution, Synthetic biology & Artificial cells, Genome biology, Nonequilibrium state& Biological rhythm

座長：今井 啓雄（京都大学），向山 厚（福井県立大学），広瀬 侑（豊橋技術科学大学），
瀧口 金吾（名古屋大学）
Session Chairs: Hiroo Imai (Kyoto Univ.), Atsushi Mukaiyama (Fukui Pref. Univ.),
Yuu Hirose (Toyohashi Univ. Tech.), Kingo Takiguchi (Nagoya Univ.)
14:00～16:45
I 会場（国際会議室（3 号館 3F））／Room I（International Conference Room (Bldg. 3, 3F)）

1GI1400

L-トレオニン由来の人工核酸 L-aTNA を用いた化学的な自己複製
Chemical replication of L-aTNA derived from L-threonine○沖田 ひかり, 村山 恵司, 浅沼 浩之（名古屋大・院工学）
Hikari Okita, Keiji Murayama, Hiroyuki Asanuma (Grad. Sch. Eng., Nagoya Univ.)– S111 –1GI1415

1GI1430

1GI1445

1GI1500

1GI1515

1GI1530

1GI1545

1GI1600

配列情報とベシクル再生産の連携による生命の起源
Origin of Life by Linking Sequence Information and Vesicle Reproduction○馬場 晶子 1, 佐藤 啓大 1, ヘンキース イヴォ 1, ウルフ オルソン 2, ワング アナ 3, 今井 正幸 1
（1 東北大・院理学, 2 ルンド大・院理学, 3 ニュー・サウス・ウェールズ大・院理学）
Akiko Baba1, Keidai Sato1, Ivo Henkys1, Olsson Ulf2, Anna Wang3, Masayuki Imai1 (1Grad. Sch. Sci.,
Univ. Tohoku, 2Grad. Sch. Sci., Univ. Lund, 3Grad. Sch. Sci., Univ. New South Wales)
バイオハイブリッドロボットの作製に向けたクラミドモナス除膜細胞および単離軸糸の巨大リ
ポソームへの封入
Encapsulation of Chlamydomonas demembranated models or isolated axonemes in giant
liposomes for the preparation of bio-hybrid robots○秋山 浩一朗, 林 真人, 金子 智行（法政大・院理工・生命機能）
Koichiro Akiyama, Masahito Hayashi, Tomoyuki Kaneko (LaRC, FB, Grad.Sch.Sci.&Eng., Hosei
Univ.)RNA ファミリー配列の深層生成設計
Deep generative design of RNA family sequences○角 俊輔 1,2, 浜田 道昭 2,3,4, 齊藤 博英 1（1 京都大学 iPS 細胞研究所, 2 早稲田大学先進理工学部,
3 産業技術総合研究所 生体システムビッグデータ解析オープンイノベーションラボラトリ, 4 日
本医科大学）
Shunsuke Sumi1,2, Michiaki Hamada2,3,4, Hirohide Saito1 (1Center for iPS Cell Research andApplication (CiRA), Kyoto University, 2Graduate School of Advanced Science and Engineering, Waseda
University, 3Computational Bio Big-Data Open Innovation Laboratory (CBBD-OIL), National Instituteof Advanced Industrial Science and Technology (AIST), 4Graduate School of Medicine, Nippon Medical
School)リン脂質-タンパク質非対称膜小胞内膜上でのタンパク質集積
Protein accumulation on the inner leaflet of asymmetric phospholipid-protein vesicles○鈴木 允人, 神谷 厚輝（群馬大学 大学院 理工学府）
Masato Suzuki, Koki Kamiya (Graduate School of Science and Technology, Gunma University.)
インフルエンザウイルスゲノムの in vitro 構築
In vitro reconstruction of the influenza virus genome○田中 良汰 1, 末次 正幸 2, 野地 博行 1, 田端 和仁 1（1 東京大学 大学院工学系研究科 応用化学専
攻, 2 立教大学 理学部 生命理学科）
Ryota Tanaka1, Masayuki Su’etsugu2, Hiroyuki Noji1, Kazuhito Tabata1 (1Department of Applied
Chemistry, Graduate School of Engineering, The University of Tokyo, 2Department of Life Science,
College of Science, Rikkyo University)
試験管内での DNA 複製・転写・翻訳反応における最適条件の非互換性について
Incompatibility of optimum conditions for in vitro DNA replication, transcription, and translation○瀬尾 海渡 1, 市橋 伯一 1,2,3（1 東大・院総合文化, 2 東大・先進研, 3 東大・生物普遍性研）
Kaito Seo1, Norikazu Ichihashi1,2,3 (1Grad. Sch. Arts Sci., Univ. Tokyo, 2Komaba Inst. Sci., Univ. Tokyo,
3Universal Biol Inst., Univ. Tokyo)
DNA 自己複製に伴って成長する Dextran 型人工細胞系の構築
Development of Dextran-based artificial cell that grows in coupled with internal DNA selfreplication○藪田 萌, 皆川 慶嘉, 野地 博行（東大・院応用化学）
Moe Yabuta, Yoshihiro Minagawa, Hiroyuki Noji (Department of applied chemistry, School ofengineering, The University of Tokyo)
炎症性老化における NFκB ダイナミクスと遺伝子発現制御
NFκB dynamics and gene regulation in inflammatory aging○松田 啓汰 1, 田畑 祥 1, 茂呂 和世 2, 岡田 眞里子 1（1 大阪大学蛋白質研究所, 2 大阪大学医学系研
究科生体防御学教室）
Keita Matsuda1, Sho Tabata1, Kazuyo Moro2, Mariko Okada1 (1Institute for Protein Research, Osaka
University, 2Laboratory for Innate Immune Systems, Graduate School of Medicine, Osaka University)– S112 –1GI1615

1GI1630

1GJ

Geometry of spontaneous beating cardiomyocyte networks dominates emerged adaptive
slower beating synchronization and ion channel responses
Kazufumi Sakamoto1, Suguru Matsumoto1, Nanami Abe1, Kenji Yasuda1,2 (1Dept. Pure & Appl. Phys.,Grad. Sch. Adv. Sci. & Eng., Waseda Univ., 2Dept. Pure & Appl. Phys., Sch. Adv. Sci. & Eng., Waseda
Univ.)
アクティブ細胞骨格系における状態転移と非平衡収縮ダイナミクス
State transitions and non-equilibrium contractile dynamics in active cytoskeletons○柏原 智香, 前多 裕介（九州大学 理・物理）
Tomoka Kashiwabara, Yusuke T. Maeda (Department of Physics, Kyushu University)
光生物：視覚・光受容、光遺伝学・光制御
Photobiology: Vision & Photoreception, Optogenetics & Optical control

座長：木村 明洋（名古屋大学），角田 聡（名古屋工業大学），山下 高廣（京都大学）
Session Chairs: Akihiro Kimura (Nagoya Univ.), Satoshi Tsunoda (Nagoya Inst. Tech.),Takahiro Yamashita (Kyoto Univ.)
14:00～16:45
J 会場（会議室 141+142（1 号館 4F））／Room J（Conference Room 141+142 (Bldg. 1, 4F)）

1GJ1400

1GJ1415

1GJ1430

1GJ1445

オプシンのレチナール結合特性の制御メカニズム解析
The regulatory mechanism underlying the binding preference of retinal isomers in opsins
1 1 京大・院理, 2 岡山大・
○藤藪 千尋 1, 佐藤 恵太 2, 今元 泰 1, 大内 淑代 2, 七田 芳則 3, 山下 高廣 （院医歯薬, 3 立命館大・総研機構）
Chihiro Fujiyabu1, Keita Sato2, Yasushi Imamoto1, Hideyo Ohuchi2, Yoshinori Shichida3,
Takahiro Yamashita1 (1Grad. Sch. of Sci., Kyoto Univ., 2Grad. Sch. of Med., Dent. and Pharm. Sci.,
Okayama Univ., 3Research Organization for Science and Technology., Ritsumeikan Univ.)
プロトン移動反応によって制御される青感受性視物質の早期光反応過程
Early photoreaction process of primate blue-sensitive pigment controlled by proton transfer
reaction○水野 陽介 1, 片山 耕大 1,2, 今井 啓雄 3, 神取 秀樹 1,2（1 名工大・院工, 2 名工大・オプトバイオテ
クノロジー研究センター, 3 京大・ヒト行動進化研究センター）
Yosuke Mizuno1, Kota Katayama1,2, Hiroo Imai3, Hideki Kandori1,2 (1Grad. Sch. Eng, Nagoya Inst.
Tech., 2OptoBio Technology Research Center, Nagoya Inst. Tech., 3Center for the Evolutionary Origins of
Human Behavior, Kyoto Univ.)
低温ラマン分光法による Photoactive Yellow Protein の初期構造変化過程の解析
Cryogenic Raman study of early photointermediates of photoactive yellow protein
Shota Kawasaki1, Tomotsumi Fujisawa2, Wouter D Hoff3, Masasi Unno2 (1Grad. Sch. Adv. Health Sci.,
Saga Univ., 2Fac. Sci. Eng., Saga Univ., 3Oklahoma state Univ.)
光高感度なチャネルロドプシンの分光学的解析
Spectroscopic study of a channelrhodopsin with high reactivity to weak light○山下 陽 1, 杉本 哲平 1, 片山 耕大 1,2, 角田 聡 1,2, 田中 達基 3, 志甫谷 渉 3, 濡木 理 3, 神取 秀樹 1,2（1 名工大・院工, 2 オプトバイオテクノロジー研究センター, 3 東大・院理）
Yo Yamashita1, Teppei Sugimoto1, Kota Katayama1,2, Satoshi Tsunoda1,2, Tatsuki Tanaka3,
Wataru Shihoya3, Osamu Nureki3, Hideki Kandori1,2 (1Grad. Sch. of Eng., Nagoya Inst. of Tech.,
2OptoBio Tech. Res. Cent., 3Grad. Sch. of Sci., The Univ. Tokyo.)– S113 –1GJ1500

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非視覚オプシン OPN3 によるメラノコルチン 1 型受容体（MC1R）活性阻害効果の解析
Analysis of the inhibitory effect of nonvisual opsin, OPN3, on melanocortin 1 receptor (MC1R)
function○石村 有沙 1, Yan Xiaochan2, 今井 啓雄 1,2（1 京都大・院理学, 2 京都大・ヒト行動進化研究センター）
Arisa Ishimura1, Xiaochan Yan2, Hiroo Imai1,2 (1Grad. Sch. Sci., Kyoto Univ., 2EHUB, Kyoto Univ.)
Gs タンパク質共役型受容体クラゲロドプシンの光反応早期過程の分光解析
Spectroscopic studies of the early photoreaction process of the light-sensitive Gs proteincoupled receptor, jellyfish rhodopsin○犬飼 紫乃 1, 片山 耕大 1,2, 小柳 光正 3, 寺北 明久 3, 神取 秀樹 1,2（1 名工大・院工, 2 名工大・オ
プトバイオテクノロジー研究センター, 3 大阪公大・院理）Shino Inukai1, Kota Katayama1,2, Mitsumasa Koyanagi3, Akihisa Terakita3, Hideki Kandori1,2 (1Grad.
Sch. Eng., Nagoya Inst. Tech., 2OptoBioTechnology Research Center, Nagoya Inst. Tech., 3Grad. Sch.
Sci., Osaka Metro. Univ.)
カリウム選択的チャネルロドプシン KCR のカリウム選択性の構造基盤
Structure basis of potassium selectivity in potassium-selective channelrhodopsin KCR
Seiya Tajima1, Yoon Seok Kim2, Masahiro Fukuda1, YoungJu Jo2, Peter Y. Wang2, Joseph M. Paggi3,
Eamon F.X. Byrne2, Koichiro Kishi1, Seiwa Nakamura1, Charu Ramakrishnan4, Shunki Takaramoto5,
Takashi Nagata5, Masae Konno5, Masahiro Sugiura6, Kota Katayama6, Toshiki Matsui1,
Keitaro Yamashita7, Suhyang Kim1, Hisako Ikeda1, Masatoshi Inoue2, Jaeah Kim2, Hideki Kandori6,
Ron O. Dror3, Keiichi Inoue5, Karl Deisseroth2,4, Hideaki. E. Kato1 (1Komaba Inst. Sci., Univ. Tokyo,
2Dept. Bioeng., Stanford Univ., 3Dept. Comp. Sci., Stanford Univ., 4CNC Program, Stanford Univ., 5ISSP,The Univ. Tokyo., 6Life Sci. Appl. Chem., Grad. Sch. Eng. Nagoya Inst. Tech., 7MRC LMB, Cambridge
Biomedical Campus)
光駆動性プロトンポンプロドプシンを用いた細菌べん毛運動の光操作法の開発
Development of an optical method to control bacterial motility using light-driven proton pumping
rhodopsins○中西 浩太郎 1, 小島 慧一 2, 曽和 義幸 3, 須藤 雄気 2（1 岡山大院・医歯薬, 2 岡山大・学術研究
院・医歯薬学域, 3 法政大・生命科学・生命機能）
Kotaro Nakanishi1, Keiichi Kojima2, Yoshiyuki Sowa3, Yuki Sudo2 (1Grad. Sch., Med. Dent. & Pharm.
Sci., Okayama Univ., 2Fac., Med. Dent. & Pharm., Okayama Univ., 3Dep. Front. Biosci. Res. Cen. Micro
Nano Tech, Hosei Univ.)
ウイルスロドプシンにチャネル機能をもたらす特異な水素結合系
Atypical hydrogen bonding network bringing channel function to viral rhodopsin○青山 真子 1, 片山 耕大 1,2, 神取 秀樹 1,2（1 名工大・院工, 2 名工大 オプトバイオテクノロジー研究センター）
Mako Aoyama1, Kota Katayama1,2, Hideki Kandori1,2 (1Grad. Sch. Eng., Nagoya Inst. Tech., 2Nagoya
Inst. Tech., OptoBio Technology Research Center)
深海エビ Rimicaris hybisae は可視光感受性オプシンのレパートリーを持つ
Repertoire of visible light-sensitive opsins in the deep-sea hydrothermal vent shrimp Rimicaris
hybisae○長田 祐也 1, 宮本 教生 2, 佐藤 恵太 3, 山中 悠嗣 4, 西村 陽介 5, 吉澤 晋 6, 高井 研 2, 大内 淑代 3,
山下 高廣 7, 須藤 雄気 3, 小島 慧一 3（1 岡山大・院医歯薬（薬学系）, 2 海洋研究開発機構 超先鋭研究開発部門, 3 岡山大・学術研究院医歯薬, 4 岡山大・薬, 5 海洋研究開発機構 生命理工学セン
ター, 6 東京大・大気海洋研, 7 京都大・院理）Yuya Nagata1, Norio Miyamoto2, Keita Sato3, Yuji Yamanaka4, Yosuke Nishimura5,
Susumu Yoshizawa6, Ken Takai2, Hideyo Ohuchi3, Takahiro Yamashita7, Yuki Sudo3, Keiichi Kojima3(1Grad. Sch. Med. Dent. & Pharm. Sci., Okayama Univ., 2X-STAR, JAMSTEC, 3Fac. Med, Dent & Pharm
Sci., Okayama Univ., 4Sch. Pharm. Sci., Okayama Univ., 5CeBN, JAMSTEC, 6AORI, Univ. Tokyo, 7Grad.
Sch. Sci., Kyoto Univ.)– S114 –1GJ1630

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短波長吸収カチオンチャネルロドプシン KnChR のイオン輸送メカニズムの解明
Ion transport mechanism of short wavelength absorbing cation channelrhodopsin KnChR○夏目 航希 1, 細島 頌子 1, 角田 聡 1,2, 神取 秀樹 1,2（1 名古屋工業大学 工学研究科, 2 オプトバイ
オテクノロジー研究センター）
Koki Natsume1, Shoko Hososhima1, Satoshi Tsunoda1,2, Hideki Kandori1,2 (1Nagoya Institute ofTechnology, 2Opto-Biotechnology Research Center)
水・水和／電解質、計算生物学、数理生物学・理論生物学
Water & Hydration & Electrolyte, Computational biology, Mathematical & Theoretical biology

座長：吉田 紀生（名古屋大学），奥村 久士（生命創成探究センター），白井 伸宙（三重大学）
Session Chairs: Norio Yoshida (Nagoya Univ.), Hisashi Okumura (ExCELLS), Nobu C. Shirai (Mie Univ.)
14:00～16:45
K 会場（会議室 131+132（1 号館 3F））／Room K（Conference Room 131+132 (Bldg. 1, 3F)）

1GK1400

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深層学習と経験分布の融合的手法による膜蛋白質の水和構造予測
Prediction of hydration structures over membrane proteins using deep learning in combination
with the empirical hydration distribution○佐藤 航地 1,2,3, 大出 真央 4,5, 中迫 雅由 1,2（1 慶應大・理工, 2 理研・RSC, 3JST・SPRING, 4 理研・
CPR, 5JST・さきがけ）
Kochi Sato1,2,3, Mao Oide4,5, Masayoshi Nakasako1,2 (1Dept. of Phys., Keio Univ., 2RSC, RIKEN,
3SPRING, JST, 4CPR, RIKEN, 5PRESTO, JST)
AlphaFold2 を用いた親水的なアミノ酸配列空間の探索によるフォールド可能なタンパク質の特定
Exploring hydrophilic sequence space to search for uncharted foldable proteins by AlphaFold2○冨田 尚希 1, シャバス レオナルド 1,2, 千見寺 浄慈 1（1 名大・工・応物, 2 名大・シンクロトロン
光センター）
Naoki Tomita1, Chavas Leonard1,2, Chikenji George1 (1Dept. of Appl. Phys., Grad. Sch. of Eng., Nagoya
Univ., 2Synchrotron Radiation Center, Nagoya Univ.)
The Effect of Tricaprylin Surface on The Lid Region Dynamics of Candida antarctica Lipase B
Tegar Nurwahyu Wijaya1,2, Akio Kitao1 (1School of Life Science and Technology, Tokyo Institute ofTechnology., 2Department of Chemistry, Universitas Pertamina)
粗視化力場 SPICA における二次構造依存のタンパク質主鎖モデルの開発
Development of a secondary structure-dependent protein backbone model for SPICA coarsegrained force field○山田 哲平 1, 宮崎 裕介 2, Kumar Ashutosh3, Vanni Stefano3, 篠田 渉 2（1 岡山大・院自然科学, 2 岡
山大・異分野基礎科学研究所, 3 フリブール大・生物学科）
Teppei Yamada1, Yusuke Miyazaki2, Ashutosh Kumar3, Stefano Vanni3, Wataru Shinoda2 (1Grad. Sch.
Sci. & Tech., Okayama Univ., 2RIIS, Okayama Univ., 3Dept. of Biol., University of Fribourg,
Switzerland.)オレキシン 2 受容体の活性化における動的性質と中間状態の計算論的洞察
Structural and Computational Insight into Dynamics and Intermediate State in OX2R Activation○横井 駿 1,2, 光武 亜代理 1（1 明治大学 大学院 理工学研究科 物理学専攻, 2 スタンフォード大学
医学部 構造生物学科）
Shun Yokoi1,2, Ayori Mitsutake1 (1Department of Physics, Graduate School of Science and Technology,
Meiji University, 2Structural Biology Department, School of Medicine, Stanford University)– S115 –1GK1515

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ハイブリッド型 in silico 創薬による SARS-CoV-2 メインプロテアーゼの新規共有結合阻害剤の探索
Discovery of potent covalent inhibitors against SARS-CoV-2 main protease by hybrid in silico
drug study○小清水 初花 1, 小野 純一 2, 福西 快文 3, 中井 浩巳 1,2（1 早大先進理工, 2 早大理工総研, 3 産総研
生命工学）
Uika Koshimizu1, Junichi Ono2, Yoshifumi Fukunishi3, Hiromi Nakai1,2 (1Department of Chemistry andBiochemistry, School of Advanced Science and Engineering, Waseda University, 2Waseda ResearchInstitute for Science and Engineering (WISE), Waseda University, 3Cellular and Molecular
Biotechnology Research Institute, National Institute of Advanced Industrial Science and Technology)
大規模な自由エネルギー摂動法計算のための効率的な摂動マップ構築の検討
Study of efficient perturbation map construction for large-scale free energy perturbation
calculations○古井 海里, 大上 雅史（東工大・情報理工学院）
Kairi Furui, Masahito Ohue (School of Computing, Tokyo Institute of Technology)
3D 細胞画像の構造抽出と特徴付けに基づく細胞分裂機構の定量的解析
Quantitative Analysis of Cell Division Mechanisms through the Structure Extraction andCharacterization of 3D Cell Images○高坂 仁 1, 岩根 敦子 2, 冨樫 祐一 1,2（1 立命館大学 生命科学部生物計算研究室, 2 理化学研究所
生命機能科学研 究センター）
Jin Kousaka1, Atsuko H. Iwane2, Yuichi Togashi1,2 (1Ritsumeikan University, 2RIKEN Center for
Biosystems Dynamics Research)
自然言語処理による細胞内ネットワーク構造の抽出と数理モデル構築の自動化
Extracting Intracellular Networks and Constructing Mathematical Models with Natural Language
Processing○荒金 究, 岡田 眞里子（大阪大・蛋白研）
Kiwamu Arakane, Mariko Okada (Inst. for Protein Res., Osaka Univ.)
細胞内ネットワークにおける Bow-tie 構造の進化原理
Evolutionary mechanism of bow-tie architecture in intracellular network○伊藤 冬馬 1,2,3, 近藤 洋平 1,2,3, 青木 一洋 1,2,3, 斉藤 稔 3,4（1 基生研・ 定量生物, 2 総研大, 3 生命創成探究センター, 4 広大・統合生命）
Thoma Itoh1,2,3, Yohei Kondo1,2,3, Kazuhiro Aoki1,2,3, Nen Saito3,4 (1Div. Quant. Biol., NIBB,
2SOKENDAI, 3ExCELLS, 4Grad. Sch. Integrated Sci. for Life, Hiroshima Univ.)
一遺伝子欠損は遺伝子発現状態にグローバルな影響を与える
Single-gene deletions impact global gene expression states○千葉 元太 1, 亀井 健一郎 1, 小田 有沙 1,2, 太田 邦史 1,2,3, 若本 祐一 1,2,3（1 東大・院総合文化, 2 東大・複雑系生命システム研究センター, 3 東大・生物普遍性研究機構）
Genta Chiba1, Ken-ichiro F. Kamei1, Arisa Oda1,2, Kunihiro Ohta1,2,3, Yuichi Wakamoto1,2,3 (1Grad. Sch.
Arts and Sci., Univ. Tokyo, 2Res. Cent. Complex Syst. Biol., Univ. Tokyo, 3UBI, Univ. Tokyo)
光合成、計測、バイオエンジニアリング
Photosynthesis, Measurements, Bioengineering

座長：村田 和義（生命創成探究センター），廣明 秀一（名古屋大学），米田 勇祐（分子科学研究所），
出羽 毅久（名古屋工業大学）
Session Chairs: Kazuyoshi Murata (ExCELLS), Hidekazu Hiroaki (Nagoya Univ.), Yusuke Yoneda (IMS),
Takehisa Dewa (Nagoya Inst. Tech.)
14:00～16:15
L 会場（会議室 133+134（1 号館 3F））／Room L（Conference Room 133+134 (Bldg. 1, 3F)）

– S116 –1GL1400

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集光アンテナを持つキサントロドプシンの光活性化研究
Photoactivation study of Xanthorhodopsin with a Light-Harvesting Antenna○板倉 彰汰 1, 水野 陽介 1, 片山 耕大 1,2, 吉住 玲 1, Ariel Chazan3, Oded Béjà3, 神取 秀樹 1,2（1 名古屋工業大学 大学院工学研究科, 2 オプトバイオテクノロジー研究センター, 3Technion –Israel
Institute of Technology）
Shota Itakura1, Yosuke Mizuno1, Kota Katayama1,2, Rei Yoshizumi1, Chazan Ariel3, Béjà Oded3,
Hideki Kandori1,2 (1Graduate School of Engineering, Nagoya Institute of Technology,
2OptoBioTechnology Research Center, 3Technion –Israel Institute of Technology)
Mn を Fe に置換した水分解酸素発生反応触媒における反応性の解明
Structural and energetic insights into Mn-to-Fe substitution in the oxygen-evolving complex○齊藤 昌弘 1, 斉藤 圭亮 1,2, 石北 央 1,2（1 東京大学大学院工学系研究科応用化学専攻, 2 東京大学
先端科学技術研究センター）
Masahiro Saito1, Keisuke Saito1,2, Hiroshi Ishikita1,2 (1Department of Applied Chemistry, The Universityof Tokyo, 2Research Center for Advanced Science and Technology, The University of Tokyo)
光合成アンテナクロロソームの微視的な構造不均一性と光捕集機能の相関解析
Relationship between light-harvesting function and microscopic structural heterogeneity in thephotosynthetic antenna chlorosome○新井 峻 1, 稲垣 知実 2, 原田 二郎 3, 浅井 智広 4, 近藤 徹 1（1 東工大・生命理工, 2 立命館大院・
生命科学, 3 久留米大・医, 4 中央大・理工）
Shun Arai1, Tomomi Inagaki2, Jiro Harada3, Chihiro Azai4, Toru Kondo1 (1Dept. of Life & Sci., Tokyo
Tech., 2Grad. Sch. Life Sci., Ritsumeikan Univ., 3Sch. of Med., Kurume Univ., 4Fac. of Sci. & Eng., Chuo
Univ.)
光化学系 II における Mn4CaO5 クラスターの中間 S2 状態形成を制御する重要な因子
Important Factors Influencing the Intermediate-S2-State Formation of the Mn4CaO5 Cluster in
Photosystem II○陳 楊 1, 斉藤 圭亮 1,2, 石北 央 1,2（1 東大・院工, 2 東京大学先端科学技術研究センター）
Yang Chen1, Keisuke Saito1,2, Hiroshi Ishikita1,2 (1Grad. Sch. Eng., Univ. Tokyo, 2RCAST, Univ. Tokyo)
顕微ラマン分光法による神経分化に伴う熱産生のラベルフリー計測
Label-free measurement of heat production during neuronal differentiation by Raman
microscopy○入倉 桜介 1, 幡本 拓哉 2, 高橋 大智 2, 梶本 真司 1,2,3, 中林 孝和 1,2（1 東北大学薬学部, 2 東北大学
大学院薬学研究科, 3JST さきがけ）
Ohsuke Irikura1, Takuya Hatamoto2, Hiroaki Takahashi2, Shinji Kajimoto1,2,3, Takakazu Nakabayashi1,2(1Faculty of Pharmaceutical Sciences, Tohoku University, 2Graduate School of Pharmaceutical Sciences,
Tohoku University, 3JST PRESTO)
細胞死の不可逆性の理解に向けた、一細胞遺伝子発現解析と機械学習による細胞の運命予測の統合
Integrating single-cell transcriptomics and cell fate prediction by deep learning for understanding
the point of no return to cell death○岡庭 有明 1,2, 城口 克之 1（1 理研・BDR, 2 阪大・院生命機能）
Tomoaki Okaniwa1,2, Katsuyuki Shiroguchi1 (1RIKEN BDR, 2Grad. Sch. Frontier Biosciences, Osaka
Univ.)
銅イオンの定量計測を可能にする二つのルシフェラーゼの経時的発光減衰の違いを基盤とした
レシオメトリ
Ratiometry based on differences of luminescence decay kinetics of two luciferases enabling
quantitative Cu2+ concentration measurement○呉 題（大阪大学 産業科学研究所）
Ti Wu (Osaka University SANKEN)– S117 –1GL1545

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ナノポア計測を用いた CALHM2 チャネル 1 分子の電気的特性解析
Electrical characterization of a single CALHM2 channel molecule using nanopore measurement○中村 宗太郎 1, 山崎 洋人 2, 志甫谷 渉 1, 濡木 理 1, 上村 想太郎 1（1 東京大学・大学院理学系研究科生物科学専攻, 2 長岡技術科学大学 産学融合トップランナー養成センター）
Sotaro Nakamura1, Hirohito Yamazaki2, Wataru Shihoya1, Osamu Nureki1, Sotaro Uemura1(1Department of Biological Sciences, The University of Tokyo, 2Nagaoka University of Technology, Top
Runner Incubation Center for Academia-Industry Fusion)
フラグメントリンキング法に基づく PROTAC 分子リンカー設計
PROTAC molecular linker design using fragment linking method○石沢 涼太, 大上 雅史（東京工業大学 情報理工学院 情報工学系）
Ryota Ishizawa, Masahito Ohue (Department of Computer Science, School of Computing, Tokyo
Institute of Technology)
バイオイメージング
Bioimaging

座長：笠井 倫志（国立がん研究センター研究所），中村 彰彦（静岡大学），菊島 健児（名古屋市立大学）
Session Chairs: Rinshi S. Kasai (NCCRI), Akihiko Nakamura (Shizuoka Univ.),
Kenji Kikushima (Nagoya City Univ.)
14:00～16:45
M 会場（会議室 431+432（4 号館 3F））／Room M（Conference Room 431+432 (Bldg. 4, 3F)）

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クライオ三次元ナノスコピーの開発：DNA オリガミによる評価
Development of cryogenic 3D nanoscopy: Evaluation with DNA origami○成瀬 寛太 1, 松田 剛 1, 溝内 雄太 1, 中田 栄司 2, 森井 孝 2, 松下 道雄 1, 藤芳 暁 1（1 東京工業大学
理学院物理学系物理学コース, 2 京都大学エネルギー理工学研究所）
Kanta Naruse1, Tsuyoshi Matsuda1, Yuta Mizouchi1, Eiji Nakata2, Takashi Morii2, Michio Matsushita1,
Satoru Fujiyoshi1 (1Department of physics,Tokyo institute of technology, 2Institute of Advanced Energy,
Kyoto University)
緑色蛍光タンパク質を基盤とするバイオセンサーを用いた細胞内乳酸振動の観察
Direct observation of intracellular L -lactate oscillations with green fluorescent protein-based
biosensors○針尾 紗彩 1, リー ジャン N. T.2, 杉本 光 3, 高橋-山城 恵生 4, 那須 雄介 1, 黒田 真也 5,
キャンベル E. ロバート 1（1 東京大学・院理学・化学, 2 トロント大学・院化学, 3 東京大学・院医学・生化学分子生物学, 4 アルバータ大学・院化学, 5 東京大学・院理学・生物科学）
Saaya Hario1, Gaing. N. T. Le2, Hikaru Sugimoto3, Kei Takahashi-Yamashiro4, Yusuke Nasu1,
Shinya Kuroda5, E. Robert Campbell1 (1Dept. Chem., Grad. Sch. Sci., Univ. Tokyo, 2Dept. Chem., Grad.
Sch., Univ. Toronto, 3Dept. Biochem and Molbio., Grad. Sch. Med., Univ. Tokyo, 4Dept. Chem., Grad.
Sch., Univ. Alberta., 5Dept. Bio. Sci., Grad. Sch., Sci., Univ. Tokyo.)
ラマン／ブリルアンイメージングを用いた生細胞内におけるストレス顆粒の異常相転移の観察
Observation of aberrant phase transition of stress granules in living cells using Raman/Brillouinmicroscopy○澁谷 蓮 1, 梶本 真司 1,2, 柳沼 秀幸 3,4, 有吉 哲郎 3,4, 岡田 康志 3,4, 中林 孝和 1（1 東北大院・薬,2JST さきがけ, 3 東京大・国際高等研究所 IRCN, 4 理研 BDR）
Ren Shibuya1, Shinji Kajimoto1,2, Hideyuki Yaginuma3,4, Tetsuro Ariyoshi3,4, Yasushi Okada3,4,
Takakazu Nakabayashi1 (1Grad. Sch. Pharm. Sci., Tohoku Univ., 2JST PRESTO, 3WPI-IRCN, Univ.
Tokyo, 4RIKEN BDR)

– S118 –1GM1445

1GM1500

1GM1515

1GM1530

1GM1545

1GM1600

1GM1615

超解像イメージングのための光スイッチング赤色蛍光タンパク質の開発
Development of a photoswitchable red fluorescent protein for super-resolution imaging○野間 涼平 1,2, 和沢 鉄一 1, 杉浦 一徳 1, 設樂 久志 3, 竹本 研 3, 永井 健治 1,2（1 阪大・産研, 2 阪大・院・生命機能, 3 三重大・院・医）Ryohei Noma1,2, Tetsuichi Wazawa1, Kazunori Sugiura1, Hisashi Shidara3, Kiwamu Takemoto3,
Takeharu Nagai1,2 (1SANKEN, Osaka Univ., 2Grad. Sch. Front. Biosci., Osaka Univ., 3Grad. Sch. Med.,Mie Univ.)
高速 AFM 観察とシミュレーションを用いた、E6AP/E6/p53 三者複合体の構造ダイナミクスの解明
Revealing structural dynamics of E6AP/E6/p53 complex by using HS-AFM and computational
simulation
Kazusa Takeda1, Ikumi Muro1, Flechsig Holger2, Hiroki Konno2 (1Graduate School Nat. Sci. &Technol., Kanazawa Univ., 2WPI Nano Life Sci. Inst. (WPI-NanoLSI), Kanazawa Univ.)
Multicolor Autoluminescent Reporters based on Bacterial Bioluminescence System
Kusuma Subhan Hadi1,2, Mitsuru Hattori2, Takeharu Nagai1,2 (1Graduate School of Frontier
Bioscience, Osaka University, 2Department of Biomolecular Science and Engineering, SANKEN (TheInstitute of Scientific and Industrial Research), Osaka University.)
バクテリアべん毛Ⅲ型輸送装置を利用した新規膜電位センサーの開発
Development of a novel membrane voltage sensor based on the bacterial flagellar type III
secretion system
3 1 九州工業大学 大学院情報工学府, 2 大阪大学 大学院生命機能○坂田 桧 1, 南野 徹 2, 森本 雄祐 （
3研究科, 九州工業大学 大学院情報工学研究院 物理情報工学研究系）
Kai Sakata1, Tohru Minamino2, V. Yusuke Morimoto3 (1Grad. Sch. Comp. Sci. and Sys. Eng., Kyushu
Inst. Tech, 2Grad. Sch. Front. Biosci., Osaka Univ., 3Dept. Phys. and Info. Eng., Fac. Comp. Sci. and Sys.
Eng., Kyushu Inst. Tech.)
高速高分解能生細胞観察のための新規定量位相顕微鏡法
Computational phase microscopy for live cell imaging with high spatiotemporal resolution○犬塚 悠剛 1,2, 岡田 康志 1,2,3,4,5（1 東京大学・院理学, 2 理研・生命機能, 3 東京大学・院医学, 4 東京大学・生物普遍性研究機構, 5 東京大学・ニューロインテリジェンス国際研究機構）
Yugo Inutsuka1,2, Yasushi Okada1,2,3,4,5 (1Grad. Sch. Sci., Univ. Tokyo, 2BDR., Riken, 3Grad. Sch. Med.,
Univ. Tokyo, 4UBI., Univ. Tokyo., 5IRCN., Univ. Tokyo.)
情報理論に基づくラマン画像と他計測法による画像に含まれる情報の関係性の定量
Quantification of the relationship between information contained in Raman images and othertypes of images based on information theory○近藤 僚哉 1, 水野 雄太 1,2,3, Clement Jean-Emmanuel2,3, 藤田 克昌 4, 原田 義規 5, 小松崎 民樹 1,2,3（1 北大・院総化, 2 北大・電子研, 3 北大・ICReDD, 4 阪大・院工, 5 京都府立医大）Ryoya Kondo1, Yuta Mizuno1,2,3, Jean-Emmanuel Clement2,3, Katsumasa Fujita4, Yoshinori Harada5,
Tamiki Komatsuzaki1,2,3 (1Grad. Sch. Chem. Sci. & Eng., Univ. Hokkaido, 2Res. Inst. Electronic Sci.,
3WPI-ICReDD, Univ. Hokkaido, 4Grad. Eng., Univ. Osaka, 5Kyoto Pref. Univ. Med.)
生体内 3D 温度計測技術の開発と応用
In vivo 3D thermometry○中根 有梨奈 1, 前岡 遥花 2, 五十嵐 龍治 3, 臼杵 深 4, 杉 拓磨 1,2（1 広島大学理学部生物科学科,
2 広島大学大学院統合生命科学研究科生命医科学プログラム, 3 量子科学技術研究開発機構, 4 静岡大学電子工学研究所）
Yurina Nakane1, Haruka Maeoka2, Ryuji Igarashi3, Shin Usuki4, Takuma Sugi1,2 (1Department of
Biological Science, School of Science, Hiroshima University, 2Program of Biomedical Science, Graduate
School of Integrated Sciences for Life, Hiroshima University, 3Quantum Science and Technology
Organization, 4Research Institute of Electronics, Shizuoka University)– S119 –1GM1630

凍結固定細胞のラマン/超解像蛍光マルチモーダルイメージング
Raman and super-resolution fluorescence imaging of cryo-fixed cells○辻 康介 1, 山中 真仁 1, 熊本 康昭 2, 田村 昌子 3, 水島 健太 1, 河野 駆 1, 久保 俊貴 4, 平野 花咲 1,
杉浦 一徳 5, 福島 俊一 5, 國本 拓実 1, 西田 健太郎 1, 原田 義規 3, スミス ニコラス 6,
ハインツマン ライナー 7,8, 永井 健治 5, 田中 秀央 3, 藤田 克昌 1,2,9（1 大阪大学 大学院工学研究科,
2 大阪大学 先導的学際研究機構, 3 京都府立医科大学 細胞分子機能病理学, 4 大阪大学 大学院医学研究科, 5 大阪大学 産業科学研究所, 6 大阪大学 免疫学フロンティア研究センター, 7 ライプ
ニッツ光科学研究所, 8 フリードリヒシラー大学イエナ, 9 産総研・阪大 先端フォトバイオ OIL）
Kosuke Tsuji1, Masahito Yamanaka1, Yasuaki Kumamoto2, Shoko Tamura3, Kenta Mizushima1,
Kakeru Kono1, Toshiki Kubo4, Hanae Hirano1, Kazunori Sugiura5, Shun-ichi Fukushima5,
Takumi Kunimoto1, Kentaro Nishida1, Yoshinori Harada3, Nicholas Smith6, Rainer Heintzmann7,8,
Takeharu Nagai5, Hideo Tanaka3, Katsumasa Fujita1,2,9 (1Dept. of Appl. Phys., Osaka Univ., 2OTRI,Osaka Univ., 3Dept. of Pathology and Cell Regulation, Kyoto Prefectural Univ. of Medicine, 4Dept. of
Dermatol., Osaka Univ., 5SANKEN, Osaka Univ., 6IFReC, Osaka Univ., 7Leibniz Inst., 8Jena Univ., 9AIST
Advanced Photo-BIO OIL)

– S120 –口頭発表（高校生・高専生発表） Oral Presentations (High School Students)
3 日目（11 月 16 日（木））／Day 3（Nov. 16 Thu.）
座長：倭 剛久（名古屋大学），加藤 祐樹（名古屋大学）
Session Chairs: Takahisa Yamato (Nagoya Univ.), Yuki Kato (Nagoya Univ.)
09:00～11:45
L 会場（会議室 133+134（1 号館 3F））／Room L（Conference Room 133+134 (Bldg. 1, 3F)）

3HL0900

3HL0915

3HL0930

3HL0945

3HL1000

3HL1015

3HL1030

3HL1045

3HL1100

3HL1115

重力屈性と光屈性の関係性～光屈性は重力屈性を阻害する？！～
Relationship between gravitropism and phototropism ~ Does phototropism inhibit gravitropism?
Haruka Inoue, Itsuki Shibamiya, Chihiro Nishikawa, Akari Mochihara, Kouki Ishikawa (Koyo H.S.)
水耕栽培した植物はなぜ色水を吸い上げるのか
Why do hydroponic plants pump up colored water
Kota Abe, Ayaka Kamijo, Mana Kamiya, Naoki Niyomura (Nagoya city Koyo High School)
関西におけるアカハライモリの警告色の模様の分布
Distribution of warning coloration pattern in Kansai red bellied newts
Sora Kazumi1,2, Rikiya Ogawa2 (1Osaka Prefecture Tondabayashi High School, 2Rikijuku Science
School)
大和川水系石川のオオシマドジョウの採餌生態
Foraging ecology of Cobitis sp. BIWAE type A in Yamato River system Ishi river
Takemasa Otsuka1,2, Ryoto Nakajima1,2, Rikiya Ogawa2 (1Osaka Prefecture Tondabayashi High School,
2Rikijuku Science School)
近縁種アブラハヤとの共存によるタカハヤの形質置換
Substitution of Rhynchocypris oxycephalus jouyi trait by coexistence with closely related
species Rhynchocypris lagowskii steindachneri
Kazuma Hirai1,2, Takemasa Otsuka1,2, Ryoto Nakajima1,2, Sora Kazumi1,2, Syuto Machii1,
Tomoyuki Maeda1, Rikiya Ogawa2 (1Osaka Prefecture Tondabayashi High School, 2Rikijuku Science
School)
ヒマワリのフィボナッチ螺旋構造
Fibonacci Spiral Structure of Sunflower
Fuga Suzuki (Aichi Prefectural Okazaki High School)
イエユウレイグモの初期胚における細胞の集団運動
Collective Cell Dynamics during the Early Embryonic Stage of Pholcus phalangioides
Hiroto Shoji, Toshiya Usui (Aichi Institute of Technology Meiden High School)
深層学習を用いたタンパク質の立体構造と機能予測
Prediction of protein structure and function by deep learning
Yui Nishikawa1, Haruto Yajima2, Tsuyoshi Shirai3, Shigure Saito4, Tingting Wang4, Takahisa Yamato4(1Chikusa H.S., 2Shizuoka H.S., 3Nagahama Inst. Bio-Sci. Tech., 4Grad. Sch. Sci.,Nagoya Univ.)
髪の修復可能範囲
The Fixable Range of Hair
Norihito Hashi, Nachi Okamoto, Yukine Takamatsu, Hayato Morishita, Shuji Fujita (Komatsu HighSchool)
豆苗の密度効果に与える条件の研究
Study on Conditions Affecting the Density Effect of Bean Seedlings
Haruka Kometani, Hibiki Tokuda, Momo Yoshita, Ryosuke Kasamaki, Shunsuke Takahashi (Komatsu
High School)– S121 –3HL1130Aβ の線維成長におけるポリフェノールの影響に関する研究
The research on the influence of polyphenols in the fibril growth of Amyloid Beta
Sara Takahashi1, Saho Izawa2, Yui Kanaoka3, Yuto Nonaka3, Yuki Tajimi3, Maho Yagi4,
Takayuki Uchihashi3 (1Ichinomiya High School, 2Tajimi Kita High School, 3Nagoya University Graduate
School, 4Nagoya City University)– S122 –ポスター発表

Poster Presentations

1 日目（11 月 14 日（火））／Day 1（Nov. 14 Tue.） 17:00 ～ 19:00

01A. タンパク質：構造／01A. Protein: Structure
1Pos001

1Pos002

1Pos003

1Pos004

1Pos005

1Pos006

1Pos007

1Pos008

1Pos009

金属イオン結合により構造変化する α ヘリカルペプチドにおける疎水性コア形成残基の影響
Effects of hydrophobic core residues on conformational changes of α-helical peptides induced
upon metal-ion binding
Shinya Nishatani1, Yumi Kitagawa2, Satoshi Nagao3, Hiroshi Sekiguchi3, Masayuki Oda1,2 (1FacultyLife. Environ. Sci., Kyoto Pref. Univ, 2Grad. Sch. Life Environ. Sci., Kyoto Pref. Univ, 3Japan
Synchrotron Radiation Research Institute (JASRI))
AlphaFold 構造データベースからの「二刀流 NTPase」の発見
Dual-wield NTPases: a novel protein family mined from AlphaFold protein structure database
Koya Sakuma1, Ryotaro Koike1, Motonori Ota1,2 (1Grad. Sch. Informatics, Nagoya University, 2Inst. for
Glyco-core Research, Nagoya University)
乾眠クマムシのリボソーム in-situ 構造解析
In-situ Structural Analysis of Tardigrades Ribosomes in Anhydrobiotic State
Hiroko Takazaki1, Taiga Horii2, Takayuki Kato1 (1IPR, Univ. Osaka, 2Grad. Sch. Sci., Univ. Osaka)
Real-time imaging and analysis of human SAA aggregation using quantum dots
Liangquan Shi, Tuya Gegen, Masahiro Kuragano, Kiyotaka Tokuraku (Muroran Institute of Technology
University)
量子ドットを用いたアミリン凝集体のリアルタイム 3D イメージングと阻害解析
Real-time 3D Imaging and Inhibition Analysis of Amylin Aggregations Using Quantum Dots
Xiaoyu Yin, Ziwei Liu, Tuya Gegen, Hayate Sawatari, Keiya Shimamori, Masahiro Kuragano,
Kiyotaka Tokuraku (Muroran Institute of Technology)
マイクロフルイディックチップを使った室温条件下でのフェリチンの構造決定
Structure determination of Ferritin at room temperature in microfluidic chips
Yusuke Kono1, Leonard Chavas1,2 (1Dept. of Appl. Phys., Nagoya Univ., 2Synchrotron Radiation Center,
Nagoya Univ.)
Map p ing an enzyme active site with time-resolved serial femtosecond crystallography by
mixing injectors
Fangjia Luo1, Michihiro Sugahara2, Tetsunari Kimura3, Takanori Nakane4, Keitaro Yamashita5,
Kazuya Hasegawa1, Ayumi Yamashita2,6, Tomoyuki Tanaka2,6, Toshi Arima2,6, Rie Tanaka2,6,
Eiichi Mizohata4, Mamoru Suzuki4, Tetsuya Masuda7, Kensuke Tono1, So Iwata2,6, Eriko Nango2,8(1JASRI, 2RIKEN Harima, 3Kobe University, 4Osaka University, 5MRC Laboratory of Molecular Biology,
6Kyoto University, 7Ryukoku University, 8Tohoku University)
Damage-free Crystal Structure of Fluorescent Protein, mBanana Reveals the Actual
Chromophore Conformation
Nipawan Nuemket1,2, Fangjia Luo1, Takaaki Fujiwara3, Norimichi Nomura4, So Iwata2,4, Eriko Nango2,3(1Japan Synchrotron Radiation Research Institute, 2RIKEN, 3Tohoku University, 4Kyoto University)
時計タンパク質 KaiA-KaiC 複合体の溶液構造解析
Structural analysis of clock protein KaiA-KaiC complex in solution
Ken Morishima1, Masahiro Shimizu1, Yasuhiro Yunoki1, Lionel Porcar2, Anne Martel2, Rintaro Inoue1,
Masaaki Sugiyama1 (1Institute for Integrated Radiation and Nuclear Science, Kyoto University, 2Institut
Laue-Langevin)– S123 –1Pos010

1Pos011

1Pos012

左巻き βαβ モチーフを含む新規フォールドタンパク質のデノボデザイン
De novo design of left-handed βαβ-motifs-containing proteins
Hiroto Murata1, Riu Hirano1, Swagatha Ghosh1, Leonard Chavas1,2, George Chikenji1 (1Dept of Appl.
Phys., Grad. Sch of Eng., Nagoya. Univ, 2Synchrotron Radiation Research Center, Nagoya Univ.)
Cryo-EM structure of the Mfa1 minor type V pilus from the periodontal pathogen Porphyromonas
gingivalis
Satoshi Shibata1,2, Mikio Shoji3, Hideyuki Matsunami2, Matthias Wolf2 (1Div. Bacteriology, Fac. Med.,
Tottori Univ., 2Mol. cryo-EM unit, OIST, 3Grad. Sch. Biomed. Sci., NagaNagasaki Univ.)
Crystal Structures of AMPA Receptor Complexed with a Ligand by X-ray Free Electron Laser
Hansel Adriel1, Takaaki Fujiwara1, Kyohei Soga2, Fangjia Luo3, Shigeki Kiyonaka2, Eriko Nango1,3(1Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Katahira 2-1-1,
Aoba-ku, Sendai, Japan, 980-8577, 2Graduate School of Engineering, Nagoya University, Furo-cho,
Chigusa-ku, Nagoya, Japan, 464-8603, 3RIKEN SPring-8 Center, 1-1-1 Kouto, Sayo-cho, Sayo-gun,
Hyogo 679-5148, Japan)

01B. タンパク質：構造機能相関／01B. Protein: Structure & Function
1Pos013

1Pos014

1Pos015

1Pos016

1Pos017

1Pos018

ヒスタミン H1 受容体に対する E/Z-Doxepin 立体異性体の結合評価
Binding properties of E/Z-Doxepin isomers to histamine H1 receptor
Hiroto Kaneko1, Ryunosuke Korenaga1, Ryota Nakamura2, Shinnosuke Kawai2, Tadashi Ando2,
Mitsunori Shiroishi1 (1Dept.of Biol. Sci. and Technol., Tokyo Univ. of Sci., 2Dept. of Appl. Electronics,
Tokyo Univ. of Sci.)
ヒスタミン H1 受容体に対する E/Z-Doxepin 立体異性体の結合自由エネルギー計算
Free energy calculations of E- and Z-doxepin isomers binding to histamine H1 receptor
Ryota Nakamura1, Shinnosuke Kawai1, Hiroto Kaneko2, Ryunosuke Korenaga2, Tadashi Ando1,
Mitsunori Shiroishi2 (1Dept. of Appl. Electronics., Tokyo Univ. of Sci., 2Dept. of Biol. Sci. and Technol.,Tokyo Univ. of Sci.)
Glu48 と His124 の変異による大腸菌リボヌクレアーゼ HI の金属イオン配位解析
Metal-ion coordination in Escherichia coli ribonuclease HI, as revealed by mutation analyses
of Glu48 and His124
Yumi Kitagawa1, Zengwei Liao1, Takuji Oyama2, Kosuke Morikawa1, Masayuki Oda1 (1Grad. Sch. Life
Environ. Sci., Kyoto Pref. Univ., 2Faculty Life Environ. Sci., Yamanashi Univ.)
重鎖 CDR3 ループ内ジスルフィド結合が抗原結合や安定性に与える影響
Role of a disulfide bond in H-CDR3 loop of antibody for antigen binding and stability
Mutsumi Yoshida1, Yumi Kitagawa1, Masayuki Oda1, Nobutaka Numoto2, Nobutoshi Ito2 (1Grad. Sch.
Life. Environ. Sci., Kyoto Pref. Univ., 2Med. Res. Inst., Tokyo Med. Dent. Univ.)
ショウジョウバエの左右非対称性を制御する MyoIC と MyoID の解析
Analysis of MyoIC and MyoID controlling left-right asymmetry in Drosophila
Suguru Sato1, Kohe Yoshimura1, Takeshi Haraguchi2, Asuka Yamaguchi3, Kenji Matsuno3, Kohji Ito2
(1Grad. Sch. Sci., Univ. Chiba, 2Sch. Sci., Univ.Chiba, 3Grad. Sch. Sci., Univ. Osaka)
電荷ペプチドタグ付き抗 EGFR-VHH 抗体の生物物理学的解析と EGFR への結合評価
Biophysical characterization of charged peptide-tagged anti-EGFR-VHHs and evaluation of
their binding to EGFR
Yukako Shimatake1, Md. Golam Kibria1, Sawaros Onchaiya1, Yoko Akazawa2, Yoshihisa Hagihara2,
Yutaka Kuroda1 (1Grad. Sch. Eng., TUAT, 2Kansai Inst., AIST)– S124 –1Pos019

1Pos020

時間分解蛍光異方性測定による緑色蛍光タンパク質 eGFP の蛍光共鳴エネルギー移動の観測
FRET processes of enhanced green fluorescent protein (eGFP) observed by picosecond timeresolved fluorescence anisotropy measurements
Yuna Kinoshita1, Mamoru Shigeno1, Haruko Hosoi1,2 (1Grad. Sch. Sci., Toho Univ., 2Fac. Sci., Toho
Univ.)
Crystallographic, SAXS and simulation studies on LTA4 hydrolases reveal conformational
differences related to catalytic mechanism
Mahmudul Hasan1,2, Sandhya P. Tiwari2, Jesper Z. Haeggström3, Gert-Jan Bekker2, Kenji Mizuguchi2,
Marjolein Thunnissen4 (1Biochemistry and Structural Biology, Lund University, Sweden, 2Institute forProtein Research, Osaka University, 3Medical Biochemistry and Biophysics, Karolinska Institute,
Stockholm, Sweden, 4MAX IV Laboratory, Lund University, Sweden)

01C. タンパク質：物性／01C. Protein: Physical Property
1Pos021

1Pos022

1Pos023

1Pos024

1Pos025
1Pos026

1Pos027

1Pos028

分子動力学計算による変性剤中におけるタンパク質の熱力学的研究
Molecular dynamics study of thermodynamics of proteins in denaturants
Hitomi Baba1, Mafumi Hishida2, Go Watanabe1,3,4 (1Grad. Sch. Sci., Kitasato Univ., 2Sch. Sci., Tokyo
Univ. Sci., 3Sch. Front. Eng., Kitasato Univ., 4KISTEC)
X 線小角散乱解析による磁場応答蛋白質の構造学的研究
Structural studies of magnetic field-responsive proteins by small-angle X-ray scattering analysis
Shigeki Arai1, Rumi Shimizu1, Motoyasu Adachi1, Mitsuhiro Hirai2 (1Institute for Quantum Life
Science, QST, 2Gunma University)
ニワトリ卵白由来リゾチームの熱凝集の前駆体とされる不可逆的なオリゴマーの物性解析
Physicochemical characterization of irreversible oligomers considered precursors of thermal
aggregation of hen egg white lysozyme
Tomonori Saotome, Shun-ichi Kidokoro (Nagaoka Univ. of Tech.)
日本脳炎ウイルス由来 ED3 タンパク質と金属イオンの相互作用による会合体形成の物理化学的解析
Physicochemical analysis of aggregation of Japanese encephalitis virus-derived ED3 proteinwith metal ions
Nanaka Morikoshi, MD. Din Islam, Subbaian Brindha, Takahiro Yosizue, Yutaka Kuroda (Grad. Sch.
Eng., TUAT)
Bacterial expression of the influenza A H1N1 receptor-binding domain protein
Le Ngoc Thao Tu, Tharangani Rathnayaka, Yutaka Kuroda (Grad. Sch. Eng, TUAT)
ペプチド結合平面性の部位特異的緩和が β タンパク質の熱安定性に及ぼす影響
Effect of site-specific relaxation of peptide bond planarity on thermal stability of beta-proteins
Kaori Chiba1, Tomonori Saotome2 (1Indust. Eng. Natl. Inst. Tech, Ibaraki Coll., 2Dept. of Mate. Sci. andBio., Nagaoka Univ. of Tech.)
高圧 native 電気泳動速度法を用いたオリゴマータンパク質の安定性に関する研究
The thermodynamical and kinetic studies on the stability of oligomeric protein by using highpressure native PAGE velocity method
Ryo Ishiguro, Tetsuro Fujisawa (Fac. Eng., Gifu Univ.)
クモ糸フィブロインから再構成されたナノファイバーを用いたフィルムの調製
Preparation of films with nanofibers reconstructed from spider silk fibroin
Haruya Kajimoto1, Kento Yonezawa2, Takehiro Sato3, Yoichi Yamazaki1, Sachiko Toma-Fukai1,
Hironari Kamikubo1,2 (1NAIST, MS, 2NAIST, CDG, 3Spiber Inc.)– S125 –1Pos029

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アミロイド β タンパク質の分子構造動態と凝集に D-アスパラギン酸が与える影響
Effect of D-Aspartic Acid on the Conformational Dynamics and Aggregation of Amyloidβ1-42 Protein
Yu Fukuda1, Takeru Kameda1, Shin-ichi Tate3, Yuichi Togashi1,2 (1Coll. Life Sci., Ritsumeikan Univ.,
2Riken BDR, 3Grad. Sch. Integ. Sci. Life, Hiroshima Univ.)
ミトコンドリアにおけるタンパク質膜挿入の構造基盤
Structural basis of the protein membrane insertion by the mitochondrial protein assembly gate
Hironori Takeda (Grad. Sch. Sci. Tech. Inno., Kobe Univ.)

01D. タンパク質：機能／01D. Protein: Function
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Investigation of the effect of ATP/ADP for formation of 2-Cys peroxiredoxin (Prx2) highmolecular weight complex
NgocTrang Tran1, Hiroki Konno2 (1Grad. Sch. Frontier Science Initiative, Kanazawa Univ., 2WPI Nano
Life Science Institute, Kanazawa Univ.)
Orchestration of proteins in a Kai clock system 2
Masaaki Sugiyama1, Ken Morishima1, Yasuhiro Yunoki1, Rintaro Inoue1, Hirokazu Yagi2, Koichi Kato3(1KURNS, 2Grad. Sch. Phar., Nagoya City Univ., 3ExCELLS)
エネルギー再生系酵素であるポリリン酸キナーゼ 2 クラス III の広い基質特異性のメカニズムの解明
Characterization of promiscuity of energy regeneration enzyme polyphosphate kinase 2 class III
Ako Kagawa1, Ryusei Matsumoto2, Takayoshi Watanabe1, Liam Longo1, Tomoaki Matsuura1 (1ELSI,Tokyo Tech, 2Dept. Life Sci. Tech., Tokyo Tech)
ファージディスプレイ法によるポリエチレンテレフタレート吸着タンパク質の開発
Development of polyethylene terephthalate binding protein by phage display method
Yoshihito Hashino1, Akihiko Nakamura1,2 (1Faculty of Agriculture, Shizuoka University, 2Institute for
Molecular Science)
高活性 PET 分解酵素の高速スクリーニング法の確立と実証
Development and demonstration of high-throughput screening method for highly active PEThydrolase
Yui Ogura1, Akihiko Nakamura1,2 (1Faculty of Agriculture, Shizuoka University, 2Institute for Molecular
Science)
一過的な静水圧印加後における GEF ドメイン存在時の Ras の遅発的活性化
Delayed activation of Ras in the presence of GEF after application of transient hydrostaticpressure
Teruhiko Matsuda1, Minki Chang2, Yuki Taninaka2, Katsuko Furukawa2, Takashi Ushida3,
Taro QP Uyeda1 (1Dept. Pure & Appl. Physics, Grad. Sch. Adv. Sci. & Eng., Waseda Univ., 2Dept. Bio
Eng., Fac. Eng., Univ. Tokyo, 3Dept. Mech. Eng., Fac. Eng., Univ. Tokyo)
Clarification of the color tuning mechanism between GPR and BPR by FTIR spectroscopy
Tatsuro Nishikino1, Teppei Sugimoto1, Hideki Kandori1,2 (1Department of Life Science and Applied
Chemistry, Nagoya Institute of Technology, 2OptoBioTechnology Research Center, Nagoya Institute ofTechnology)
QM/MM metadynamnics を使った EcoRV の DNA 加水分解における複数の反応経路
Reaction Pathways in DNA Hydrolysis of EcoRV Calculated by QM/MM Metadynamics
Itaru Onishi1, Mika Mitsumatsu1, Ryoutarou Matsuda1, Norio Yoshida2, Fumio Hirata3, Masayuki Irisa1(1Comp. Sci. and Sys. Eng., Kyushu Inst. Tech., 2Grad. Sch. Inform.. Nagoya Univ., 3Inst. Mol. Sci.)– S126 –01E. タンパク質：計測・解析／01E. Protein: Measurement & Analysis
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深層学習を用いた GIST マップの高速計算：リガンド結合に伴う水の自由エネルギー変化の計算への応用
A Fast Computation of GIST Maps Using a Deep Learning: Application to the Computation of
Free-Energy Change of Water upon Ligand Binding
Yusaku Fukushima, Yuki Ito, Takashi Yoshidome (Dep. of Appl. Phys., Tohoku Univ.)
二次元蛍光寿命相関分光法による酵素反応観測の試み： CRISPR-Cas13a の RNA 分解反応
An attempt to detect enzymatic reaction by two-dimensional fluorescence lifetime correlation
spectroscopy: RNA cleavage by CRISPR-Cas13a
Tsukasa Tokita1, Bidyut Sarkar1, Hajime Shinoda2, Kunihiko Ishii1,3, Rikiya Watanabe2, Tahei Tahara1,3(1Molecular Spectroscopy Laboratory, RIKEN, Japan, 2Molecular Physiology Laboratory, RIKEN,
Japan, 3RIKEN Center for Advanced Photonics, Japan)
全光子記録方式による二色蛍光相関分光法：ナノ秒からミリ秒領域におけるタンパク質ダイナ
ミクスの観測Lossless photon recording of two-color fluorescence correlation spectroscopy for protein
dynamics investigations from nano to milliseconds
Yutaka Sano1,2, Yuji Itoh1,2, Atsuhito Fukasawa3, Hiroyuki Oikawa1,2, Satoshi Takahashi1,2 (1Institute ofMultidisciplinary Research for Advanced Materials, Tohoku University, 2Department of Chemistry,
Graduate School of Science, Tohoku University, 3Hamamatsu Photonics K. K.)
リコンビナント LOX-1,CD36 および LDL 受容体に結合する LDL の硬さ特性
Physical properties of low-density lipoproteins recognized by recombinant LOX-1,CD36 andLDL receptor
Seiji Takeda1, Kanako Ushirogata2, Takehiro Kikuchi1, Yunoshin Sasaki1, Subagyo Agus3,
Taichi Takasuka2 (1Dept. Pharm., Hokkaido Univ. of Sci., 2Grad. Sch. GFR., Hokkaido University, 3Grad.
Sch. Info. Sci.Tech., Hokkaido University)
非生物発光タンパク質における擬似ルシフェラーゼ活性の発見と利用
Discovery and utilization of pseudo-luciferase activities in non-bioluminescent proteins
Ryo Nishihara1,2, Ryoji Kurita1 (1National Institute of Advanced Industrial Science and Technology(AIST), 2Japan Science and Technology Agency (JST), PRESTO)
Advancing X-ray Diffraction: Versatile Capabilities and Future Prospects of BL2S1 at the Aichi
Synchrotron
Leonard MGH Chavas, Yasufumi Umena, Hiroki Onoda (Nagoya University Synchrotron-radiation
Research center)
グラファイト上におけるペプチドの自己組織化を利用した EggPC 脂質膜の展開
Utilizing Peptide Self-Assembly on Graphite for the formation of EggPC Lipid Membranes
Soichiro Kato1, Kantaro Kikuchi1, Takayuki Watanabe2, Tomoaki Matsuura2, Yuhei Hayamizu1 (1Dept.
of Mat. Sci. and Eng., Tokyo Tech., 2ELSI, Tokyo Tech.)
Automated Density Extraction of Isomorphous Difference map and Occupancy-estimation for
Conformer Fitting
Sriram Srinivasa Raghavan1, Osamu Miyashita1, Tama Florence1,2,3 (1RIKEN Center for
Computational Science, Kobe, Japan, 2Institute of Transformative Biomolecules (WPI-ITbM), Nagoya
University, Aichi, Japan, 3Department of Physics, Graduate School of Science, Nagoya University, Aichi,
Japan.)– S127 –01F. タンパク質：タンパク質工学／進化工学／01F. Protein: Engineering
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タンパク質ディスプレイとマイクロウェルアレイチップを組み合わせた、個別生化学的評価型
タンパク質スクリーニングシステムの開発
Protein screening system based on individual biochemical evaluation by the combination ofprotein display and microwell array chip
Shingo Ueno1, Fumi Toshioka1, Shoichi Tsuchiya1, Takanori Ichiki1,2 (1iCONM, Kawasaki Inst. Industry.
Promo., 2Grad. Sch. Eng., Univ. Tokyo)
ファインチューニング済み言語モデルを用いた VHH 抗体配列のベイズ最適化
Bayesian optimization of nanobody sequences with a fine-tuned language model
Hironori Matsubara, Yasuhiro Matsunaga (Grad. Sch. Sci. Eng., Saitama Univ.)
L グルタミン酸酸化酵素の基質認識の構造基盤
Structural basis of substrate recognition of ʟ-glutamate oxidase
Yuka Ueda1, Natsume Nakayama2, Yoshika Yano2, Kenji Inagaki2, Takekawa Norihiro1, Katsumi Imada1(1Dept. Macromol. Sci., Grad. Sch. Sci., Osaka Univ., 2Grad. Sch. Env. & Life Sci.)
非天然アミノ酸を用いたペプチド生合成を目指した AzpC の改変体の計算デザイン
Computational design of modified AzpC for peptide biosynthesis using nonnatural amino acids
Koki Miyake, Takashi Maruyama, Yoshitaka Moriwaki, Yohei Katsuyama, Yasuo Ohnishi, Tohru Terada(The Graduate School of Agricultural and Life Sciences, The University of Tokyo)
Development of fluorescent peptide aptamer targeting the SARS-CoV-2 spike protein using
ribosome display
Shin Woong Kim1,2, Yoshito Ito3, Noriko Minagawa3, Akiko Yumoto3, Yoshihiro Ito1,2,3,
Takanori Uzawa2,3 (1Department of Biological Sciences, Tokyo Metropolitan University, 2Nano Medical
Engineering Laboratory, RIKEN Cluster for Pioneering Research, 3Emergent Bioengineering Materials
Research Team, RIKEN Center for Emergent Matter Science)
3D ドメインスワッピングに基づいた計算機設計による安定な c 型シトクロム 2 量体の創製
Construction of stable c-type cytochrome dimers utilizing computational design inspired by 3D
domain swapping
Naoya Kobayashi1, Yuma Yoshida1, Hideaki Ogata2, Tsuyoshi Mashima1, Shun Hirota1 (1NAIST, Mat.
Sci., 2Univ. Hyogo, Grad. Sch. Sci.)
立体的に類似した構造モチーフを介した構造ドメイン組換えによるヘテロオリゴマータンパク
質のコンビナトリアル設計法
Combinatorial design of heterooligomeric proteins by recombination of structural domains
through sterically analogous structure motifs
Marino Yamamoto, Naoya Kobayashi, Shun Hirota (Mat. Sci., NAIST)
ペプチドアプタマー選出に向けたサイバー・フィジカルシステムの構築
Development of a cyber-physical system for peptide aptamer selection
Yoshito Ito, Noriko Minagawa, Akiko Yumoto, Yoshihiro Ito, Takanori Uzawa (RIKEN)

03. 膜タンパク質／03. Membrane proteins
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膜内切断プロテアーゼ RseP のネイティブ質量分析による特性解析
Characterization of the intramembrane-cleaving protease RseP by native mass spectrometry
Michiko Tajiri, Tomoya Shida, Terukazu Nogi, Satoko Akashi (Yokohama City Univ.)
高速 AFM による多剤排出トランスポーター P-gp の機能ダイナミクス解析
HS-AFM Observation of Conformational Dynamics of ABC transporter P-gp
Yuto Nonaka1, Norie Hamaguchi2, Fumi Nakagawa2, Takeshi Murata2, Takayuki Uchihashi1 (1Grad.
Sch. Phys., Univ. Nagoya, 2Grad. Sch. sci., Univ. Chiba)– S128 –1Pos057

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異なる膜様環境下でのプロトンポンプ型ロドプシン RxR の物性、構造および機能の解析
Analysis of the physical properties, structure and function of proton-pumped rhodopsin RxRunder different membrane-mimetic environments
Chihiro Kikuma1, Rika Suzuki1, Keiichi Kojima2, Yuji Tokunaga3, Koh Takeuchi3, Yuki Sudo2,
Hideo Takahashi1 (1Grad. Sch. Med. Life Sci., YCU, 2Grad. Sch. Msd., Dent. and Pharma Sci., Univ.
Okayama, 3Grad. Sch. Pharma Sci., Univ. Tokyo)
液胞膜内 delta-rhodopsin 発現酵母による光を用いた H+輸送と物質生産能の向上
Enhancement of H+ transport and bioproduction capacity by light for yeast expressing deltarhodopsin in vacuolar membrane
Kaoru Daicho, Yoko Hirono, Hiroshi Kikukawa, Kentaro Tamura, Kiyotaka Hara
(Grad.Sch.Integr.Pharm. Nutr. Sci.,Univ.Shizuoka)
アデノシン A2a 受容体と G タンパク質との結合のダイナミクスの解明： 分子動力学シミュレー
ション研究による
Unveiling the dynamics of Adenosine A2a receptor coupling to the G proteins: a molecular
dynamics simulation study
PhuocDuy Tran, Sari Hagimoto, Akio Kitao (Sch. Life Sci. Tech., TokyoTech)
高フッ素化ジパルミトイルホスファチジルコリン膜に再構成したバクテリオロドプシンの構造・機能の特徴
Structural and functional properties of bacteriorhodopsin reconstituted in highly fluorinateddipalmitoylphosphatidylcholine membranes
Daiki Kojima1, Ai Nakagawara1, Takafumi Shimoaka1, Takashi Kikukawa2, Toshiyuki Takagi3,
Hiroshi Takahashi1, Hideki Amii1,4, Masashi Sonoyama1,4,5 (1Grad. Sch. Sci. Tech., Gunma Univ., 2Fac.
Adv. Life Sci., Hokkaido Univ., 3AIST, 4GIAR, Gunma Univ., 5GUCFW, Gunma Univ.)
リガンド結合の有無による MAO-B 二量体のダイナミクスの違い
The differences between the dynamics in MAO-B dimer with/without a ligand binding
Yoshitaka Tadokoro1, Naoyuki Miyashita1,2 (1Grad. Sch. BOST, KINDAI Univ., 2BOST., KINDAI Univ.)

04. DNA・DNA 結合タンパク質／04. DNA & DNA binding proteins
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Hop2-Mnd1 and Swi5-Sfr1 Stimulate Dmc1 Filament Assembly Using Distinct Mechanisms
Hung-Wen Li1, Wei Lee1, Hiroshi Iwasaki2, Hideo Tsubouchi2 (1Chemistry, Nat'l Taiwan Univ.,
2Institute of Innovative Research, Tokyo Institute of Technology)
分子動力学シミュレーションによるインターカレーションした DNA の構造解析
Analysis of conformation of intercalated DNA using molecular dynamics simulations
Hisashi Ishida1, Hidetoshi Kono1,2 (1National Institutes for Quantum Science and Technology, 2Chiba
University)
高速原子間力顕微鏡による FnCas9 の機能動態解明
High-speed atomic force microscopy reveals functional dynamics of Francisella novicida Cas9
Hideaki Tsukada1, Mikihiro Shibata2,3 (1Grad. Sch. Math. & Phys., Kanazawa Univ, 2WPI-NanoLSI,
Kanazawa Univ, 3InFiniti, Kanazawa Univ)
大腸菌 UvrD C 末端非構造化領域全欠損変異体の DNA 結合・巻き戻しダイナミクス
Dynamics of DNA binding and unwinding by Escherichia coli UvrD lacking the entire
unstructured C-terminal region
Hiroaki Yokota (Grad. Sch. Creation New Photon. Indust.)
高速原子間力顕微鏡による転写因子 Photozipper の DNA 上での動態過程の観察
Dynamic process of a transcription factor, Photozipper, on DNA observed by high-speed
atomic force microscopy
Akihiro Tsuji1, Hayato Yamashita1, Osamu Hisatomi2, Masayuki Abe1 (1Grad. Sch. Eng. Sci., Osaka
Univ., 2Grad. Sch. Sci., Osaka Univ.)– S129 –1Pos067

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スピンラベル ESR によるヘテロクロマチンタンパク質 HP1 の動的構造研究：リン酸化・DNA・
H3K9me3・相分離の効果
Structural dynamics of heterochromatin protein HP1 by spin labeling ESR: Effects ofphosphorylation, DNA, H3K9me3, and phase separation
Isao Suetake2,3, Kazunobu Sato4, Tomoaki Sugishita3, Yuichi Mishima3, Takeji Takui4, Hironobu Hojo3,
Yoh Matsuki3, Toshimichi Fujiwara3, Makoto Miyata1, Toshiaki Arata1,3 (1Dept. Biol., Grad. Sch. Sci.,
Osaka Met. Univ., 2Nakamura Gakuen Univ., 3IPR, Osaka Univ., 4Dept. Chem., Grad. Sch. Sci., Osaka
Met. Univ.)
RNA ポリメラーゼⅡがクロマチン構造を壊さずにヌクレオソームを通過する粗視化分子シミュ
レーション
Coarse-grained molecular simulations of RNA polymerase II passing through nucleosomes
without disruption of chromatin
Takafumi Yamauchi, Fritz Nagae, Genki Shino, Tsuyoshi Terakawa, Giovanni Brandani, Shoji Takada(Kyoto University)

08. クロマチン・染色体／08. Chromatin & Chromosomes
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Effect of the molecular crowding environment on the structure of polynucleosome
Tomoko Sunami1, Amarjeet Kumar1, Hidetoshi Kono1,2 (1National Institutes for Quantum Science andTechnology, 2Chiba University)
生きた細胞核内での粘弾性測定
Measurement of Viscoelasticity in Nucleus of Living Cell
Akinori Miyamoto1,2, Ryota Orii3, Tetsuya Hiraiwa2,4, Hirokazu Tanimoto3, Yoshihiro Murayama1(1Department of Applied Physics, Tokyo University of Agriculture and Technology, Japan,
2Mechanobiology Institute, National University of Singapore, Singapore, 3Department of Science,
Yokohama City University, Japan, 4Department of Physics, Academia Sinica, Taiwan)
Building a Coarse-Grained Model to Investigate the Effects of Post-Translational Modifications
on Nucleosome Packing and Gene Expression
Wai Soon Chan1, Giovanni B. Brandani2, Shoji Takada2, Hidetoshi Kono1 (1Molecular Modeling and
Simulation Team, iQLS, QST, Japan, 2Department of Biophysics, Graduate School of Science, Kyoto
University, Japan)
Decoding the Mg2+ Ion Effects on Polynucleosomal Array Dynamics: Insights from SingleMolecule Optical Tweezers
Amarjeet Kumar1, Tomoko Sunami1, Shoko Sato2, Hitoshi Kurumizaka2, Hidetoshi Kono1,3 (1Institutes
for Quantum Life Science, National institutes for Quantum Science and Technology, Chiba, Japan,
2Institute for Quantitative Biosciences, The University of Tokyo, Tokyo, Japan, 3Graduate School of
Science, Chiba University, Chiba, Japan)
クロマチンの高次構造はクロマチンの局所的な動きとクロマチンのかたさを制御する
Higher order structure of chromatin regulates local chromatin motion and chromatin stiffness
Shiori Iida1,2, Masahito Tanaka3, Sachiko Tamura1, Masato Kanemaki2,4, Yuta Shimamoto2,3,Kazuhiro Maeshima1,2 (1Genome Dynamics Lab., Natl. Inst. of Genetics, 2Graduate Institute forAdvanced Studies, SOKENDAI, 3Physics and Cell Biology Lab., Natl. Inst. of Genetics, 4Molecular Cell
Engineering Lab., Natl. Inst. of Genetics)– S130 –09. 電子状態／09. Electronic
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The electrical spike of Escherichia coli
Chiao-Chen Chuang1, Fan Bai2,3, Chien-Jung Lo1 (1Department of Physics and Center for Complex
Systems, National Central University, JhongLi, Taoyuan 32001, Republic of China., 2Biomedical
Pioneering Innovation Center (BIOPIC), School of Life Sciences, Peking University, Beijing, China.,
3Beijing Advanced Innovation Center for Genomics (ICG), Peking University, Beijing, China.)
酸素耐性を持つ[NiFe]ヒドロゲナーゼの電子・幾何構造に基づく理論的考察
Theoretical investigation into the electronic and geometrical structures for the oxidation
tolerance of [NiFe]-hydrogenases
Yuta Hori1, Ayaka Sato2, Yasuteru Shigeta1 (1Center for Computational Sciences, Univ. Tsukuba, 2Grad.
Sch. Sci. Tech., Univ. Tsukuba)

10. 水・水和／電解質／10. Water & Hydration & Electrolyte
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高い透水性をもつ細胞を用いた凍結保存過程における脱水の効果に関する研究
Study on the effects of dehydration in the cryopreservation process by using high water
permeability cells
Sumire Matsuo1, Kenji Yamazaki2, Masato Yasui3, Youichiro Abe3, Tsutomu Uchida2 (1Graduate schoolof engineering, Hokkaido University, 2Faculty of Engineering, Hokkaido University, 3School of Medicine,
Keio University)
構造予測法と統計熱力学を組み合わせた「ペプチド薬デザイン法」の開発
A methodology for designing peptide drugs by combining structure prediction methods andstatistical thermodynamics
Shunsuke Miyamoto, Tomohiko Hayashi (Grad. Sch. Sci. and Tech., Niigata Univ.)
機械学習をもちいた水の構造記述子による溶液の低密度-高密度構造の検出
A structural descriptor for liquid water constructed by machine-learning method that detects lowdensity and high-density structure
Taku Mizukami1, Nguyen Viet Cuong2, Dam Hieu Chi3 (1JAIST, Materials Science, 2HPC systems,
3JAIST Knowledge Science)
ペプチドおよびタンパク質周囲の水和ダイナミクスの分子動力学シミュレーションによる解明
Elucidation of hydration dynamics around peptides and proteins by molecular dynamics
simulation
Takuya Takahashi1, Ryutaro Inou2, Yui Nakamura2, Shingo Nobunaga2, Simon Hikiri1 (1Coll. Life Sci.,
Ritsumeikan Univ., 2Grad. Sch. Life Sci., Ritsumeikan Univ.)
テラヘルツ分光で解き明かす細胞内の水の世界
Exploring the world of intracellular water with terahertz spectroscopy
Keiichiro Shiraga1,2, Suzune Nagao3 (1Grad. Sch. Agri., Kyoto Univ., 2JST PRESTO, 3Dep. Agri., Kyoto
Univ.)
酵素反応における水の役割の解明に向けたタンパク質周りの水和状態の検証
Investigation of hydration state around proteins to elucidate the role of water in enzyme
reactions
Mizuki Yamamoto1, Naoshi Kondo2, Yuichi Ogawa2, Keiichiro Shiraga2,3 (1Dep. Agri., Kyoto Univ.,
2Grad. Sch. Agri., Kyoto Univ., 3JST PRESTO)– S131 –1Pos082

トレハローストランスポーター TRET1 発現細胞を用いた接着状態での凍結保存技術の開発
Study on the development of cryopreservation technology in an adherent state using cells
expressing trehalose transporter TRET1
Koki Watanabe1, Takahiro Kikawada2,3, Kenji Yamazaki4, Tsutomu Uchida4 (1Graduate School ofEngineering, Hokkaido University, 2National Agriculture and Food Research Organization (NARO),
3Graduate School of Frontier Sciences, The University or Tokyo, 4Faculty of Engineering, Hokkaido
University)

14. 分子モーター／14. Molecular motor
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粗視化 MD 計算を用いた FOF1 ATPase の FO モーターと F1 モーターの回転対称性のミスマッチ
に関する理論研究
Theoretical study on rotational symmetry mismatch between FO and F1 motor of FOF1 ATPaseusing coarse-grained MD simulation
Shintaroh Kubo, Yasushi Okada (Grad. Sch. Med., Univ. Tokyo)
高速 AFM によるべん毛 III 型分泌装置の ATPase FliI の動態観察
Observation of flagellar type III secretion system ATPase FliI by HS-AFM
Yuki Tajimi1, Asako Usui2, Tatsunari Yano2, Norihiro Takekawa2, Katsumi Imada2,
Takayuki Uchihashi1,3 (1Department of Physics, Nagoya University, 2Department of Macromol, Osaka
University, 3ExCELLS)
繊毛打中のクシクラゲ櫛板の軸糸からのミリ秒時間分解 X 線回折像記録
Millisecond time-resolved recordings of X-ray diffraction patterns from axonemes in beatingcomb plates of ctenophore
Hiroyuki Iwamoto1, Mio Kosaka2, Ryo Yokoya2, Kei Jokura2, Kazuhiro Oiwa3, Kazuo Inaba2(1SPring-8, JASRI, 2Univ. Tsukuba, Shimoda Marine Research Ctr., 3NICT・Bio-ICT)
細菌鞭毛馬達的分布
Bacterial Flagellar Motor Distribution
Chien-Jung Lo (National Central University)
キネシン 1 のネックリンカーが頭部のメカノケミカルサイクルを制御する仕組み
How the neck linker controls mechanochemical cycle of kinesin-1's catalytic domain
Yamato Niitani2, Kohei Matsuzaki1,2, Erik Jonsson3, Ron Vale3, Michio Tomishige1 (1Dept. Phys. Sci.,
Aoyama Gakuin Univ., 2Dept. Appl. Phys., Univ. Tokyo, 3Dept. Cell. Mol. Pharmacol., UCSF)
モータータンパク質の運動の理解を目指した第一通過時間による負荷を伴う化学反応速度の計算
Chemical reaction rates with loads calculated from first-passage time towards understanding
motions of motor proteins
Takakuni Fukumoto1, Hideo Higuchi1, Kazuo Sasaki2 (1Grad. Sch. Sci., Univ. Tokyo, 2Grad. Sch. Eng.
Univ. Tohoku)
QCM によるモータータンパク質の ATPase と結合解離の計測
Measurement of motor protein ATPase and binding dissociation by QCM
Taiki Nishimura1, Honoka Kobayashi1, Hideki Ashizawa2, O. Yuhei Tahara3,4, Makoto Miyata3,4,
Hajime Honda1, Ikuko Fujiwara1 (1Dept. Matl. Sci. Bioeng., Nagaoka Univ. Tech, 2RIVER ELETECCORPORATION, 3Grad. Sch. Sci., Osaka Metropolitan Univ, 4OCARINA, Osaka Metropolitan Univ)
水頭症マウスの免疫染色法による内腕ダイニンのタンパク質発現量の解析
Analysis of protein expression levels of inner arm dynein in hydrocephalus mice byimmunostaining
Riko Ota, Madoka Kondo, Hironori Ueno (Edu.,Aichi Univ. Edu.)
マウスにおける内腕ダイニンの組織依存的発現解析とストーク部位発現
Tissue-dependent expression analysis of inner arm dynein and stalk expression in mice
Yuka Iwasa, Mio Kosaka, Nozomu Ida (Edu., Aichi Univ. Edu.)– S132 –1Pos092
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Active Buckling of Microtubule Driven by Kinesin Motor
Douglas K. Ng'ang'a, Takahiro Nitta (Applied physics, Gifu Univ.)
Cooperativity in force generation by kinesin propelled microtubule ’ s swarm using anelectromagnetic tweezer
Mst Rubaya Rashid1, Mousumi Akter2, Arif Md. Rashedul Kabir2, Kazuki Sada2, Akira Kakugo1(1Division of Physics and Astronomy, Kyoto University, 2Graduate School of Science, Hokkaido
University)
QCM はミオシンの結合と解離によって起こるアクチンフィラメントの変化を検出する可能性がある
QCM may detect changes in actin filaments brought by the association and dissociation of
myosinHonoka Kobayashi1, Taiki Nishimura1, Naoki Matsumoto2, Hideki Ashizawa3, Ikuko Fujiwara1,2,
Hajime Honda1,2 (1Dept. of Matl. Sci. and Bioeng., Nagaoka Univ. of Tech, 2Dept. of Bioeng. , Nagaoka
Univ. of Tech, 3RIVER ELETEC CORPORATION)
圧力変化によるべん毛モーターの回転コントロール
Control of flagellar rotation with pressure change
Seiichiro Kinoshita, Masayoshi Nishiyama (Grad.Sch.Sci. and Eng., Kindai Univ.)
Whole structural modeling of budding yeast condensin complex by high-speed atomic force
microscopy and semi-automatic analysis
Hiroki Koide1, Noriyuki Kodera2, Mayu Terakawa1, Shoji Takada1, Tsuyoshi Terakawa1 (1Faculty of
Science, Kyoto University, 2Biophysics Group, Kanazawa University)

15A. 細胞生物学的課題：接着／15A. Cell biology: Adhesion
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1Pos098

生細胞内における応力伝播
Stress propagation in a living cell
Ayama Tokuyasu, Hirokazu Tanimoto (Grad. Sch.Nanobioscience., Yokuhama City Univ.)
接着性 GPCR、CELSR が細胞間に形成する分子複合体の解析
Stably formed trans protein complex of adhesion GPCR at the cell-cell interface
Rinshi Kasai1, Shigetaka Nishiguchi2, Takayuki Uchihashi3 (1Natl. Cancer Ctr. Res. Inst., 2Osaka U.,
3Nagoya U.)

15B. 細胞生物学的課題：運動／15B. Cell biology: Motility
1Pos099

1Pos100

1Pos101

大腸菌単一細胞における走化性応答時の走化性タンパク質の細胞内動態の観察
Observation of intracellular dynamics of chemotaxis proteins during chemotactic response in asingle E. coli cell
Hajime Fukuoka, Yumiko Uchida, Yong-Suk Che, Akihiko Ishijima (Grad. Sch. Front Biosci., Osaka
Univ.)
アーキアべん毛モーターは周期光刺激に応答して回転方向を変える
Archeallar motor changes the direction of rotation in response to periodic light stimuli
Azusa Kage1, Ayaka Ihara1, Daisuke Nakane2, Takayuki Nishizaka1 (1Dept. Physics, Gakushuin Univ.,
2Dept. Engineering Science, The Univ. of Electro-Communications)
キイロショウジョウバエ精子鞭毛の 2 重らせん波形成と伝播
The extremely long flagellum of Drosophila melanogaster spermatozoon beats with small
helical waves superimposed on large helical waves
Sho Tamai1, Kosei Sato1,2, Kazuhiro Oiwa1,2 (1Grad. Sch. Sci., Univ.Hyogo, 2Natl. Inst.
Info.Commun.Technol.)– S133 –1Pos102

1Pos103

1Pos104

1Pos105

1Pos106

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真核生物の走化性における β-arrestin を介した濃度レンジの拡張
β-arrestin mediates the extension of the concentration ranges in eukaryotic chemotaxis
Masaki Muromoto1, Satomi Matsuoka1,2,3, Masahiro Ueda1,2,3 (1Grad. Sch. of Front. Biosci., Osaka
University., 2Grad. Sch. Sci., Osaka University., 3BDR, RIKEN)
Amyloid β aggregation inhibits cell motility of human brain microvascular endothelial cells
through the disruption of actin cytoskeleton
Masahiro Kuragano1, Takuma Maeda1,2,3, Keiya Shimamori1, Hiroki Kurita3, Kiyotaka Tokuraku1(1Graduate School of Engineering, Muroran Institute of Technology, 2Ohkawara Neurosurgical Hospital,
3Department of Cerebrovascular Surgery, International Medical Center, Saitama Medical University)
腸炎ビブリオの乳酸・ピルビン酸・短鎖脂肪酸への走化性応答
Chemotaxis to lactate, pyruvate, and short-chain fatty acid (SCFA) in Vibrio parahaemolyticus
Hiroyuki Terashima, Toshio Kodama (Dept. Bacteriol., Inst. Trop. Med.(NEKKEN), Nagasaki Univ.)
セミインタクト化マウス気管上皮細胞の 3 次元繊毛運動解析
3D tracking of ciliary beating in semi-intact murine tracheal epithelial cells
Tatsuya Ichikawa1, Kentaro Seri1, Nobukiyo Tanaka1, Koji Ikegami2, Tomoko Masaike1 (1Dept. Appl.
Biol. Sci., Tokyo Univ. of Sci., 2Dept. Anatomy and Dev. Biol., Sch. Med., Hiroshima U.)
ケラトサイト細胞はムチンの高濃度域へ移動する
Cultured keratocytes showed a migratory response to the area of high mucin concentration
Seira Tachibana, Hitoshi Tatsumi (Department of Applied Bioscience, Kanazawa Inst. of Technol.,
Ishikawa, Japan)
海洋性ビブリオ菌べん毛モーター固定子 PomB のプラグ領域への化学修飾による固定子活性化の検討
Flagellar stator activation by a site-specific chemical modification in the plug region of PomB
Hiroaki Koiwa, Michio Homma, Seiji Kojima (Grad. Sch. Sci., Univ. Nagoya)
ゼブラフィッシュ原腸形成過程において観察された特徴的な細胞ブレブ挙動
Characteristic cell membrane blebs observed in zebrafish gastrulation
Ayaka Miyahara, Toshiyuki Mitsui, Yuuta Moriyama (Aogaku Univ. Dept,of Phys.)
ヒト原腸形成の自己組織化を模倣する：ヒト iPS 細胞のマイクロパターン培養
Mimicking the self-organization movement of human gastrulation: micro pattern culture ofhuman iPS cells
Hazuki Tsuboi1, Miyu Mori1, Chihiro Takeuchi1, Kiyoshi Ohnuma2 (1Grad. Sch. Eng., Univ. Nagaoka
Tech, 2Inn., Univ. Nagaoka Tech)
細胞性粘菌の運動に関するグラフ理論を用いた解析
Analysis on the movement of crawling amoeba cells based on graph theory
Kazuko Hamaoka1, Shinya Fujita2, Hirokazu Tanimoto1 (1Grad. Sch. Nanobioscience, Yokohama City
Univ., 2Grad. Sch. Data Science, Yokohama City Univ.)適応を担う 2 種類の酵素である CheR と CheB の細胞内動態の比較
Comparison of the intracellular dynamics of CheR and CheB, the two enzymes responsible foradaptation in chemotaxis system
Taketo Oshima, Yumiko Uchida, Yong-Suk Che, Akihiko Ishijima, Hajime Fukuoka (Grad. Sch.
Frontier Biosci. Osaka Univ.)
魚類表皮ケラトサイト集団のリーダー細胞のフォロワーへの脱落
Demotion of leader cells to followers during the late stages of re-epithelialization in wound repair
Chika Okimura, Yoshiaki Iwadate (Department of Biology, Yamaguchi University.)

15C. 細胞生物学的課題：細胞骨格・膜骨格／15C. Cell biology: Cytoskeleton & Membrane Skeleton
1Pos113

デスミン中間径線維と相互作用するアクチン線維の指向的挙動
Oriented behavior of single actin filaments interacting with single desmin intermediate filaments
Kuniyuki Hatori, Takumi Ishizaka (Yamagata Univ. Grad. Sci., Eng.)– S134 –1Pos114

1Pos115

1Pos116
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1Pos118

1Pos119

Jasplakinolide または Phalloidin を結合させたアクチンフィラメントの内部状態を FRET 観察によって理解する
Understanding the orientation of actin subunits conjugating with jasplakinolide or phalloidin by
FRET measurements
Ai Takahashi1, Miku Nezasa1, Ichiro Nishikata2, Kenji Kamimura3, Ikuko Fujiwara1, Hajime Honda1(1Dept. of Matl. Sci. and Bioeng., Nagaoka Univ. of Tech., 2ACEM., NIT. Nagaoka college, 3Dept. ofElect.Ctrl.Eng ., NIT. Nagaoka College)
原子間力顕微鏡による粘膜下層由来線維芽細胞（SMFs）および漿膜下層由来線維芽細胞（SPFs）のレオロジー特性
Rheological properties of Submucosal and subperitoneal fibroblasts measured by atomic force
microscopy
Haruka Yamasaki1, Kaori Kuribaysdhi-shigetomi1, Motohiro Kojima2, Takaharu Okajima1 (1Hokkaido
University, 2National Cacner Center Exploratory Oncology Research & Clinical Trial Center)
Physical integration of microtubule and actin cytoskeletons
Ryota Orii, Hirokazu Tanimoto (Grad. Sch. Nanobioscience., Yokohama City University)
微小管星状体の細胞内移動に伴う細胞質流れ場の測定
Measurement of the cytoplasmic flow field associated with microtubule aster centration
Mao Ikeda, Hirokazu Tanimoto (Grad. Sch. Nanobioscience, Yokohama City Univ)
Regulation of muscle membrane robustness against mechanical stress by membrane
remodelling proteins
Kenshiro Fujise, Kohji Takei, Tetsuya Takeda (Grad. Sch. Med. Dent. Pharma. Sci., Okayama Univ.)
ラメリポディアアクチン流動の自己組織化機構
Self organization of reaward actin flow in lamellipodia
Tomomi Tani1, Nori Nakai2, Keisuke Sato2, Sumio Terada2 (1National Institute of Advanced Industrial
Science and Technology, 2Tokyo Medical and Dental University)

15D. 細胞生物学的課題：情報伝達・細胞膜／15D. Cell biology: Signal transduction & Cell membrane
1Pos120

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1Pos123

1Pos124

培地中 K+濃度上昇による心筋細胞シートの伝導速度遅延
Slowing of conduction velocity in cardiomyocytes by increasing concentration of K+ in cultured
mediumKentaro Kito, Masahito Hayashi, Tomoyuki Kaneko (LaRC, FB, Grad. Sch. Sci. & Eng., Hosei Univ.)
近赤外レーザーを用いた環状心筋ネットワークの伝導制御
Control of initiation site of excitation in Circular Cardiomyocyte Network Using Near-Infrared
Laser
Momo Akada, Kentaro Kito, Masahito Hayashi, Tomoyuki Kaneko (LaRC, Dept. Frontier Biosci., Hosei
Univ.)
PI3K-PAK1 シグナル伝達は S-G2 期における ERK の活性化ダイナミクスを制御する
PI3K-PAK1 signaling regulates the activation dynamics of ERK in S-G2 phase
Ryo Yoshizawa, Nobuhisa Umeki, Yasushi Sako (Wako Inst., Riken)
同種の受容体からなる受容体アレイがもたらす短い適応時間
Short adaptation time brought about by receptor arrays composed of homogeneous species ofreceptors
Saki Ueda, Yumiko Uchida, Yong-Suk Che, Akihiko Ishijima, Hajime Fukuoka (Grad. Sch. Front Sci.,
Osaka Univ.)
シグナル伝達を惹起する細胞膜 EGFR 動態の 1 分子解析
Single-molecule analysis of EGFR behavior inducing signal transduction in the plasma
membranMichio Hiroshima1,2,3, Masahiro Ueda1,2 (1Grad. Sch. FBS., Osaka Univ., 2RIKEN BDR, 3RIKEN CPR)

– S135 –1Pos125
1Pos126

Promotion of cancer stem cell-like formation by administration of anticancer drugs
Akane Sato1,2, Etsuro Ito1,2 (1Department of Biology, Waseda University, 2BioPhenoMA Inc.)
Geometric correlation of simultaneous plural phagocytoses on single macrophage
Maiha Ando (ASE., Univ.Waseda)

16A. 生体膜・人工膜：構造・物性／16A. Biological & Artificial membrane: Structure & Property
1Pos127

1Pos128

1Pos129

1Pos130

1Pos1311Pos132

長鎖セラミドは一価不飽和リン脂質の相転移温度を生理的温度まで上昇させる
Long chain ceramides raise the chain-melting transition of monounsaturated phospholipids tophysiological temperature
Hiroshi Takahashi1,2, Tomohiro Hayakawa2, Asami Makino2, Kunihiko Iwamoto2, Kazuki Ito3,
Satoshi B. Sato2,4, Toshihide Kobayashi2,5 (1Grad.Sch.Sch.＆Tech. Gunma Univ., 2Wako Inst., Riken,
3SPring-8, Riken, 4Grad. Sch. Sci., Kyoto Univ., 5UMR, CNRS, Univ. Strasbourg)
長さの異なるアシル鎖をもつスフィンゴミエリンが脂質ラフト様相分離膜に及ぼす影響
Impact of sphingomyelin acyl chain heterogeneity upon properties of raft-like membranes
Masanao Kinoshita, Kana Hirano, Nobuaki Matsumori (Grad. Sch. Sci., Kyushu Univ.)
1 本の疎水鎖末端にパーフルオロアルキル基を導入した新規二本鎖部分フッ素化 Hybrid 脂質の二分子膜の熱物性
Thermophysical properties of bilayers of double-chain-hybrid phospholipids with perfluoroalkyl
groups at the end of one hydrophobic chain
Ai Nakagawara1, Takafumi Shimoaka1, Toshiyuki Takagi2, Hiroshi Takahashi1, Hideki Amii1,3,
Masashi Sonoyama1,3,4 (1Grad. Sch. Sci. Tech., Gunma Univ., 2AIST, 3GIAR, Gunma Univ., 4GUCFW,
Gunma Univ.)
光誘起マイクロバブルによる超長尺チューブ状リポソーム形成
Formation of ultralong liposome tubes by laser-induced microbubble
Akemi Noguchi, Ken-ichi Yuyama, Chie Hosokawa, Yasushi Tanimoto, Yasuyuki Tsuboi (Grad. Sch.
Sci., Univ. Osaka Metropolitan)
神経芽腫細胞を用いた局所麻酔薬による脂質ラフトの形成抑制
Local anesthetics suppress the formation of lipid rafts in mouse neuroblastoma (Neuro2a) cell
membranes
Aoi Nishimura, Yasuhiro Tanaka, Masanao Kinoshita, Kohei Torikai, Takayuki Kawai,
Nobuaki Matsumori (Grad. Sch. Sci. Kyushu Univ.)
Vesosome-Based Drug Carrier for Conrolled and Sustained Release of Multiple Components
Tae-Joon Jeon1, Deborah Lee1, Seoyoon Song1, Suheon Kim1, Mina Lee1, Eunsoo Kim1, Sunhee Yoon1,
Han-ul Kim2, Sejin Son1, Hyun Suk Jung2, Yun Suk Huh1, Sun Min Kim1 (1Department of
Bioengineering and Biological Sciences, Inha University, Korea, 2Department of Biochemistry, Kangwon
National University, Korea)

16D. 生体膜・人工膜：輸送・情報伝達／16D. Biological & Artificial membrane: Transport & Signaltransduction
1Pos133

改変型 β バレルナノポアタンパク質のリポソーム上での機能検討
Investigating the function of modified β-barrel nanopore protein on liposome
Toshiyuki Tosaka, Koki Kamiya (Grad. Sch. Sci. ＆ Tech., Gunma Univ.)– S136 –1Pos134

1Pos135

1Pos136

膜タンパク質膜挿入に関わる糖脂質 MPIase と基質タンパク質の相互作用解析
Intermolecular Interactions between Membrane Proteins and Glycolipids Essential for
Membrane Protein Integration
Shoko Mori1, Kaoru Nomura1, Kohki Fujikawa1, Tsukiho Osawa1, Ken-ichi Nishiyama2,
Keiko Shimamoto1,3 (1Bioorg. Res. Inst., Suntory Fdn. Life Sci., 2Fac. Agric., Iwate Univ., 3Grad. Sch.
Sci., Osaka Univ.)
支持脂質二層膜に GPCR を方向性を制御して組み込む [I] 共役する G タンパク質を使ってReconstituting GPCR into supported lipid bilayer with controlled orientation. [I] Prebinding of
the G protein transducin
Fumio Hayashi1, Masato Koezuka2, Kenichi Morigaki2,3 (1Grad. Sch. Sci., Univ. Kobe, 2Grad. Sch.
Agri., Univ. Kobe, 3Biosignal Research Center, Univ. Kobe)
リポソーム膜を介した DNA 配列情報伝達に向けた分子トランスデューサの研究
DNA Sequence Information Transfer Across Liposome Membrane Using Designed MolecularTransducers
Kai Yoshida1, Shinichiro Nomura1, Satoshi Murata1, Ibuki Kawamata1, Hideaki Matubayashi1,
Shogo Hamada2 (1Graduate School of Engineering, Tohoku University, 2School of Computing, Tokyo
Institute of Technology)

18 神経・感覚／18 Neuroscience & Sensory systems
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1Pos138

1Pos139

1Pos140

1Pos1411Pos142

高速 AFM による CaMKII オリゴマー間に生じる分子間相互作用の解析
Interaction between inter CaMKII holoenzymes revealed by high-speed AFM
Taisei Suzuki1, Hideji Murakoshi2, Mikihiro Shibata3 (1Grad. Sch. NanoLS., Kanazawa Univ.,
2Supportive Center for Brain Research, NIPS., 3WPI-NanoLSI, Kanazawa Univ.)
High-speed atomic force microscopy reveled structural dynamics of CaMKIIβ at single-molecule
level
Keisuke Matsushima1, Hideji Murakoshi2, Mikihiro Shibata3,4 (1Grad. Sch. Math. & Phys., Kanazawa
Univ., 2Supportive Center for Brain Research, NIPS., 3WPI-NanoLSI, Kanazawa Univ., 4InFiniti,
Kanazawa Univ.)
カエル神経筋接合部シナプスにおける短期可塑性各成分間の数学的関係性：増進・増強・促通
成分の関係性は積なのか和なのか
Relationship of components of short-term synaptic plasticity: Are augmentation, potentiation,and facilitation multiplicative or additive?
Naoya Suzuki (Dept. physics, Sch. Sci., Nagoya Univ.)
ゲノム編集によるタウ標識とタウ凝集過程の生細胞観察
Labeling of Tau by genome editing and live cell imaging analysis of tau aggregation process
Iona Katayama1, Shigeo Sakuragi2, Yoshiyuki Soeda3, Akihiko Takashima3, Hiroko Bannai2 (1Dept. of
Elec. Eng. Biosci., Grad. Sch. of Adv.Sci.Eng.,Waseda univ., 2Fac. of Sci. Eng., Waseda univ., 3Fac. ofSci., Gakusyuin univ.)
Effects of CPTX on Dendritic Spines in Primary Cultures of Rat Hippocampal Neurons
Boxiao Zhao1, Hiroko Bannai1, Michisuke Yuzaki2 (1Grad. Sch. of Adv. Sci. Eng., Waseda univ., 2Sch. ofMed., Keio Univ.)
イソフルランによる AMPA・GABAA 受容体クラスターの分布変化
Isoflurane-induced changes in AMPA and GABAA receptor cluster distribution
Shigeo Sakuragi1, Taro Katagiri2, Junichiro Ono3,4, Hiroko Bannai1 (1Fac. Sci. Eng., Waseda Univ.,
2Dept. Elec. Eng. Biosci., Grad. Sch. Adv. Sci. Eng., Waseda Univ., 3KKR Takamatsu Hosp., 4Dep.

Anesthesiol., Fac. Med., Kagawa Univ.)– S137 –20. 行動／20. Behavior
1Pos143

1Pos144

1Pos145

有効打と回復打からなるボルボックスの繊毛運動の粘弾性依存性
Viscoelasticity dependence of ciliary motion consisting of effective and recovery strokes in
Volvox
Saki Tamura, Yoshihiro Murayama (Tokyo Univ. of Agri. and Tech.)
体細胞の状態変化がボルボックスの走光性に及ぼす影響
Effect of change of somatic cell state on phototaxis of Volvox
Mitsuki Sato, Yoshihiro Murayama (Tokyo Univ. of Agri. and Tech.)
リスク下にある真性粘菌の脱出行動における質量,経路幅,リスク強度の依存性
Dependence of mass, escape path width, and risk intensity on escape behavior of true slime
mold under risk
Tomoki Fukuhara (Grad. Sch, Sys. info. Sci., Future University Hakodate)

21A. 光生物：視覚・光受容／21A. Photobiology: Vision & Photoreception
1Pos146

1Pos147

1Pos148

1Pos149

1Pos150

1Pos151

アニオンチャネルロドプシンのゲート閉鎖過程と過渡的なプロトン放出反応の同時性
Synchronicity of gate closing and transient proton release from Asp234 in Guillardia theta anion
channelrhodopsin 1
Miu Sudo1, Sayo Inoko1, Takuma Watanabe1, Makoto Demura1,2, Takashi Kikukawa1,2,
Takashi Tsukamoto1,2 (1Division of Macromolecular Functions, Department of Biological Science,
School of Science, Hokkaido University, 2Faculty of Advanced Life Science, Hokkaido University)
Electrophysiological characterization of the ion transport mechanism of proton pump rhodopsin
in rhizobacteria
Zikun Lyu, Shunki Takaramoto, María del Carmen Marín, Hiromu Yawo, Keiichi Inoue (ISSP, Univ.
Tokyo)
ウニオプシンの分子特性の比較解析
Comparative analysis of the molecular properties of sea urchin opsins
Atsushi Horiuchi1, Kazumi Sakai1, Shion Aoki1, Junko Yaguchi2, Shunsuke Yaguchi2,
Takahiro Yamashita1 (1Grad. Sch. Sci., Univ. Kyoto, 2Shimoda Marine Res. Cent., Univ. of Tsukuba)
ラマン光学活性分光を用いたクロライドポンプ微生物型ロドプシンの活性部位構造に関する研究
Structure and Heterogeneity of Retinal Chromophore in Chloride Pump Rhodopsins Revealedby Raman Optical Activity
Masashi Unno1, Masaiku Ohya1, Takashi Kikukawa2, Junpei Matsuo1, Takashi Tsukamoto2,
Ryota Nagaura1, Tomotsumi Fujisawa1 (1Department of Chemistry and Applied Chemistry, Saga
University, 2Faculty of Advanced Life Science, Hokkaido University)
ナトリウムポンプロドプシンにおけるレチナールシッフ塩基の配座変化
Configurational change of retinal Schiff base chromophore in a sodium pump rhodopsin
Tomotsumi Fujisawa1, Kouta Kinoue1, Ryouhei Seike1, Takashi Kikukawa2, Masashi Unno1 (1Fac. Sci.
Eng., Saga Univ., 2Fac. Adv. Life Sci., Hokkaido Univ.)
双安定性かつ G タンパク質双共役性を示すオプシン
Characterization of an opsin having bi-stable and bi-coupling properties
Tomoki Kawaguchi, Hisao Tsukamoto (Department of Biology, Graduate School of Science, Kobe
University)– S138 –1Pos152

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1Pos155

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1Pos157

哺乳類メラノプシンと特異的アンタゴニストとの相互作用の生化学的・理論的解析
Biochemical and computational analyses of interactions between mammalian melanopsins anda specific antagonist
Kohei Obayashi1, Ruisi Zou2,3, Toshifumi Mori3, Hisao Tsukamoto1 (1Department of Biology, Graduate
School of Science, Kobe University, 2Interdisciplinary Graduate School of Engineering Sciences, Kyushu
University, 3Institute for Materials Chemistry and Engineering, Kyushu University)
リン酸化ロドプシンとの相互作用における桿体アレスチン 4 量体の役割
Role of Tetramer of Rod Visual Arrestin in the Interaction with Phosphorylated Rhodopsin
Yasushi Imamoto1, Keiichi Kojima1,2, Toshihiko Oka3, Ryo Maeda1, Yoshinori Shichida4 (1Grad. Sch.
Sci., Kyoto Univ., 2Fac. Med. Dent. Pharm. Sci., Okayama Univ., 3Grad. Sch. Sci., Shizuoka Univ.,
4Ritsumeikan Univ.)
分子センサーを用いた、無脊椎動物型オプシンによる G タンパク質の活性化・下流のシグナル
伝達キネティクスの解析
Analysis of invertebrate-type opsin-mediated G protein activation and downstream signaling
kinetics using luminescent biosensors
Marina Narimiya, Michihiro Ohta, Hisao Tsukamoto (Grad. Sch. Sci., Kobe Univ.)
溶液 NMR 法によるプロトンポンプ型ロドプシン RxR のアルギニン残基の機能における役割の解析
Roles of the conserved arginine residue in a proton pumping rhodopsin RxR revealed bysolution NMR spectroscopy
Reika Hironishi1, Rika Suzuki1, Masahumi Hirohata1, Keiichi Kojima2, Toshio Nagashima3,
Toshio Yamazaki3, Yuki Sudo2, Hideo Takahashi1 (1Grad. Sch. of Med. Life Sci., YCU, 2Grad. Sch. ofMed., Dent. and Pharma. Sci., Univ. of Okayama, 3BDR, RIKEN)
ラマン分光法による青／橙色シアノバクテリオクロムの青色吸収型の構造解析
Structural analysis of the blue-absorbing form of blue/orange cyanobacteriochrome by Raman
spectroscopy
Ryoka Seto1, Masako Hamada2, Yuu Hirose2, Tomotsumi Fujisawa1, Masashi Unno1 (1Department ofChemistry and Applied Chemistry, Faculty of Science and Engineering, Saga University, 2Department ofApplied Chemistry and Life Science, Toyohashi University of Technology)
ラマン分光法およびアミノ酸置換体を用いたシアノバクテリオクロム RcaE における Lys261 の役割の解明
Role of Lys261 in Cyanobacteriochrome RcaE Studied by Mutagenesis and Raman
Spectroscopy
Taisei Koga1, Masako Hamada2, Yuu Hirose2, Tomotsumi Fujisawa1, Masashi Unno1 (1Department ofChemistry and Applied Chemistry, Faculty of Science and Engineering, Saga University, 2Department ofApplied Chemistry and Life Science, Toyohashi University of Tecnology)

21B. 光生物：光合成／21B. Photobiology: Photosynthesis
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光合成カルボニルカロテノイド、シフォナキサンチンの発光準位の同定：蛍光スペクトルの溶媒効果
Characterization of the emissive state of a photosynthetic carbonyl carotenoid, siphonaxanthin:
Solvent effect of fluorescence spectra
Ritsuko Fujii1,2,5, Kazuhiro Yoshida1, Soichiro Seki2, Yumiko Yamano3, Naohiro Oka4 (1Grad. Sch. Sci.,
Osaka Metropolitan Univ., 2Grad. Sch. Sci., Osaka City Univ., 3Edu. Res. Ctr., Kobe Pharmac. Univ.,
4Bio-Innovation Res. Ctr., Tokushima Univ., 5Research Ctr. for Artificial Photosynth., Osaka Metropolitan
Univ.)
高速原子間力顕微鏡を用いた植物光合成膜におけるタンパク質複合体の動態観察
Dynamics of protein complexes in plant photosynthetic membrane observed by high-speed
atomic force microscopy
Yudai Nishitani, Daisuke Yamamoto (Fac. Sci., Fukuoka Univ.)– S139 –1Pos160

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1 分子励起-蛍光スペクトル分光法による光化学系 I のアンテナ分子への観察
Access to the Antenna System of Photosystem I via Single-Molecule Excitation -Emission
Spectroscopy
XianJun Zhang1, Joachim Martin Seibt2, Rin Taniguchi1, Ryo Nagao3, Tatsuya Tomo4,
Takumi Noguchi5, Shen Ye1, Thomas Renger2, Yutaka Shibata1 (1Tohoku University, 2Johannes Kepler
University Linz, 3Shizuoka University, 4Tokyo University of Science, 5Nagoya University)
AutoDock vina を用いた T. elongatus 光化学系 I のキノン結合サイトにおける分子結合シミュレーション
Molecular Docking Simulations at Quinone Binding Site of Photosystem I from T. elongatus
Using AutoDock vina
Ayumu Takagi1, Shigeru Itoh2, Akihiro Kimura2, Hirotaka Kitoh1 (1Grad. Sch. Sci. Eng., Kindai Univ.,
2Dept. Phys., Grad. Sch. Sci., Univ. Nagoya)
Purification and characterization of a new thermophilic purple sulfur bacterium Caldichromatium
japonicum
Akane Minamino1, K. Saini Mohit3, Shinji Takenaka1, Zheng-Yu Wang-Otomo2, Yukihiro Kimura1(1Department of Agrobioscience, Graduate School of Agriculture, Kobe University, 2Faculty of Science,
Ibaraki University, 3Centre Algatech)
紅色光合成細菌の辺縁光捕集タンパク質のバクテリオクロロフィル a のスペクトル特性に対する色素脱離と界面活性剤の影響
Spectral changes of bacteriochlorophyll a in peripheral antenna proteins of purple
photosynthetic bacteria by B800 removal and detergents
Yoshitaka Saga, Syota Kawato, Kohei Hamanishi, Yuhi Sasamoto (Fac. Sci. Eng., Kindai Univ.)
ベイズ最適化による光合成 I 型反応中心 3 種の励起子モデルの修正
Modification of the exciton models of three photosynthetic type-I reaction centers with Bayesian
optimization
Wataru Shimooka1, Hirotaka Kitoh2, Shigeru Itoh1, Akihiro Kimura1 (1Grad. Sch., Nagoya Univ., 2Fac.
Sci. and Engi., Kindai Univ.)
光化学系 II の酸素発生系における翻訳後アミノ酸変換：脂肪族アミノ酸の変換
Post-translational amino acid conversion in the O2-evolving complex of photosystem II:
Conversion of aliphatic amino acids
Hatsune Mizue1, Takehiro Suzuki2, Takumi Matsubara1, Tomomi Kitajima-Ihara1, Minako Hirano1,
Yuichiro Shimada1, Yuki Kato1, Naoshi Dohmae2, Takumi Noguchi1 (1Grad. Sch. Sci., Univ. Nagoya,
2RIKEN CSRS)
光化学系Ⅱにおけるクロロフィル励起三重項状態の消光機構
Quenching mechanism of the excited triplet state of chlorophyll in photosystem II
Mizuki Yokokawa, Yuki Kato, Takumi Noguchi (Grad. Sch. Sci, Univ. Nagoya)Q-band パルス電子常磁性共鳴（EPR）法による光化学系Ⅱ マンガンクラスターの S2 High Spin
状態の構造
Structure of S2 High-Spin State Manganese Cluster of Photosystem II by Q-band Pulsed
Electron Paramagnetic Resonance (EPR) Spectroscopy
Shinya Kosaki, Hiroyuki Mino (Grad. Sch. Sci., Nagoya Univ.)
Synechocystis PCC 6803 フィコビリソームロッドにおける周辺環境を含む発色団の光吸収スペ
クトルの理論的研究
Theoretical study of energy states of chromophores including the surrounding environment in
Synechocystis PCC 6803 Phycobilisome rod
Hiroto Kikuchi (Dept. of Phys. Nippon Med. Sch.)– S140 –22. 放射線生物／活性酸素／22. Radiobiology & Active oxygen
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電子線照射による細胞伸長は ROS が原因か
Is ROS the main factor for cell elongation caused by electron beam irradiation?
Junya Katai1, Yuta Nagano1, Kenshi Suzuki2, Tetsuo Narumi1, Masaki Shintani1, Yosuke Tashiro1,
Yoshimasa Kawata3, Wataru Inami3, Hiroyuki Futamata4 (1Dept. Appl. Chem. Biological Eng., Univ.
Shizuoka, 2Grad. Sch. Scie. Tech., Univ. Shizuoka, 3Res. Inst. Elect., Univ. Shizuoka, 4Res. Inst. Green.
Sci. Tech., Univ. Shizuoka)
人工多能性幹細胞とラマン顕微鏡を用いた放射線感受性の個人差推定法
Estimation of human individual radiosensitivity using Raman spectroscopy and iPSC
Hideaki Fujita1, Kensuke Sasaki2, Tomonobu Watanabe1,2 (1Department of Stem Cell Biology, ResearchInstitute for Radiation Biology and Medicine, Hiroshima University, 2Laboratory for Comprehensive
Bioimaging, RIKEN Center for Biosys-tems Dynamics Research)
一分子観察による DNA 二本鎖切断の定量的解析：抗酸化物質の保護効果
Quantitative Evaluation on the Kinetics of Double-Strand Breaks of DNA from Single Molecule
Observation: Protective Effect of Antioxidants
Haruto Ogawa1, Takashi Nishio1,2, Yuko Yoshikawa1, Koichiro Sadakane1, Kenichi Yoshikawa1 (1Facul.
Life. Med. Sci., Doshisha Univ., 2PoL, TU Dresden)

24. 合成生物学・人工細胞／24. Synthetic biology & Artificial cells
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細胞を創る研究から見えてきた生命の仕組み
Characteristics of living cells revealed by cell reconstitution studies
Kei Fujiwara (Dept. Biosci. Info., Keio Univ.)
Design and construction of artificial DNA condensates with nanoscale biomolecules
Nathan Nunes Evangelista, Masahiro Takinoue (Sch. Life Sci., Tokyo Tech)
リボソーム生合成の細胞外における再構成
Reconstitution of ribosome biogenesis outside of cells
Yuishin Kosaka1,2, Yumi Miyawaki1, Megumi Mori1, Shunsuke Aburaya3, Mao Fukuyama4,5,
Mitsuyoshi Ueda1,6, Wataru Aoki5,6,7 (1Division of Applied Life Sciences, Graduate School of Agriculture,
Kyoto University, Kyoto, Japan, 2Research Fellow of JSPS, Tokyo, Japan, 3Division of Metabolomics,
Medical Institute of Bioregulation, Kyushu University, Fukuoka, Japan, 4Institute of Multidisciplinary
Research for Advanced Materials, Tohoku University, Sendai, Japan, 5JST FOREST, Tokyo, Japan,
6Kyoto Integrated Science & Technology Bio-Analysis Center, Kyoto, Japan, 7Department of
Biotechnology, Graduate School of Engineering, Osaka University, Osaka, Japan)
機械刺激依存性チャネルを用いた脂質-タンパク質非対称膜小胞内への分子輸送
Molecular transportations via mechanosensitive channels into the asymmetric lipid-protein
vesiclesKotaro Baba, Koki Kamiya (Graduate School of Science and Technology, Gunma University)
大腸菌細胞集団における走化性誘導の自己組織的パターン形成
Self-organized pattern formation induced by chemotaxis in E. coli cell populations
Hironori Fujita1,2 (1Astrobiology Center, 2National Institute for Basic Biology)
外部刺激に応答したリポソームの非対称膜形成制御システムの開発
Development of Controllable System of Lipid Asymmetry in Liposome by External Stimulations
Sumin Lee, Koki Kamiya (Grad. Sch. Sci. Tec., Gunma Univ.)– S141 –1Pos178

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人工細胞の粘性変化がもらたす新たな機能
Viscous changes in synthetic cells drive novel functionalities
Aileen Cooney1,2,4, Tomoaki Matsuura1, Yuval Elani3, Lorenzo Di Michele4 (1Earth-Life Science
Institute: ELSI, Tokyo Institute of Technology, 2Department of Chemistry, Imperial College London,
3Department of Chemical Engineering, Imperial College London, 4Department of Chemical Engineeringand Biotechnology, University of Cambridge)
界面通過法によるリポソームへのチラコイド封入
Encapsulation of thylakoids into liposomes by emulsion transfer method
Shintaro Nishizaki, Masahito Hayashi, Tomoyuki Kaneko (LaRC, FB, Grad. Sch. Sci. & Eng., Hosei
Univ.)
アフリカツメガエル卵抽出液を用いた人工細胞内核形成への挑戦
A challenge for nuclear assembly in synthetic cells using Xenopus egg extract
Sho Takamori1, Hisatoshi Mimura1, Toshihisa Osaki1, Tomo Kondo2, Miyuki Shintomi3,
Keishi Shintomi4, Miho Ohsugi2, Shoji Takeuchi1,5,6 (1Artificial Cell Membrane Systems Group,
Kanagawa Institute of Industrial Science and Technology, 2Graduate School of Arts and Sciences, The
University of Tokyo, 3Life Science Network, The University of Tokyo, 4Chromosome Dynamics
Laboratory, RIKEN, 5Institute of Industrial Science, The University of Tokyo, 6Graduate School ofInformation Science and Technology, The University of Tokyo)
リポソームの機能化を目的とした DNA ハイドロゲル裏打ち構造の構築に向けて
Toward construction of DNA hydrogel-based cortex-like structures for liposome
functionalization
Takuro Yoshinaga1, Yusuke Sato2 (1Sch. Comp. Sci. Syst. Eng., Kyutech, 2Grad. Sch. Comp. Sci. Syst.
Eng., Kyutech)
動的な静止構造：人工細胞内に創られたチューリングパターン
Creation of Turing pattern in artificial cells by PAR system-like mutual inhibition network
Sakura Takada1, Natsuhiko Yoshinaga2,3, Nobuhide Doi1, Kei Fujiwara1 (1Dept. Biosci. and Info., Keio
Univ., 2AIMR, Tohoku Univ., 3MathAM-OIL, AIST)

25. ゲノム生物学／25. Genome biology
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染色体動態と関連している因子は何か？
What factors are associated with chromosome dynamics?
Takuya Nara1, Haruko Takahashi1, Akinori Awazu2, Y Kikuchi1 (1Program of Basic Biology, Graduate
School of Integrated Sciences for Life, Hiroshima University, 2Program of Mathematical and Life
Sciences, Graduate School of Integrated Sciences for Life, Hiroshima University)
インフルエンザウイルスゲノムの変異分布計測
Mutational distribution of influenza virus genomes
Kazuki Ikeda (the university of tokyo)

26A. 計算生物学: 生命情報学／26A. Computational biology: Bioinformatics
1Pos185

Analysis of structure–function correlation in the active sites of heme proteins
Hiroko X. Kondo1, Hiroyuki Iizuka2, Gen Masumoto3, Yusuke Kanematsu4, Yu Takano5 (1Fac. Eng.,
Kitami Inst. Tech., 2CHAIN, Hokkaido Univ., 3RIKEN R-IH, 4Grad. Sch. Adv. Sci. Eng., Hiroshima Univ.,
5Grad. Sch. Info. Sci., Hiroshima City Univ.)– S142 –1Pos186

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CARMIL と twinfilin-tail の結合がキャッピング蛋白質の揺らぎに与える影響；弾性ネットワーク
モデルによる網羅的解析
Elastic network model reveals distinct flexibilities of capping proteins bound to CARMIL andtwinfilin-tailRyotaro Koike, Motonori Ota (Grad. Sch. Info., Nagoya Univ.)
電子顕微鏡を用いた肺がん検出に向けたディープラーニングのための各種データ量増強と YOLO
バージョン評価
Various Data Volume Augmentation and YOLO Versions Evaluation for Deep Learning to
Detect Lung Cancers Using Electron Microscopy
Tatsumi Mizoe1, Kenji Etchuya2, Makiko Suwa1,2, Chikara Sato1,3 (1Grad. Biol. Sci., Aoyama Gakuin
Univ., 2Chem. Biol. Sci.,Aoyama Gakuin Univ, 3National Institute of Advanced Industrial Science andTechnology)
生成モデルのよるタンパク質距離行列及び立体構造の生成
Generation of distance matrices and tertiary structures of proteins using a generative model
Ryo Okada1, Yoshitaka Moriwaki1, Kentaro Shimizu2, Tohru Terada1 (1Dept. of Biotechnol., Grad. Sch.
of Agri and Life Science., The Univ. of Tokyo, 2Agricultural Bioinformatics Research Unit, Grad. Sch. ofAgri and Life Science., The Univ. of Tokyo)
乳がんバイオマーカー候補の選定に有用な中心性指標の特定
Identification of useful centrality indicators for selection of breast cancer biomarker candidates
Saito Torii, Takanori Sasaki (Grad. Sch. Adv. Math. Sci., Meiji Univ.)
匂い地図シミュレータの構築と匂い分類のへの応用
Construction of odor map simulator and its application to odor classification
Kuria Takahashi1, Kenji Etchuya2, Makiko Suwa1,2 (1Biol. Sci., Grad. Sci. Eng., Aoyama Gakuin Univ.,
2Chem. Biol. Sci., Sci. Eng., Aoyama Gakuin Univ.)
免疫炎症関連のがんホールマーク遺伝子群に基づいた乳がんの遺伝子相関ネットワーク解析および生存分析
Gene correlation network analysis and survival analysis of breast cancer with cancer hallmark
genes related to inflammation and immunity
Ayaka Yakushi1, Masahiro Sugimoto2, Takanori Sasaki1 (1Grad. Sch. Adv. Math. Sci., Meiji Univ., 2Ins.
Adv. Bio., Keio Univ.)
マルチオミクス解析による海馬神経系細胞の刺激応答の不均一性を生み出すメカニズムの解
Multi-omics analysis of stimulus-response heterogeneity in hippocampal neural cells
Katsunari Saito1, Ken Murakami1, Kaho Ito1, Yutaka Suzuki2, Yukiko Goda3, Mariko Okada1 (1Institutefor Protein Research, Osaka University, 2Graduate School of Frontier Sciences, The University of Tokyo,
3Synapse Biology Unit, Okinawa Institute of Science and Technology Graduate University)
遺伝子発現の量比保存構造の尺度として細胞ラマンスペクトルを最大限に活用する
Maximizing the potential of cellular Raman spectra as a proxy of the stoichiometry conservation
structure of gene expression
Takashi Nozoe1,2, Ken-ichiro F. Kamei1 (1Grad. Sch. Arts Sci., Univ. Tokyo, 2UBI, Univ. Tokyo)

26B. 計算生物学: 分子シミュレーション／26B. Computational biology: Molecular simulation
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構造ゆらぎと薬剤結合モードに基づいたインシリコスクリーニングの高度化
Advancement of in silico screening based on protein structural fluctuation and drug binding
mode
Hiroto Terada, Kei Moritsugu (Grad. Sch. Sci., Osaka Pref. Univ)– S143 –1Pos195

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ABC 多剤排出トランスポーター構造変化の最小自由エネルギーパス計算
Minimum free energy path calculation for the structural change of ABC multi-drug efflux
transporter
Kei Moritsugu1,2, Takumi Someya2, Ryuji Ishida2, Akinori Kidera2 (1Grad. Sch. Sci., OMU, 2Grad. Sch.
Med. Life Sci., Yokohama City Univ.)
HIV-1 プロテアーゼの薬剤耐性機構に関する理論的研究： 残基相互作用ネットワーク解析
Computational Study of HIV-1 Protease for Drug Resistance Mutations: Residue Interaction
Network Analysis
Yuto Miyamoto, Norifumi Yamamoto (Chiba Tech)
ヌクレオチドに依存したアクチンの構造サンプリング
Structural samplings of actin that are dependent on the bound nucleotides
Kenta Omoto, Kei Moritsugu (Grad.Sch.Sci.,Osaka Pref.Univ)
格子ポリマー鎖の負のエネルギー弾性に対する曲げエネルギーの効果
Effect of bending energy on negative energetic elasticity in a lattice polymer chain
Nobu C. Shirai1, Naoyuki Sakumichi2 (1Mie Univ., 2Grad. Sch. Eng., Univ. Tokyo)
グルタミンペプチドの自己集合構造に関する分子動力学的研究
A Molecular Dynamics Study on the Self-Assembled Structure of Glutamine Peptides
Daiki Miura1, Itsuki Ajioka2,5, Takahiro Muraoka3,5, Go Watanabe1,4,5 (1Grad. Sch. Sci., Kitasato Univ.,
2CBIR., Tokyo Medical and Dental Univ., 3Grad. Sch. Eng., Tokyo Univ. Agric. and Tech., 4Sch. Front.
Eng., Kitasato Univ., 5KISTEC)
オートファゴソーム脂質輸送の分子動力学シミュレーション
Molecular dynamics of autophagosomal lipid transfer
Yuji Sakai1, Kazuaki Matoba2, N. Nobuo Noda3, Yuji Sugita4 (1Inst. Life Med. Sci, Kyoto Univ., 2Inst.
Microbial Chem., 3Inst. Genetic Med, Hokkaido Univ., 4RIKEN)
Dynamin-1 assembly and membrane tubule constriction mechanism revealed by coarsegrained simulations
Md. Iqbal Mahmood1, Shintaroh Kubo2, Kei-ichi Okazaki1 (1Research Center for Computational
Science, Institute for Molecular Science, National Institutes of Natural Sciences, Okazaki, 2Graduate
School of Medicine, The University of Tokyo, Japan.)
レプリカ置換法によるポリグルタミンタンパク質の凝集に対するアルギニンの阻害機構の理論
的解析
Theoretical analysis of the inhibition mechanism of arginine on polyglutamine protein
aggregation by the replica permutation method
Shoichi Tanimoto1, Hisashi Okumura1,2,3 (1ExCELLS, 2IMS, 3SOKENDAI)QM/MM 法によるプレニル基転移酵素 Fur7 の反応機構解析
QM/MM study on the catalytic mechanism of the aromatic prenyltransferase Fur7
Fan Zhao1, Yoshitaka Moriwaki1, Tomohisa Kuzuyama1,2, Tohru Terada1 (1Grad. Sch. of Agri. and Life
Sci., Univ. of Tokyo, 2CRIIM, Univ. of Tokyo)
天然アニオンチャネルロドプシン GtACR1 の塩化物イオンの自由エネルギープロファイルとイ
オン輸送経路に関する理論的研究
Theoretical study on free energy profile of chloride ion and ion conducting pathway of naturalanion channelrhodopsin GtACR1
Takafumi Shikakura, Shigehiko Hayashi (Grad. Sch. Sci., Kyoto Univ.)
生物発光タンパク質イクオリンの発光反応過程についての理論的研究
Theoretical study on the luminescent reaction process of bioluminescent protein Aequorin
Tomohiro Ando, Shigehiko Hayashi (Grad. Sch. Sci., Kyoto Univ.)
実験構造に基づく CaV1.2 イオンチャネルと薬剤間の結合自由エネルギー計算
Calculation of the binding free energies of drugs to the CaV1.2 ion channel based on theexperimental structure
Tatsuki Negami, Tohru Terada (Grad. Sch. Agri. and Life Sci., Univ. Tokyo)– S144 –1Pos207

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ラン藻由来アルカン合成酵素の基質結合と生成物解離ダイナミクスの分子動力学シミュレーション
Molecular dynamics simulations of substrate binding and product dissociation dynamics of acyanobacterial alkane synthase
Masataka Yoshimura1, Shino Oda1, Munehito Arai1,2 (1Dept. Life Sci., Univ. Tokyo, 2Dept. Phys., Univ.
Tokyo)
How fast is fast enough: computer modeling of host-guest binding in a 3D cell-adaptablehydrogel network
Yi Wang (Department of Physics, the Chinese University of Hong Kong)
自由エネルギー解析によるトリプトファン合成酵素の β-reaction stage I と α-Ligand 結合との関係性の解明
Allosteric regulation of β-reaction stage I in tryptophan synthase by free energy analysis
Shingo Ito, Kiyoshi Yagi, Yuji Sugita (Theor. Mol. Sci. Lab., CPR, RIKEN)
経路探索手法によるヒトアミノ酸トランスポーター LAT1-CD98hc の構造変化の解析
Pathway sampling simulations to understand dynamically conformational changes in humanamino acid transporter LAT1
Natsumi Yoshida1, Masao Inoue1, Toru Ekimoto1, Tsutomu Yamane2, Mitsunori Ikeguchi1,2 (1Grad. Sch.
Med. Life Sci., Yokohama City Univ., 2RIKEN R-CCS)
Accelerated molecular dynamics and AlphaFold discover a conformational state of transporter
protein OxlTJun Ohnuki, Kei-ichi Okazaki (Institute for Molecular Science)
Theoretical Study of Solvent Effect and Stability of Complex Structure of Aspirin andHydroxyprophyl-ß-Cyclodextrin by MD Simulation
Helmia Jayyinunnisya, Dedy Rendrawan, Lince Meriko, Kazutomo Kawaguchi, Hidemi Nagao (Grad.
Sch. Nat. Sci. Tech, Kanazawa Univ.)
Evaluation of MD-based high-throughput screening methods using supercomputer Fugaku
Tomoya Nabetani1, Toru Ekimoto1,2, Tsutomu Yamane3, Mitsunori Ikeguchi1,2,3 (1Dept. Sci, Yokohama
City Univ., 2Grad. Sch. Med. Life Sci., Yokohama City Univ., 3RIKEN R-CCS)
Characterization of dynamic conformation of high mannose-type oligosaccharides based onmolecular simulation and data clustering
Yue Zhang1, Takumi Yamaguchi1,2,3 (1Sch. Materials Sci., JAIST, 2Grad. Sch. Pharm. Sci., Nagoya City
Univ., 3ExCELLS, NINS)
銅含有アミン酸化酵素における反応自由エネルギーの QM/MM 解析
QM/MM Free energy simulation for the catalytic reaction of bacterial copper amine oxidase
Mitsuo Shoji1, Takeshi Murakawa2, Yuta Hori1, Yasuteru Shigeta1, Hideyuki Hayashi2,
Toshihide Okajima3 (1CCS U.Tsukuba, 2OMPU, 3Sanken Osaka U.)

26C. 計算生物学：生体モデリングとシミュレーション／26C. Computational biology: Biological modelingand simulation
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NRK による CK2 活性制御の構造モデリングと解析
Structural modeling and analysis of NRK-mediated regulation of CK2 activity
Rena Yoshimura1, Beni Lestari2, Toshiaki Fukushima2, Kei Moritsugu1 (1Grad. Sch. Sci., Osaka Pref.
Univ., 2IIR, Tokyo Inst. Tech.)
Unraveling the mechanisms of drug resistance in the MAPK pathway using structure-basedmodeling
Hiroaki Imoto1, Nora Rauch1, Ayaka Ichikawa2, Mariko Okada2,3, Oleksii Rukhlenko1,
Boris Kholodenko1,4,5 (1Systems Biology Ireland, University College Dublin, 2Institute for Protein
Research, Osaka University, 3WPI Premium Research Institute for Human Metaverse Medicine (WPIPRIMe), Osaka University, 4Conway Institute of Biomolecular & Biomedical Research, University
College Dublin, 5Department of Pharmacology, Yale University School of Medicine)– S145 –1Pos218

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1Pos224細胞がクラスターとなって移動する仕組みを解き明かす膜モデル
A cell membrane model that reproduces single and cluster cell migration
Katsuhiko Sato (RIES, Hokkaido Univ.)
Predicting the placement of biomolecular structures on AFM substrates based on electrostaticinteractions
Romain Amyot, Noriyuki Kodera, Holger Flechsig (NanoLSI, Kanazawa University)
カルマンフィルタによる上皮組織の力推定
Kalman force inference for epithelial deformation: a force inference method for time-lapse
moviesGoshi Ogita1, Shuji Ishihara2, Kaoru Sugimura3, Tatsuo Shibata1 (1Riken BDR, 2Grad. Sch. Arts and Sci.,
U Tokyo, 3Grad. Sch. Sci., U Tokyo)
A Gradient-Based Approach for Optimizing Molecular Structures using Atomic ForceMicroscopy Images and Normal Mode Analysis
Xuan Wu1, Osamu Miyashita2, Florence Tama1,2,3 (1Department of Physics, Nagoya University, 2RIKEN
Center for Computational Science, 3Institute of Transformative Bio-Molecules, Nagoya University)
Theoretical analysis of fruiting body development by Dictyostelium discoideum
Seiya Nishikawa1, Shuji Ishihara1,2 (1Dept. of Integrated Sci., Grad. Sch. of Arts and Sci., The Univ. ofTokyo, 2Universal Biol. Inst., The Univ. of Tokyo.)
タンパク質-RNA 複合体のリファインメントのための AI に基づくモデリングとフレキシブルドッ
キング
Integrated AI-based Modeling and Flexible Docking for Protein-RNA Complexes Refinement
Kowit Hengphasatporn, Yasuteru Shigeta, Ryuhei Harada (Center for Computational Sciences,
University of Tsukuba, 1-1-1 Tennodai, Tsukuba, Ibaraki 305-8577, Japan)
ハイブリッド QM/MM 自由エネルギー法によるタンパク質機能発現の理解
Understanding of protein functional expression using hybrid QM/MM free energy method
Masahiko Taguchi1,2,3, Ryo Oyama2, Masahiro Kaneso2, Cheng Cheng2, Chika Higashimura2,
Yoshihiro Uchida2, Shun Sakuraba3, Justin Chan3, Shigehiko Hayashi2, Hidetoshi Kono3 (1IMRAM,
Tohoku Univ., 2Grad. Sch. Sci., Kyoto Univ., 3iQLS, QST)

28. 生態／環境／28. Ecology & Environment
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微生物群集の機能的役割分担が複合微生物系の機能的恒常性を可能にする
Functional sharing of microbial community enables homeostasis in complex microbial systems
Rei Ikeda1, Masahiro Honjo2, Nobuhiro Takahashi1, Reika Mimoto3, Yasuhisa Saito4, Takashi Okada5,Motohiko Kimura1, Yosuke Tashiro1, Hiroyuki Futamata6 (1Grad. Sch. Integr. Sci. Technol., Shizuoka
Univ., 2Grad. Sch. Sci. Technol. Shizuoka Univ., 3Fac. Eng. Shizuoka Univ., 4Grad. Sch. Sci. Eng.
Shimane Univ., 5Inst. Med. Biol. Kyoto Univ., 6Res. Inst. Green Sci. Technol., Shizuoka Univ.)
Rhodococcus qingshengii A3-8 株による独立栄養条件下での有機酸生産機構の解析
Analysis of mechanism for organic acid production by Rhodococcus qingshengii strain A3-8
under autotrophic conditions
Nobuhiro Takahashi1, Yosuke Tashiro1, Hiroyuki Futamata2 (1Department of Applied Chemistry andBiochemical Engineering, Graduate School of Engineering, Shizuoka University, 2Research Institution ofGreen Science and Technology, Shizuoka University)– S146 –30. 計測／30. Measurements
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Selective IR measurement of fluorescent protein chromophores in aqueous solution byresonance IR spectroscopy
Hirona Takahashi, Makoto Sakai (Faculty of Science, Okayama University of Science)
Effects of heat and chemical treatments on human hair detected by IR super-resolution imaging
based on non-linear optical processes
Hirona Takahashi, Natsuki Okano, Hiroka Ishikawa, Makoto Sakai (Faculty of Science, Okayama
University of Science)tRNA post-transcriptional modifications enhance tRNA structural stability
Kazuki Nagashima1, Ren Nakazaki2, Asuteka Nagao2, Ryo Iizuka1, Hirohito Yamazaki3,
Tsutomu Suzuki2, Sotaro Uemura1 (1Grad. Sch. Sci., The Univ. of Tokyo, 2Grad. Sch. Eng., The Univ. ofTokyo, 3TRI, Nagaoka Univ. of Tech)
3D structural determination of biomolecules using spatial correlations in X-ray free-electron
laser data
Wenyang Zhao1, Osamu Miyashita1, Miki Nakano1, Florence Tama1,2,3 (1RIKEN Center for
Computational Science, 2Institute of Transformative Bio-Molecules, Nagoya University, 3Department of
Physics, Nagoya University)
交流音を受容した内耳感覚上皮帯に生じる直流動作の検出とその起源
Induction of the offset motion by sinusoidal acoustic stimuli in cochlear sensory epithelium
Takeru Ota, Hiroshi Hibino (Grad. Sch. Med., Osaka Univ.)
原子間力顕微鏡を用いた転移能の異なる生きたがん細胞内核膜硬さ測定
Measurement of nuclear membrane properties in living cancer cells with different metastatic
abilities using atomic force microscopy
Takehiko Ichikawa1, Kundan Sivashanmugan2, Takeshi Shimi1,3, Kojiro Ishibashi3, Takeshi Yoshida1,4,
Rikinari Hanayama1,4, Eishu Hirata1,3, Hiroshi Kimura5,6, Takeshi Fukuma1,7 (1Kanazawa Univ.,
NanoLSI, 2Univ. Maryland Sch. Med., 3Kanazawa Univ., Canc. Res. Inst., 4Kanazawa Univ., Grad. Sch.
Med. Sci., 5Tokyo Inst. Tech., Inst, Inno, Res., 6Tokyo Inst. Tech., Grad. Sch. Biosci. Biotech., 7Kanazawa
Univ., Dev. Nano Life Sci.)
高速 AFM/ラマンマルチモーダル計測装置の開発
Development of high-speed AFM/Raman multimodal system
Keishi Yang1, Feng-Yueh Chan2, Hiroki Watanabe2, Shingo Yoshioka1, Prabhat Verma1,
Takayuki Uchihashi2, Takayuki Umakoshi1 (1Grad. Sch. Eng., Univ. Osaka, 2Grad. Sch. Sci., Univ.
Nagoya)
深層学習を用いた XFEL 単粒子解析実験の回折パターンの選別
Deep learning strategy for identifying hit diffraction patterns in experimental single particle XFEL
data
Miki Nakano1, Bhaskar Dasgputa2, Sandhya P. Tiwari3, Osamu Miyashita1, Florence Tama1,4,5 (1RIKEN,
R-CCS, 2UTokyo, RCAST, 3Osaka Univ., IPR, 4Grad. Sch. Sci., Nagoya Univ., 5Nagoya Univ., ITbM)
生細胞表面構造の動態計測に向けた走査型イオン伝導顕微鏡の電流ノイズの低減の検討
Current noise reduction of scanning ion conductance microscopy for visualizing structuraldynamics of living cell membranes
Shoma Kamei1, Shinji Watanabe2 (1Grad. Sch. NanoLS., Kanazawa Univ., 2WPI-NanoLSI, Kanazawa
Univ.)– S147 –31. バイオイメージング／31. Bioimaging
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ダイナミックレンジを増大させた FRET 型 ATP バイオセンサーによる単一細胞 ATP 計測
FRET-based ATP biosensors with expanded dynamic range for single-cell ATP measurementwith fluorescence microscopy and flow cytometry
Akane Yonemitsu, Mizuho Nishida, Hiromi Imamura (Grad. Sch. Biost., Kyoto Univ.)
標的タンパク質を高効率で光不活化する光増感蛍光タンパク質
A photosensitizing fluorescent protein for high efficiency light inactivation of target proteins
Hisashi Shidara, Taku Shirai, Susumu Jitsuki, Kiwamu Takemoto (Grad. Sch. Med., Mie Univ.)
雲母格子上に整列した単一ポリペプチド鎖の光熱オフレゾナンスモード AFM による観察
Observation of single polypeptide chains aligned on a mica lattice by using photothermal offresonance tapping AFM
Ikuo Obataya (Quantum Design Japan)
3 次元構造化照明顕微鏡の光軸方向分解能向上における画像取得枚数の減少
Reduction of image acquisition for the 3D-structured illumination microscopy with an axial
resolution improvement
Wataru Minoshima, Yamato Matsuo, Atsushi Matsuda (Adv. Res. Inst., NICT)
荷電ペプチドを付加して最小ルシフェラーゼの活性を高める: picALuc2.0
Adding a charged peptide to enhance the activity of a minimal luciferase: picALuc2.0
Yuki Ohmuro-Matsuyama1, Hayato Matsui1, Masaki Kanai1, Tadaomi Furuta2 (1Shimadzu Corporation,
2Sch. Life Sci Tech., Tokyo Tech)
リソソーム周辺の局所的な細胞質 ATP 濃度イメージング
Imaging local ATP concentrations at the cytoplasmic surface of lysosomes
Momoko Aoyama1, Taiichi Tsuyama2, Hiromi Imamura3, Ken Yokoyama1,2 (1Graduate School of Life
Science, Kyoto Sangyo University, 2Faculty of Life Science, Kyoto Sangyo University, 3Graduate Schoolof Biostudies, Kyoto University)
超高速 AFM の実現に向けたカンチレバーの変位検出レーザースポットの最小化
Miniaturization of the laser spot for cantilever deflection detection to realize ultra-high-speed
AFM
Karen Kamoshita1, Kenichi Umeda2, Noriyuki Kodera2 (1Grad. Sch. Math. & Phys., Kanazawa Univ.,
2WPI-NanoLSI, Kanazawa Univ.)
生細胞における転写中の RNA ポリメラーゼ II 分子の力学的特性
Mechanical properties of single RNA Polymerase II molecules during transcription in living cells
Yuma Ito, Makio Tokunaga (Sch. Life Sci. Tech., Tokyo Tech)
Glow 発光する最小サイズ発光酵素 picALuc 変異体の作製
Glow-type conversion of a minimal luciferase, picALucYuki Ohmuro-Matsuyama1, Hayato Matsui1, Masaki Kanai1, Tadaomi Furuta2 (1Technol. Res. Lab.,
Shimadzu Co., Ltd., 2Sch. Life Sci Tech., Tokyo Tech)
Effects of the astaxanthin against amyloid β aggregation on SH-SY5Y cells
Sahithya Hulimane Ananda, Gegen Tuya, Masahiro Kuragano, Kiyotaka Tokuraku (Graduate Schoolof Engineering, Muroran Institute of Technology)
高速拡散 1 分子の位置推定精度向上にむけた軌跡追跡シミュレーション解析
Simulation analysis of improved trajectory tracking of single molecules undergoing fast diffusion
Hodaka Abiko, Yuma Ito, Makio Tokunaga (Sch. Life Sci. Tech., Tokyo Tech)
C2C12 筋芽細胞の分化過程における核内 1 分子動態の変化
Changes in single-molecule dynamics in the nucleus during differentiation of C2C12 myoblasts
Masanori Hirose, Yuma Ito, Makio Tokunaga (Sch. Life Sci. Tech., Tokyo Tech)– S148 –1Pos248

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神経分化における細胞内発熱の寄与
Implication of Intracellular Thermogenesis in Neuronal Differentiation
Shunsuke Chuma1,2, Kohki Okabe3,4, Yoshie Harada2,5,6 (1Grad. Sch. Sci., Osaka Univ., 2IPR, Osaka
Univ., 3Grad. Sch. Pharm. Sci., The Univ. Tokyo, 4JST PRESTO, 5QIQB Osaka Univ., 6WPI-PRIMe
Osaka Univ.)
カフェインがニワトリ胚心臓の発生に及ぼす影響の SS-OCT による観察
Cardiac development in chick embryos exposed to caffeine imaged with swept source OCT
Ryuichiro Yamazaki, Takashi Yamaoka, Tomoya Tanaka, Yuuta Moriyama, Toshiyuki Mitsui (Aogaku
Univ. Dept,of Phys.)
2 日目（11 月 15 日（水））／Day 2（Nov. 15 Wed.） 16:50 ～ 18:50

01A. タンパク質：構造／01A. Protein: Structure
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海洋放線菌由来新規酵素の構造解析
Structual analysis of a novel enzyme from marine Streptomyces
Takumi Oshiro1, Shuta Uehara1, Yoshikazu Tanaka2, Takuya Ito3, Yoshio Kodera1,4, Takashi Matsui1,4(1Grad. Sch. Sci., Kitasato Univ., 2Grad. Sch. Life Sci., Tohoku Univ., 3Fac. Farm., Osaka Ohtani Univ.,
4Center for Desease Proteomics, Sch. Sci., Kitasato Univ.)
ディープラーニングによる電子顕微鏡画像中の生体分子の同定手法の開発
Identification of biomolecules in electron microscopy images with deep learning
Atsushi Matsumoto (Institute for Quantum Life Science, National Institutes for Quantum Science andTechnology)
ヒト・ノイラミニダーゼ 1（hNeu1）の構造特定に向けたモデル作成
Model creation for structure determination of human neuraminidase1(hNeu1)
Takeru Nakajima1, Leonard Chavas1,2, Swagatha Ghosh1, Hiroki Onoda2 (1Grad. Sch. Appl. Phys.,
Nagoya Univ, 2NUSR, Nagoya Univ)
硫酸還元細菌 Desulfovibrio vulgaris Miyazaki F 株由来 APS 還元酵素の結晶構造
Crystal structure of APS reductase from Desulfovibrio vulgaris Miyazaki F.
Rio Hamada, Koji Nishikawa, Hideaki Ogata (Grad. Sch.Sci.,Univ.Hyogo)
海洋性ビブリオ菌べん毛モーター固定子タンパク質 PomB のリンカー領域の役割
Roles of linker region of PomB, flageller stator protein in Vibrio alginolyticus
Yusuke Miyamura1, Tatsuro Nishikino2, Hiroaki Koiwa1, Kanji Takahashi3, Yuki Tajimi3,
Michio Homma3, Takayuki Uchihashi3, Seiji Kojima1 (1Dept. Biol. Sci., Grad., 2Det. Life Sci., Appl.
Chem., Nagoya Inst. Tech.;, 3Dept. Phys.,, Grad. Sch. Sci., Nagoya Univ)
FoF1-ATPase の非触媒部位の機能
Function of the non-catalytic site of FoF1-ATPase
Ren Kobayashi, Atsuki Nakano, Ken Yokoyama (Faculty of Life Science, Kyoto Sangyo University)
Studying structural and dynamic properties of urinary human serum albumin fragments:
simulation studies
Chanya Archapraditkul1, Kanokwan Janon1, Deanpen Japrung2, Prapasiri Pongprayoon1,3(1Department of Chemistry, Faculty of Science, Kasetsart University, Bangkok 10900, Thailand,
2National Nanotechnology Center, National Science and Technology Development Agency, Thailand
Science Park, Khlong Luang, Pathum Thani, Thailand, 3Center for Advanced Studies in Nanotechnology
for Chemical, Food and Agricultural Industries, KU Institute for Advanced Studies, Kasetsart University,
Bangkok, Thailand)– S149 –2Pos008

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Computational studies of inhibitory effect of brazilin and hematein from Caesalpinia sappan
Linn. against Cutibacterium acnes
Maneenuch Pengsawang1, Apaporn Boonmee2, Phoom Chairatana3, Prapasiri Pongprayoon1(1Department of Chemistry, Faculty of Science, Kasetsart University, Bangkok 10900, Thailand,
2Department of Chemistry, Faculty of Science and Technology, Rambhai Barni Rajabhat University,
Chanthaburi 22000, Thailand, 3Department of Microbiology, Faculty of Medicine Siriraj Hospital,
Mahidol University, Bangkok 10700, Thailand)
持続可能なフードシステムに向けたエネルギー豊富なタンパク質の構造決定
Structural characterization of energy-rich proteins for sustainable food systems
Yuuma Tanaka1, Swagatha Ghosh1, Leonard Chavas1,2 (1Dept. of Appl. Phys., Grad. Such. of Eng.,
Nagoya Univ., 2Synchrotron Radiation Research Center, Nagoya Univ.)
Analysis of the electronic state of the metal sites of cytochrome c oxidase using simultaneous
XES and XRD measurements
Keigo Tsuiki1, Takahumi Kamei1, Takanori Nakane2, Tetsuo Katayama3, Atsuhiro Shimada1 (1Dept.
Appl. Life Sci., Fac. Appl. Biol. Sci., Univ. Gifu, 2Inst. Protein Res., Univ. Osaka, 3JASRI)
Electron transfer mechanism proposed by the cryo-EM structure of cytochrome c andcytochrome c oxidase complex
Yuto Taguchi1, Daisuke Kouzai2, Haruna Naitou1, Kouki Nishikawa3,4, Yoshinori Huziyoshi3,4,Kazutoshi Tani5, Kouichirou Ishimori6, Atsuhiro Shimada1 (1Dept. Appl. Life Sci., Fac. Appl. Biol. Sci.,
Univ. Gifu, 2Inst. Cellular and Structural Physiology , Univ. Nagoya, 3Inst. Adv. Res., Univ. Tokyo
Medical and Dental, 4CeSPIA Inc., 5Grad. Sch. Med., Univ.Mie, 6Faculty of science, Univ. Hokkaidou)

01B. タンパク質：構造機能相関／01B. Protein: Structure & Function
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膜内切断プロテアーゼ RseP の結晶構造及び基質の進入と切断を制御する新規ゲーティング機
構モデル
Crystal structure and novel gating mechanistic model to regulate substrate entry and its
cleavage of the intramembrane protease RseP
Yohei Hizukuri1, Yuki Imaizumi2, Kazunori Takanuki2, Takuya Miyake1, Tatsuya Kobayashi1,
Tatsuhiko Yokoyama1, Rika Oi2, Terukazu Nogi2, Yoshinori Akiyama1 (1Inst. Life Med. Sci., Kyoto Univ.,
2Grad. Sch. Med. Life Sci., Yokohama City Univ.)
インバース共溶媒分子動力学法によるタンパク質-化合物部分構造相互作用の定量的評価手法の開発
Quantitative Evaluation of Protein-Chemical Substructure Interaction with Inverse MixedSolvent Molecular Dynamics Simulation
Keisuke Yanagisawa1, Ryunosuke Yoshino2,3, Genki Kudo4, Takatsugu Hirokawa2,3 (1Comput. Sci., Sch.
Comput., Tokyo Tech, 2Faculty Med., Univ. Tsukuba, 3TMRC, Univ. Tsukuba, 4Appl. Sci., Grad. Sch. Sci.
Tech., Univ. Tsukuba)
フラボ酸化還元酵素の光化学的性質を利用したタンパク質構造ダイナミクス解析
Investigation of protein dynamics using photochemistry of a flavin prosthetic group inoxidoreductase
Daisuke Seo1, Bo Zhuang2, Alexey Aleksandrov2, Marten Vos2 (1Division of Material Science, Graduate
School of Natural Science and Technology, Kanazawa University, 2LOB, CNRS, INSERM, École
Polytechnique, Institut Polytechnique de Paris)
A synthetic biology approach to reconstituting defined amyloid fibrils for FAD-related Aβ that
reproduce features of cotton-wool plaque
Mohammad Jafar Tehrani1, Isamu Matsuda1, Atsushi Yamagata2, Tatsuya Matsunaga1,2,
Mikako Shirouzu2, Yoshitaka Ishii1,2 (1School of Life Science and Technology, Tokyo Institute ofTechnology, 2RIKEN Center for Biosystems Dynamics Research)– S150 –2Pos016

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海洋生物由来の抗 SARS-CoV-2 活性を有するタンパク質の血球凝集活性を抑制するタンパク質工学的手法
Protein engineering for suppressing hemagglutination activity of anti-SARS-CoV-2 protein frommarine organism
Mami Okabe1, Hiromi Watari2, Yokoyama Takeshi1, Ayato Takada3, Ryuichi Sakai2, Yoshikazu Tanaka1(1Graduate School of Life Science, Tohoku University, 2Faculty of Fisheries Sciences, Hokkaido
University, 3International Institute for Zoonosis Control, Hokkaido University)
CD28 結合における Gads SH2 の構造機能特性
Structural and functional properties of Gads SH2 dimer in CD28 binding
Yusuke Sakakibara, Saki Ochi, Masayuki Oda (Grad. Sch. Life Environ. Sci., Kyoto Pref. Univ.)
細菌の運動と形態を規定する細胞内べん毛の in situ 構造解析
In situ structural analysis of the periplasmic flagella that regulates bacterial motility andmorphology
Akihiro Kawamoto1, Toshiki Kuribayashi2, Masatomo Morita3, Shuichi Nakamura2, Nobuo Koizumi3(1IPR., Univ. Osaka, 2Grad. Sch. Engineer., Univ. Tohoku, 3NIID)

01C. タンパク質：物性／01C. Protein: Physical Property
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タンパク質の液液相分離に対する尿素とトリメチルアミン N-オキシドの効果
Effects of small molecular compounds on protein liquid-liquid phase separation: Urea andtrimethylamine N-oxide (TMAO)
Keiji Kitamura1, Ryo Kitahara1,2 (1Graduate School of Pharmacy, Ritsumeikan University, 2College of
Pharmaceutical Sciences, Ritsumeikan University)
タンパク質の高分解能熱流解析：2 次構造の役割
High resolution heat current analysis of proteins: Role of secondary structure
Yoichi Arita, Tingting Wang, Wataru Sugiura, Shigure Saito, Takahisa Yamato (Grad. Sci., Nagoya Uni.)
中性子準弾性散乱により明らかとなった α-シヌクレインの内部ダイナミクス
Internal dynamics of α-synuclein revealed by quasielastic neutron scattering
Satoru Fujiwara1, Kai Nishikubo2, Taiki Tominaga3 (1Inst. Quantum Life Science, QST, 2Ibaraki Univ.,
3Neutron R&D Div., CROSS)
タンパク質の熱流計算：アミノ酸残基間コミュニケーションの原子レベル観測
Computational study of heat flow in proteins: Observation of residue-residue communication at
the atomic level
Shigure Saito, Tingting Wang, Wataru Sugiura, Yoichi Arita, Takahisa Yamato (Grad. Sch. Sci., Univ.
Nagoya)
ケージ状蛋白質に閉じ込めた蛋白質の安定性
Stability of the proteins inside the caged protein
Shuji Kanamaru (Dep. of Life Sci. and Tech., Tokyo Inst. of Tech.)
2 つの変性タンパク質が互いに結合してフォールディングする反応機構の統計力学モデルによる予測
Predicting mechanisms of mutual synergistic folding by a statistical mechanical model
Shun Nagai1, Koji Ooka2, Runjing Liu3, Munehito Arai1,2,3 (1Dept. Phys., Univ. Tokyo, 2Col. Arts & Sci.,
Univ. Tokyo, 3Dept. Life Sci., Univ. Tokyo)
αB クリスタリンによる早期アミロイド形成阻害の分子機構
Molecular mechanism of early inhibition of amyloid formation by αB-crystallin
Yuki Kokuo1, Keisuke Yuzu1, Naoki Yamamoto2, Ken Morishima3, Aya Okuda3, Rintaro Inoue3,
Masaaki Sugiyama3, Junna Hayashi4, John A. Carver4, Eri Chatani1 (1Grad. Sch. Sci., Kobe Univ.,
2Grad. Sch. Med., Jichi Med. Univ., 3KURNS., Kyoto Univ., 4Res. Sch. Chem., Austral. Natl. Univ.)– S151 –2Pos026

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統計力学モデルによるタンパク質のフォールディング経路の理論的デザイン
Theoretical design of protein folding pathways by a statistical mechanical model
Sae Kato1, Koji Ooka2, Runjing Liu1, Munehito Arai1,2,3 (1Dept. Life Sci., Univ. Tokyo, 2Col. Arts & Sci.,
Univ. Tokyo, 3Dept. Phys., Univ. Tokyo)
RNA 結合タンパク質 FUS による液-液相分離と不可逆凝集：高圧吸光光度法と蛍光顕微鏡によるアプローチLiquid-liquid phase separation and irreversible aggregation of FUS: High-pressure UV-visible
spectrophotometry and fluorescence microscopy
Ryu Yamamoto (Graduate School of Pharmacy, Ritsumeikan Univeristy)

01D. タンパク質：機能／01D. Protein: Function
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Photoregulation of Ras GTPase Activity using regulatory Factor GAP modified with azobenzene
derivatives
Rajib Ahmed, Nobuyuki Nishibe, Alrazi Islam MD, Kazunori Kondo, Shinsaku Maruta (Department of
Biosciences, Graduate School of Science and Engineering Soka University, Hachioji, Tokyo.)
脂肪酸結合タンパク質 FABP4 と脂肪酸における網羅的な結合特性に関する研究
A comprehensive study of binding properties between fatty acid binding protein FABP4 andfatty acids
Haruka Terawaki1, Hazuki Namiki1, Shun Tokudome1, Fumio Hayashi2, Yusuke Inoue1,3,
Shigeru Sugiyama4, Shigeru Matsuoka5, Michio Murata6, Masashi Sonoyama1,3,7 (1Grad. Sch. Sci. Tech.,Gunma Univ, 2Ctr. Inst. Analysis, Gunma Univ., 3GUCFW, Gunma Univ., 4Fac. Sci. Tech., Kochi Univ.,
5Fac. Med., Oita Univ., 6Grad. Sch. Sci., Osaka Univ., 7GIAR, Gunma Univ.)
プロピオン酸菌由来乳清発酵物質によるダイオキシン受容体 AhR 活性化を介した免疫賦活化機構の解析
Analysis of immunostimulatory mechanism through activation of dioxin receptor AhRby
fermented whey derived from propionic acid bacteria
Yukihiko Narita1, Atsuko Miura1,2, Taku Sugawara2, Hiroaki Shimizu1, Hideaki Itoh3 (1Akita University
Graduate School of Medicine/Department of Neurosurgery, 2Akita Cerebrospinal and CardiovascularCenter, 3Graduate School of Agricultural and Life Sciences, The University of Tokyo)
Antifreeze proteins possibly control cellular water transport to protect cells from hypothermic
damageYue Yang1, Tatsuya Arai1,2, Yuji C. Sasaki1,2 (1Grad Sch. of Fron. Sci., Univ. Tokyo, 2AIST-UTokyo)
Guanidine/Biguanide 系薬剤とミトコンドリア呼吸鎖末端酵素の相互作用解析
Interaction analysis between Guanidine/Biguanides and a terminal enzyme of mitochondrial
respiratory chain
Seungwan Woo1, Gerald I Shulman2, Atsuhiro Shimada3 (1Grad. Sch. Nat. Sci. Tech., Univ. Gifu, 2Sch.
Med., Univ. Yale, 3Fac. Appl. Biol. Sci., Univ. Gifu)
大腸菌フェリチンの鉄酸化活性に及ぼす無機リン酸の影響
Effect of inorganic phosphate on the iron oxidation activity of Escherichia coli ferritin A
Takumi Kuwata, Kazuo Fujiwara, Masamichi Ikeguchi (Dept. of Biosci., Grad. Sch. of Sci and Eng.,
Soka Univ.)
TAT ロドプシンが 77K で示すプロトン移動反応に対する分光解析
Spectroscopic analysis of proton transfer reaction of TAT rhodopsin at 77 K
Teppei Sugimoto1, Kota Katayama1,2, Hideki Kandori1,2 (1Graduation school of Engineering, Nagoya
institute of technology, 2OptoBio Technology Research Center, Nagoya institute of technology)– S152 –01E. タンパク質：計測・解析／01E. Protein: Measurement & Analysis
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A platform for testing the properties of peptide-based siderophore mimics using computationaland biophysical methods
Piotr Sebastian Maj, Uladzislava Tsylents, Monika Wojciechowska, Joanna Trylska (Centre of New
Technologies, University of Warsaw, Poland)
生細胞中の CRAF は 14-3-3 との相互作用を介して 2 種類の閉構造をとる
CRAFs in living cells adopt two types of closed conformations through interaction with 14-3-3
Kenji Okamoto, Yasushi Sako (RIKEN CPR)
ラマン分光法を用いた心臓アミロイドーシスの鑑別診断
Differential diagnosis of cardiac amyloidosis using Raman spectroscopy
Mizuki Yoshimoto1, Takeshi Honda2, Hiroki Takanari3, Shin-ichiro Yanagiya3, Hirokazu Miki4(1Graduate school of medicine, Tokushima university, 2Graduate school of sciences and technology forinnovation, Tokushima university, 3Institute of Post-LED Photonics, Tokushima university, 4Tokushima
university Hospital)
高効率で特異的なシステインの修飾法の開発
Development of Highly efficient and specific modification technique for Cys residue
Arisa Suto1, Yoshio Kodera1,2, Takashi Matsui1,2 (1Grad. Sch. Sci., Kitasato Univ, 2Center for Disease
Proteomics, Sch. Sci., Kitasato Univ)
MDCC 標識リン酸結合タンパクを含む droplet chamber array による高感度無機リン酸検出
Highly sensitive detection of inorganic phosphate using droplet chamber arrays containing
MDCC-labeled phosphate-binding protein
Tomohiro Aoyama1, Yoshihiro Minagawa2, Hiroshi Ueno2, Nobukiyo Tanaka1, Hiroyuki Noji2,
Tomoko Masaike1 (1Dept. Appl. Biol. Sci., Tokyo Univ. of Sci., 2Dept. Appl. Chem., Sch. Eng., Univ. ofTokyo)
原子間力顕微鏡像の探針形状推定法計算の高速化
Accelerating end-to-end differentiable blind tip reconstruction algorithm for fast reconstructionof molecular surfaces
Ryuhei Oshima, Yasuhiro Matsunaga (Grad. Sch. Sci. Eng., Saitama Univ.)
アミロイド β42 と 40 検出のためのチオ NAD サイクリング ELISA 法の開発
Development of thio-NAD cycling ELISA for detection of amyloid beta 42 and 40
Yuta Kyosei1, Etsuro Ito1,2 (1Department of Biology, Waseda University, 2BioPhenoMA Inc.)

01F. タンパク質：タンパク質工学／進化工学／01F. Protein: Engineering
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単量体化した人工赤色蛍光蛋白質 AzamiRed の構造
Structure of monomerized AzamiRed, an artificial red fluorescent protein engineered from
AzamiGreen
Shiho Otubo1, Hiromi Imamura2, Isamu Nagatomi1, Norihiro Takekawa1, Katsumi Imada1 (1Grad. Sch.
Sci., Osaka Univ., 2Grad. Sch. Biost., Kyoto Univ.)
MD シミュレーション・レプリカ交換モンテカルロ法と機械学習によるデータ効率的なタンパク
質機能改良
Data Efficient Protein Function Improvement by Machine Learning with MD Simulation and
Replica Exchange Monte Carlo Method
Teppei Deguchi1,2, Shinji Iida3, Yutaka Saito1,2,3 (1Grad. Sch. FS., Univ. Tokyo, 2AIRC, AIST, 3Sch. FR.,
Univ. Kitasato)– S153 –2Pos044

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深層学習による小型 PD-1 アンタゴニストの理論的設計
Theoretical design of a small PD-1 antagonist with deep learning
Shinya Inoue1, Shunji Suetaka1, Munehito Arai1,2 (1Dept. Life Sci., Univ. Tokyo, 2Dept. Phys., Univ.
Tokyo)
内包分子を鋳型としたウイルス模倣粒子の構築
Assembly of virus-like architectures directed by cargo molecules
Kenya Tajima, Naohiro Terasaka (Earth-Life Science Institute, Tokyo-Tech)
ダーウィン進化を用いたスクリーニング不要の in vitro 指向性進化系の実現に向けてToward screening-free in vitro directed evolution with natural selection
Taro Furubayashi1, Thibault Di Meo1, Yoshihiro Minagawa1, Hiroyuki Noji1, Yannick Rondelez2(1Grad. Sch. Eng., Univ. Tokyo, 2ESPCI, Paris)
カルモジュリンを利用した G タンパク質 Ras のイオノクロミック制御
Iono-chromic control of G-protein Ras using calmodulin
Ziyun Zhang1, Yassine Sabek1, Nobuyuki Nishibe1, Kazunori Kondo2, Sinsaku Maruta1,2 (1Grad. Sch.
Sci., Univ.Soka, 2Sci., Univ. Soka)
相互作用データのハイスループットな収集による抗体特異性制御残基の特定
Identification of residues which regulate antibody specificity by high-throughput collection ofinteraction data
Mayuko Inagaki1, Ryo Matsunaga1, Shigeru Okumura2, Toshiaki Maruyama2, Kevin Entzminger2,
Kouhei Tsumoto1,3,4 (1Department of Bioengineering, Graduate School of Engineering, The University ofTokyo, 2Abwiz Bio Inc., 3Department of Chemistry and Biotechnology, Graduate School of Engineering,
The University of Tokyo, 4The Institute of Medical Science, The University of Tokyo)
ウシ由来抗菌ペプチドの高収率組換え発現系の構築及び機能の検討
Construction of a high-yield recombinant expression system of bovine antimicrobial peptides
and elucidation of function and mode of action
Fumi Hirai1, Mitsuki Shibagaki1, Hao Gu1, Yuya Hizume2, Tomoyasu Aizawa1,2 (1Grad. Sch. Life Sci.,
Hokkaido Univ., 2Sch. Sci., Hokkaido Univ.)

01G. タンパク質：天然変性／01G. Protein: Intrinsic disorder
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天然変性タンパク質の液液相分離に関する MD シミュレーション
MD simulation of liquid-liquid phase separation of intrinsically disordered proteins
Tetsu Koyama, Naoki Iso, Yuki Norizoe, Takuya Saito, Takahiro Sakaue (Univ. Aoyama Gakuin)
ストレスセンサーの会合を制御する多様な相互作用の分子機構
Molecular mechanisms of multiple interactions regulating stress sensor assembly
Soichiro Kawagoe1, Takuya Mabuchi2,3, Hiroyuki Kumeta4, Motonori Matsusaki1,
Munehiro Kumashiro1, Koichiro Ishimori5, Tomohide Saio1 (1Inst. of Adv. Med.Sci., Tokushima Univ.,
2Front. Res. Inst. for Interdiscip. Sci., Tohoku Univ., 3Inst. of Fluid Sci., Tohoku Univ., 4Fac. of Adv. Life
Sci., Hokkaido Univ., 5Dept. of Chem., Fac. of Sci., Hokkaido Univ.)
Hyperphosphorylation of nucleolar protein Nopp140 drives mitotic nucleolar disassembly
Hisashi Shimamura1, Yuki Norizoe2, Takahiro Sakaue2, Shige H. Yoshimura3 (1Fac. Int. Human
Studies, Kyoto University, 2Col. Science and Engineering, Aoyama Gakuin University, 3Grad. Sch.
Biostudies, Kyoto University)
タンパク質液液相分離過程の細胞内と試験管での違いとその機構の解明
Exploring the mechanism to explain the difference in protein liquid-liquid phase separation(LLPS) processes between in vitro and in cells
Hitomi Kimura1,2, Natsumi Tane1, Kyota Yasuda1,2, Shin-ichi Tate1,2 (1Grad. Sch. Int. Sci. Life,
Hiroshima Univ., 2WPI-SKCM2, Hiroshima Univ.)– S154 –2Pos054

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二機能性クリプトクロム C 末端領域における構造ダイナミクスの NMR 解析
NMR analysis of dynamics of the C terminal extension in bi-functional cryptochrome
Yuki Kaide, Satoshi Nagao, Wataru Sato, Minoru Kubo (Grad. Sch. Sci., Univ. Hyogo)
光誘起 TDP-43 IDR 凝縮体の細胞質における特徴的脱会合過程
Distinct disassemble process of light-induced condensates of TDP-43 intrinsically disorderedregion in the cytoplasm
Yuta Hamada1, Akira Kitamura2 (1Grad. Sch. of Life Sci., Hokkaido Univ., 2Fac. of Adv. Life Sci.,
Hokkaido Univ)
ストレス顆粒の形成・機能に必要な構成因子の近傍分子ラベルを用いた同定・解析
Proximity labaleling identified a protein essential for the proper formation and function of stressgranuleKyota Yasuda (Grad. Sch. Int. Life Sci. Hiroshima)
α-シヌクレインの液-液相分離を誘導・制御する de novo ペプチドの開発
De novo peptides that induce and modulate the liquid-liquid phase separation of α-synuclein
Tatsuya Ikenoue1, Masatomo So2, Naohiro Terasaka1, Wei-En Huang1, Yasushi Kawata3,
Yohei Miyanoiri4, Hiroaki Suga1 (1Department of Chemistry, The University of Tokyo, 2Department of
Future Basic Medicine, Nara Medical University, 3Department of Chemistry and Biotechnology, Tottori
University, 4Institute for Protein Research, Osaka University.)

05. RNA・RNA 結合タンパク質／05. RNA & RNA binding proteins
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ハンマーヘッドリボザイムの酵素反応に関する理論的研究
Theoretical study on an enzymatic reaction of the hammerhead ribozyme
Ayaka Matsuyama1, Masahiko Taguchi2, Shigehiko Hayashi1 (1Grad. Sch. Sci., Kyoto Univ., 2IMRAM,
Tohoku Univ.)ウイルス RNA 構造の理解のための RNA 構造の測定と推定
Investigation and prediction of RNA structure towards the understanding of viral RNA structure
Yuji Itoh1,2,3, Takuya Katayama1,2, Naoya Kaneda1,3, Shrutarshi Mitra1, Satoshi Takahashi1,2,3 (1IMRAM,
Tohoku Univ., 2Grad. Sch. Life Sci., Tohoku Univ., 3Grad. Sch. Sci., Tohoku Univ.)
Conformational elucidation of SARS-CoV-2 genomic RNA elements by single-molecule FRET
measurements
Shrutarshi Mitra1, Yuji Itoh1,2, Takuya Katayama1,2, Satoshi Takahashi1,2 (1Institute of Multidisciplinary
Research for Advanced Materials (IMRAM), Tohoku University, 2Graduate School of Life Science,
Tohoku University)
NMR 法による DNA-RNA ハイブリッドグアニン四重鎖構造とペプチドの相互作用解析
Detection of the interaction between DNA-RNA hybrid G-quadruplex structure and Gquadruplex-binding peptide using NMR
Taisei Masunaga1,2, Yudai Yamaoki1,2, Chihiro Nakayama2, Keiko Kondo1, Takashi Nagata1,2,
Masato Katahira1,2 (1Institute of Advanced Energy, Kyoto University, 2Graduate School of Energy
Science, Kyoto University)– S155 –06. DNA/RNA ナノテクノロジー／06. DNA/RNA nanotechnology
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酵素を用いた時間遅れ反応による DNA 液滴ベース人工細胞の分裂制御
Controlled division of DNA droplet-based artificial cells coupled with enzymatic time delay circuit
Tomoya Maruyama1, Ryohei Furuichi2, Akihiro Yamamoto2, Gong Jing1, Masahiro Takinoue1,2,3(1School of Life science and Technology, Tokyo Institute of Technology, 2School of Computer Science,
Tokyo Institute of Technology, 3Living Systems Materialogy (LiSM) Research Group, International
Research Frontiers Initiative (IRFI), Tokyo Institute of Technology)
Kissing-loop 相互作用により構築された RNA 液滴による AND 論理演算
‘AND’ logic operation of RNA droplets assembled via kissing-loop interaction
Hirotake Udono1, Minzhi Fan1, Yoko Saito1, Hirohisa Ohno2, M. Shin-ichiro Nomura3,
Yoshihiro Shimizu4, Hirohide Saito2, Masahiro Takinoue1 (1Sch. Comp., Tokyo Tech., 2CiRA, Kyoto Univ.,
3Sch. Eng., Tohoku Univ., 4Riken)
DNA 液滴のための相分離スイッチ素子の設計
Design of phase-separation switch element for DNA droplet
Yuta Aizaki1, Masahiro Takinoue1,2 (1Department of Computer Science, Tokyo Institute of Technology,
2Living Systems Materialogy (LiSM) Research Group, International Research Frontiers Initiative (IRFI),
Tokyo Institute of Technology)
人工 DNA ナノ粒子モーターの高速化戦略
Strategy for acceleration of artificial DNA-nanoparticle motor
Takanori Harashima1,2, Akihiro Otomo1,2, Ryota Iino1,2 (1Institute for Molecular Science, 2SOKENDAI)
DNA 液滴の時空間的形成の制御
Regulation of spatiotemporal formation of DNA droplets
Shogo Kai1, Yusuke Sato2 (1Sch. Comp. Sci. Syst. Eng., Kyutech, 2Grad. Sch. Comp. Sci. Syst. Eng.,
Kyutech)Toward a DNA origami-based motor with power stroke mechanism and tunable parameters
Akihiro Fukuda1, Yusuke Sato2, Takeshi Yokoyama3,4, Yoshikazu Tanaka3, Shoichi Toyabe1 (1Grad.
Sch. Eng., Univ. Tohoku, 2Grad. Sch. Comp. Sci. Syst. Eng., Kyutech, 3Grad. Sch. Life Sci., Univ. Tohoku,
4JST PRESTO)
3D DNA nanostructure-based assembled structures for the construction of chromatin-likeheterogeneous system
Hong Xuan Chai1, Masahiro Takinoue1,2 (1Tokyo Institute of Technology, School of Life Science andTechnology, 2Tokyo Institute of Technology, School of Computing)
DNA 液滴コンピュータによる核酸酵素反応の制御
Control of deoxyribozyme activity by computational DNA droplets
Naoki Yoshida1, Masahiro Takinoue1,2 (1Grad. Sch. Life. Sci. & Tech., Tokyo Tech., 2Grad. Sch. Comput.,Tokyo Tech.)
Functionalization of vertices on wireframe DNA origami polyhedron
Takuma Nishimura, Kanta Tsumoto, Yuki Suzuki (Grad. Sch. Eng., Mie. Univ.)

14. 分子モーター／14. Molecular motor
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細菌べん毛モーター固定子 MotB の L118P 変異がモーター負荷応答に与える影響
The L118P mutation in the stator protein MotB affects motor adaptation to load in the bacterial
flagellar motor
Shuo Peng Wang1, Tsubasa Ishida2, Naoki Hidaka1, Shoichi Toyabe3, Seiji Kojima4, Yoshiyuki Sowa1,2(1Dep. Front. Biosci., Hosei Univ., 2Micro-Nano Tech., Hosei Univ., 3Grad. Sch. Eng., Tohoku Univ.,
4Grad. Sch. Sci., Nagoya Univ.)– S156 –2Pos072

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哺乳類 V-ATPase の構造機能解明
Structure-function elucidation of mammalian V-ATPase
Yui Nishida1, Atsuko Nakanishi2, Atsuki Nakano1, Shiori Saeki1, Kaoru Mitsuoka2, Ken Yokoyama1(1Grad. Sch. Bioscience., Kyoto Sangyo Univ., 2Research Center for UHVEM., Osaka Univ.)
細菌べん毛モーターにおけるステップ回転の固定子数依存性
Stator-number dependence of stepwise rotation in the bacterial flagellar motor
Shusuke Kuboi, Shuichi Nakamura (Dept. Appl. Phys., Grad. Sch. Eng., Tohoku Univ.)
光渦を用いた光ピンセットと DNA オリガミによる生体分子モーター F1-ATPase の静止トルク測定
Quantitative force manipulation and measurement of F1-ATPase via DNA Origami probe
optically trapped with an optical vortex
Yu Hashimoto, Tomoko Otsu-Hyodo, Yoshiyuki Ohtake, Sayaka Kazami, Yuji Kimura, Hiroyasu Itoh(Hamamatsu Photonics K.K. Central research laboratory)FoF1-ATP 合成酵素 c-サブユニットローター回転の熱力学的メカニズム
Thermodynamic mechanism underlying the rotation of the c-subunit rotor of FoF1-ATP synthase
Hideo Akutsu1,7, Yasuto Todokoro2, Su-Jin Kang3, Toshiharu Suzuki4, Takahisa Ikegami1,
Masatune Kainosho5, Masasuke Yoshida6, Toshimichi Fujiwara7 (1Grad. Sch. Med Life Sci., Yokohama
City Univ., 2Sch. Sci., Osaka Univ., 3Seoul Natl. Univ., 4Lab. Chem. Life Sci., Tokyo Inst. Tech., 5Grad.
Sch. Sci., Tokyo Metro. Univ., 6Grad. Sch. Life Sci., Kyoto Sangyo Univ., 7IPR, Osaka Univ.)
Na+-駆動型べん毛モーターキメラ固定子の動態観察
Stator dynamics of chimeric Na+-driven E. coli flagellar motor observed with fluorescent
microscopy
Tomoya Shoji1, Naoki Hidaka1, Yong-Suk Che3, Yoshiyuki Sowa1,2 (1Department of Frontier
Bioscience, Hosei University, 2Micro-Nano Technology, Hosei University, 3Graduate School of Frontier
Bioscience, Osaka University)
Deciphering the actin structure-dependent preferential cooperative binding of cofilin
Kien Xuan Ngo1, Huong T Vu2, Kenichi Umeda1, Noriyuki Kodera1, Taro Q.P. Uyeda3, Toshio Ando1(1WPI NanoLSI, Kanazawa Univ., Jpn., 2Cent. Mechanochem. Cell Biol., Warwick Med. Sch., UK., 3Fact.
Sci. Eng., Waseda Uni., Jpn.)
べん毛 III 型輸送 ATPase 複合体の CryoEM 構造
CryoEM structure of the ATPase ring complex of the flagellar Type III export apparatus
Asako Usui1, Miki Kinoshita3, Yuki Tajimi2, Takayuki Uchihashi2, Tohru Minamino3,
Norihiro Takekawa1, Katsumi Imada1 (1Dept. of Macromol. Sci., Grad. Sch. of Sci., Osaka Univ., 2Dept.
of phys. Sci., Grad. Sch. of Sci., Nagoya Univ., 3Grad. Sch. of Frontier Biosci., Osaka Univ.)
Physical pictures of rotation mechanisms of F1- and V1-ATPases: Leading roles oftranslational, configurational entropy of water
Satoshi Yasuda1,2, Tomohiko Hayashi3,4, Takeshi Murata1,2, Masahiro Kinoshita4,5 (1Grad. Sc. Sci.,
Chiba Univ., 2Membrane Protein Research and Molecular Chirality Research Centers, Chiba Univ.,
3Facul. Eng., Niigata Univ., 4Institute of Advanced Energy, Kyoto Univ., 5Center for the Promotion ofInterdisciplinary Education and Research, Kyoto Univ.)
ミトコンドリアまたは α プロテオバクテリアの共通祖先型 F1-ATPase の 1 分子回転解析
Single-molecule analysis of the rotation of the common ancestral F1-ATPase of mitochondria
or α-proteobacteria
Hiroki Homma1, Hiroshi Ueno1, Ryutaro Furukawa2, Satoshi Akanuma2, Hiroyuki Noji1 (1Dept. Appl.
Chem., Grad. Sch. Eng., Univ. Tokyo, 2Facul. Human Sci., Waseda Univ.)
深海環境における海洋微生物の運動能
Compounding deep sea physical impacts on marine microbial motility
Kelli K. Mullane1, Masayoshi Nishiyama2, Tatsuo Kurihara3, Douglas H. Bartlett1 (1Scripps Inst.
Oceanography, UCSD, USA, 2KINDAI Univ., 3Kyoto Univ.)– S157 –2Pos082

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ADP 結合型細胞質ダイニンの 2 つのリンカー構造
Not one but two different cytoplasmic dynein ADP linker structures
Hiroshi Imai1, Riko Kanazawa1, Rieko Shimo-Kon1, Shinji Kamimura2, Naoko Kajimura3,
Kaoru Mitsuoka3, Mika Hirose4, Takayuki Kato4, Takahide Kon1 (1Dept. Biol. Sci., Grad.Sch.Sci.,Osaka
Univ., 2Dept. Biol. Sci., Fac. Sci. & Eng., Chuo Univ, 3Res. Ctr. for UHVEM, Osaka Univ, 4Inst. forProtein Res., Osaka Univ.)
10 nm ナノ粒子の散乱光イメージングによる F1-ATPase の回転可視化
Visualization of rotation of F1-ATPase based on scattering imaging of 10 nm nanoparticle
Keigo Shinoda (Department of Applied Chemistry, Graduate School of Engineering, University ofTokyo.)
腸球菌由来 V-ATPase はナトリウムイオン駆動力で ATP を合成する
Enterococcus hirae V-ATPase synthesizes ATP driven by the sodium ion motive force
Akihiro Otomo1,2, Lucy Zhu3, Takanori Harashima1,2, Ryota Iino1,2 (1Institute for Molecular Science,
2SOKENDAI, 3Chime ParisTech)

15B. 細胞生物学的課題：運動／15B. Cell biology: Motility
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Exploration of isoleucine recognition sites in chemoreceptor using chimeric receptors
Shinnosuke Kawahara, Yumiko Uchida, Yong-Suk Che, Akihiko Ishijima, Hajime Fukuoka (Grad. Sch.
Front Biosci, Osaka Univ.)
遊泳性緑藻ボルボックス目におけるレイノルズ数と繊毛運動調節様式の連関
Reynolds-number-dependent ciliary regulation in the swimming green algae Volvocales
Noriko Ueki1,2, Ken-ichi Wakabayashi2,3 (1Science Research Center, Hosei Univ, Tokyo, Japan, 2CLS,Tokyo Tech, Kanagawa, Japan, 3Faculty of Life Sciences, Kyoto Sangyo Univ, Kyoto, Japan)
Emerging cell size transition modes of collective endothelial cell migration induced bygeometrical wide-narrow-wide pathway constraints
Masaharu Endo (Grad. Sch. Sci., Univ. Waseda)
べん毛 III 型分泌装置のポリペプチドチャネル複合体のクライオ電子顕微鏡構造
CryoEM structure of the polypeptide channel complex of the bacterial flagellar type III secretion
systemMiki Kinoshita1, Tomoko Miyata1, Fumiaki Makino1,2, Takayuki Kato3, Katsumi Imada4,
Keiichi Namba1,5,6, Tohru Minamino1 (1Grad. Sch. Frontier Biosci., Osaka Univ., 2JEOL Ltd., 3IPR,
Osaka Univ., 4Grad. Sch. Sci., Osaka Univ., 5JEOL YOKOGUSHI, Osaka Univ., 6RIKEN SPring-8)
クシクラゲ 平衡器官形成における繊毛表面の細胞運動
Cell movement on ciliary surface during the statolith formation of Ctenophores
Naoki Noda (Nihon Univ. School of Medicine)
Evaluation of the dominant distance of the leader cells over the follower cells in collective
migration using Y-shape micro-pathway assay
Miki Takei, Mitsuru Sentoku, Masaharu Endo, Yusuke Koshita, Kenji Yasuda (Dept. Phys., Sch. Adv.
Sci. & Eng., Waseda Univ.)
スピロヘータ細菌の遊泳と形態変化の関係
Association of swimming and morphological variation in a spirochete bacterium
Souichi Ugawa1, Kyosuke Takabe2, Nobuo Koizumi2, Shuichi Nakamura1 (1Dept. Appl. Phys., Grad.
Sch. Eng., Tohoku Univ., 2Department of Bacteriology I, NIID, Japan)– S158 –2Pos092

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海洋性ビブリオ菌べん毛モーター固定子 PomB とストマチン様タンパク質 FliL との相互作用解析
Investigation of interaction between flagellar motor stator PomB and stomatin-like protein FliLin marine Vibrio
Michio Homma1, Tatsuro Nishikino2, Norihiro Takekawa3, Mitsuru Ikeda4, Yuki Tajimi1,
Kazuyoshi Murata4, Katsumi Imada3, Seiji Kojima5, Takayuki Uchihashi1 (1Physics, Grad. Sch. Sci.,
Nagoya Univ., 2Dep. Life Sci. Appl. Chem., Nagoya Inst.Tech., 3Dept. of Macromol. Sci. Grad. Sch. Sci.,
Osaka Univ., 4ExCELLS, Nat. Inst. Nat. Sci., 5Div. Biol. Sci., Grad. Sch. Sci., Nagoya Univ.)
細菌べん毛フック成長端の構造
Structure of the growing end of the bacterial flagellar hook
Sae Hashimoto1, Tomoko Miyata2, Fumiaki Makino2,3, Keiichi Namba2,4, Norihiro Takekawa1,
Katsumi Imada1 (1Grad. Sch. Sci., Osaka Univ., 2Grad. Sch. Frontier Biosci., Osaka Univ., 3JEOL Ltd.,4JEOL YOKOGUSHI Res. Alliance. Lab., Osaka Univ.)
海洋性ビブリオ菌におけるべん毛本数制御因子 FlhF と MS リング構成因子 FliF の相互作用の生化学的解析
Biochemical analysis for interactions between the flagellar number regulator FlhF and the MS
ring protein FliF in marine Vibrio
Yuria Fukushima1, Seiji Kojima1, Michio Homma2 (1Dept. Biol. Sci., Grad. Sch. Sci., Nagoya Univ,
2Dept. Phys., Grad. Sch. Sci., Nagoya Univ)
ゼブラフィッシュ自己組織化細胞塊における細胞ダイナミクスの解析
Analysis of cell dynamics during the self-organizing process in zebrafish explant
Kosuke Hashimoto, Ryuta Watanabe, Toshiyuki Mitsui, Yuuta Moriyama (Aogaku Univ. Dept,of Phys.)
A novel swimming strategy of Alivibrio fischeri revealed by single-cell tracking microscopy
Xiang Yu Zhuang, Chien-Jung Lo (Department of Physics, National Central University, Jhongli,
Taoyuan, Taiwan 32001)
共培養系における線維芽細胞の牽引力解析
Analysis of fibroblast's traction force in co-culture system
Arata Nagai, Kaito Kojima, Hiromu Kuwabara, Yuuta Moriyama, Toshiyuki Mitsui (Aogaku Univ.)
細菌べん毛フック-ジャンクション-フィラメントキャップ複合体の構造
Structure of the complex composed of the hook, junction, and filament-cap in the bacterial
flagellum
Norihiro Takekawa1, Kurumi Mori1, Tomoko Miyata2,3, Fumiaki Makino4, Keiichi Namba2,3,
Katsumi Imada1 (1Grad. Sch. Sci., Osaka Univ., 2Grad. Sch. Frontier Biosci., Osaka Univ., 3JEOL
YOKOGUSHI Res. Alliance Lab., Osaka Univ., 4JEOL Ltd.)
回転方向に依存した大腸菌べん毛モーターの回転ゆらぎ
Rotational fluctuations of the E. coli depending on the rotational direction of their flagellar motor
Taisei Miyamoto, Yumiko Uchida, Yong-Suk Che, Akihiko Ishijima, Hajime Fukuoka (Grad. Sch.
Frontier Biosci. Osaka Univ.)

15C. 細胞生物学的課題：細胞骨格・膜骨格／15C. Cell biology: Cytoskeleton & Membrane Skeleton
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2Pos101

コフィリン–アクチン動態の熱力学的解析
Thermodynamic analysis of cofilin-induced actin dynamics
Nayu Itou, Yukino Yamada, Hideyuki Komatsu (Department of Bioscience and Bioinformatics, Facultyof Systems Engineering and Computer Science, Kyushu Institute of Technology)
細胞性粘菌のアクチンフィラメントの可視化に向けた取り組み
Challenges visualization of actin filaments in Dictyostelium discoideum cells
Yuki Gomibuchi, Yukihisa Hayashida, Yusuke V. Morimoto, Takuo Yasunaga (Grad. Sch Comp. Sci andSys. Eng., Kyushu Inst. Tech.)– S159 –2Pos102

2Pos103

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2Pos105

2Pos106

Myosin or its fragments influences F-actin dynamics and deformation of droplets under theliquid-liquid phase separation
Tatsuyuki Waizumi1, Hiroki Sakuta2, Mahito Kikumoto1, Masahito Hayashi3, Kanta Tsumoto4,
Kingo Takiguchi1, Kenichi Yoshikawa5 (1Grad. Sch. Sci., Univ. Nagoya, 2Grad. Sch. Arts and Sci., Univ.
Tokyo, 3Dept. Frontier BioSci., Univ. Hosei, 4Grad. Sch. Eng., Univ. Mie, 5Sci Ctr. Self-Organization.,
Univ. Doshisha)Formation of lamellipodia-like and filopodia-like structures by self-organization of actin filaments
Masaya Fukui1, Nen Saito1,2, Naoki Honda1,2,3 (1Grad. Sch. Sci of life., Univ. Hiroshima, 2National
Institutes of Natural Sciences, Exploratory Research Center on Life and Living Systems, 3Grad. Sch. Bio.,
Univ. Hiroshima)
マイクロ流路を用いた多数の微小対象物への機械刺激
Mechanical stimulation of a large number of micro objects using microfluidic channels
Masaru Kojima1, Masahiro Totani1, Mitsuhiro Horade2, Toshihiko Ogura3, Tatsuo Arai4 (1Grad. Sch.
Eng.Sci., Osaka Univ., 2Grad. Sch. Sci. and Eng., NDA, 3IDAC, Tohoku Univ., 4CNBE, UEC)
マウス初期胚発生時の核膜 lamin B1 による核の構造、力学と遺伝子発現の動的変化
Dynamic changes in the nuclear structure, mechanics, and gene expression by lamin B1 during
early mouse embryogenesis
Masahito Tanaka1, Rin Sakanoue2, Atsushi Takasu2, Yasuki Miyagawa2, Naoko Watanabe1,
Kei Miyamoto2, Yuta Shimamoto1,3 (1National Institute of Genetics., 2Graduate School of BiologyOriented Science and Technology, Kindai University, 3Department of Genetics, Sokendai University)
Fatigue Failure of Microtubules Under Repetitive Mechanical StressSyeda Rubaiya Nasrin1, Neda M. Bassir Kazeruni2, Henry Hess2, Akira Kakugo1 (1Grad. Sch. Sci.,
Kyoto Univ., 2Dept. of Biomed. Engg. Columbia Univ.)

15D. 細胞生物学的課題：情報伝達・細胞膜／15D. Cell biology: Signal transduction & Cell membrane
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2Pos108

2Pos109

2Pos110Dictyostelium の走化性受容体 cAR1 は細胞前側でより緊密に集まる
The Dictyostelium chemotaxis receptor cAR1 more tightly gathers on the front side of the cell
Atsuhiro Mii1,2, Satomi Matsuoka1,2,3, Masahiro Ueda1,2,3 (1Grad. Sch. Front. Biosci., Osaka Univ.,
2BDR, Riken, 3Dept. Biol. Sci., Grad. Sch. Sci., Osaka Univ.)
ホスホリパーゼによる膜流動性の調節と信号増幅
Slow diffusion and signal amplification on the membrane regulated by a phospholipase
Gen Honda1, Satoshi Sawai2,3, Miho Yanagisawa1,2,3 (1Komaba Institute for Science, Graduate School ofArts and Sciences, University of Tokyo, 2Department of Basic Science, Graduate School of Arts andSciences, University of Tokyo, 3Research Center for Complex Systems Biology, Graduate School of Arts
and Sciences, University of Tokyo)
Unveiling the regulation mechanisms of AMPA receptors' synaptic dwell lifetimes by singlemolecule imaging
Yuri L. Nemoto1,2,4, Rinshi S. Kasai3, Hiroko Hijikata4, Taka A. Tsunoyama1, Kazuma Naito4,
Nao Hiramoto-Yamaki4, Takahiro K. Fujiwara4, Akihiro Kusumi1,4 (1Membrane Cooperativity Unit,
OIST, 2Biosignal Research Center, Kobe University, 3National Cancer Center, 4WPI-iCeMS, Kyoto
University)
細胞が遊走後に形成するミグラソームが示す炎症誘導能の評価
Evaluation of inflammation inducing ability of migrasomes formed by cells after migration
Koki Yoshikawa, Shogo Saito, Masayoshi Tanaka, Mina Okochi (Sch. Mat. and Chem. Tech., Tokyo
Tech)– S160 –2Pos111

2Pos1122Pos113

2Pos114

自発運動する細胞の興奮系 Ras を抑制する GAP の同定
Identification of GAP that suppresses the excitatory Ras in spontaneous cell motility
Guangyu Cheng1, Satomi Matsuoka1,2,3, Masahiro Ueda1,2,3 (1Grad. Sch. Sci., Osaka University, 2Grad.
Sch. of Front. Biosci., Osaka University, 3BDR, RIKEN)
細胞外環境に暴露したミトコンドリアの機能変化
Functional changes in mitochondria during exposure to the extracellular environment
Chisato Negoro (Grad.Sch.Eng.,Tokyo. Univ. Agr.& Tech.)
ミトコンドリア投与が細胞増殖に及ぼす影響
Effects of mitochondrial administration on cell growth
Akiho Nishimura, Yoshihiro Ohta (Grad.Sch.Eng.,Tokyo. Univ.Agr.& Tech)
種々の培養条件におけるミトコンドリア電子伝達複合体活性の比較
Comparison of mitochondrial electron transfer complex activity under various culture conditions
Momoka Kutami, Yoshihiro Ohta (Grad.Sch.Eng.,Tokyo. Univ. Agr.&Tech.)

16A. 生体膜・人工膜：構造・物性／16A. Biological & Artificial membrane: Structure & Property
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モデル生体膜における分子充填と膜間相互作用に対するコレステロールとラノステロールの影
響比較
Comparison of the effects of cholesterol and lanosterol on the molecular packing of model
membranes and their bilayer-bilayer interactions
Ayumi Okayama, Kohei Wada, Hiroshi Takahashi (Graduate School of Science and Technology, Gunma
University)
ウイルス様粒子開発にむけた分子動力学シミュレーションによる SARS-CoV-2 膜タンパク質を含む膜の構造・性質変化の探索
Investigation of membrane properties including SARS-CoV-2 membrane proteins by molecular
dynamics simulation for VLP development
Ryo Urano, Wataru Shinoda (Okayama Univ. Res. Inst. Interdiscip. Sci.)
蛍光プローブ Prodan を用いた蛍光測定によるラノステロールとコレステロールの生体膜への影
響評価
Impact of lanosterol and cholesterol on model biomembranes evaluated by Prodan fluorescencemeasurement
Michael Postrado, Hiroshi Takahashi (Biophysics Lab., Division of Pure and Applied Science,Graduate
School of Science and Technology, Gunma University)
Creation of liposomes intended to be phagocytosed by macrophages
Akari Saito, Masahito Hayashi, Tomoyuki Kaneko (LaRC,FB,Grad.Sch.Sci.&Eng.,Hosei Univ.)
三成分リポソームの相挙動に対するアセトニトリルの効果
Effect of acetonitrile on phase behaviors of ternary liposomes
Shota Matsuzawa1, Kazunari Yoshida1,2 (1Fac. Eng., Yamagata Univ., 2Grad. Sch. Sci. Eng., Yamagata
Univ.)
蛍光寿命相関解析に基づく脂質三成分相図における単層膜特異的脂質拡散
Leaflet-specific lipid diffusion on ternary phase diagram of lipids studied by fluorescence lifetime
correlation analyses
Takuhiro Otosu, Miyuki Sakaguchi, Shoichi Yamaguchi (Grad. Sch. Sci. Eng., Saitama Univ.)– S161 –16B. 生体膜・人工膜：ダイナミクス／16B. Biological & Artificial membrane: Dynamics
2Pos121ポリリジン吸着が巨大リポソームの単層膜特異的脂質拡散に与える影響
The Effect of Polylysine Adsorption on the Leaflet-specific Lipid Diffusion in a Giant Unilamellar
VesicleKosei Shimizu, Miyuki Sakaguchi, Shoichi Yamaguchi, Takuhiro Otosu (Grad. Sch. Sci. Eng., Saitama
Univ.)

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Mechanism of membrane activity of NEMURI protein
Moynul Hasan1, Yuta Ogasawara1, Yuko Fujioka1, Suguru Nishinami2, Hirofumi Toda2,
Nobuo N. Noda1 (1Hokkaido University, 2University of Tsukuba)
抗菌ペプチドが誘起するナノポアに由来する巨大リポソームの破裂
Evolution of a nanopore induced by antimicrobial peptides to the rupture of giant unilamellar
vesiclesMd. Masum Billah1,2, Ahmed Marzuk1, Masahito Yamazaki1,3,4 (1Grad. Sch. Sci. Tech., Shizuoka Univ.,
2Dept. Phys., Jashore Univ. Sci. Tech., 3Res. Inst. Ele., Shizuoka Univ., 4Grad. Sch. Sci., Shizuoka Univ)
抗菌ペプチドによる単一細菌の細胞膜損傷と単一細胞レベルでの細胞死の相関
Correlation between antimicrobial peptides (AMPs)-induced membrane damage of single
bacterial cells and cell death at single-cell level
Md. Zahidul Islam1,2, Farzana Hossain1, Md. Hazrat Ali3, Masahito Yamazaki1,3,4 (1Res. Inst. Ele.,
Shizuoka Univ., 2Dept. Biotech. Genetic Eng., Jahangirnagar Univ., 3Grad. Sch. Sci. Tech., Shizuoka
Univ., 4Grad. Sch. Sci., Shizuoka Univ.)
相分離した三成分ベシクルにグラフトされた高分子の膜流動性への影響
Effect of polymer chains grafted onto the phase-separated ternary GUVs on the membrane
fluidity
Yuka Sakuma (Grad. Sch. Sci., Tohoku Univ.)
浸透圧ストレス下における脂質二重膜の挙動に対するアクチン封入の影響
Effect of actin encapsulation on the behavior of lipid bilayers under osmotic stressKen Bessho1, Mahito Kikumoto1, Yuki Mizutani2, Moka Ito1, Kingo Takiguchi1 (1Grad. Sch. Sci.,
Nagoya Univ., 2Sch. Sci., Nagoya Univ.)

17. 化学受容／17. Chemoreception
2Pos127

2Pos128

2Pos129

コレラ菌の走化性を媒介するペリプラズム結合蛋白質 SatA の構造
Crystal structure of SatA, a periplasmic binding protein that mediates chemotaxis to serine in
Vibrio cholerae
Miyuki Aoyama1, Norihiro Takekawa1, So-ichiro Nishiyama2, Hirotaka Tajima3, Ikuro Kawagishi3,
Katsumi Imada1 (1Dept. Macromol. Sci., Grad. Sch. Sci., Osaka Univ., 2Dept. Appl Life Sci, Niigata Univof Pharm and Appl Life Sci., 3Dept. Front Biosci., Hosei Univ.)
大腸菌再構成系を用いたクロストリジウム属細菌走化性受容体の入力刺激の解明
Elucidation of input signals of Clostridium chemoreceptors by E. coli reconstitution system
So-ichiro Nishiyama, Nao Iwahashi, Shohei Koike (Fac. App. Life Sci., Niigata Univ. Pharm. App. Life
Sci.)
腸炎ビブリオ由来走化性受容体 VP183 のリガンド結合メカニズム
Ligand binding mechanism of VP183, a chemotaxis receptor of Vibrio parahaemolyticus
Ririka Iida1, Yuka Ueda2, Norihiro Takekawa2, Hiroyuki Terashima3, Mayuko Sakuma4,
Katsumi Imada2 (1Sch. Sci., Osaka Univ., 2Grad. Sch. Sci., Osaka Univ., 3Inst. of Tropical Medicine,
Nagasaki Univ., 4Dept. Pharm., Kinjo Gakuin Univ.)– S162 –21A. 光生物：視覚・光受容／21A. Photobiology: Vision & Photoreception
2Pos130

2Pos1312Pos132

2Pos133

2Pos134

2Pos135

2Pos136

2Pos137

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2Pos139

低温ラマン分光法によるシアノバクテリオクロム RcaE の緑色吸収型から赤色吸収型への光変換過程の研究
Cryogrnic Raman study of photoconversion process from green to red absorbing state of the
cyanobacteriochrome RcaE
Yasuhiro Jyojima1, Masako Hamada2, Yuu Hirose2, Masashi Unnno1, Tomotsumi Fujisawa1(1Grad.Sch.Adv.Health Sci.,Saga Univ., 2Dep. App. Chem. Life Sci., Toyohashi Univ. Tech.)
Rhodospirillum centenum 由来の photoactive yellow protein の低温分光分析
Low-temperature spectroscopy of photoactive yellow protein from Rhodospirillum centenum
Kirari Ogata1, Tomotsumi Fujisawa2, Wouter D Hoff3, Masashi Unno2 (1Grad.Sch.Adv.Health Sci.,Saga
Univ., 2Fac.Sci.Eng.,Saga Univ., 3Oklahoma state Univ.)
新奇カチオンチャネルロドプシン HulaCCR の機能解析
Electrophysiological characterization of a novel cation channelrhodopsin HulaCCR with an
ET(C)D motif
Shunki Takaramoto1, Shai Fainsod2, Takashi Nagata1, Andrey Rozenberg2, Oded Béjà2, Keiichi Inoue1(1ISSP, Univ. Tokyo, 2Technion-Israel Inst. Tech.)
脊椎動物が広くもつ紫外光感受性 Opn5 の吸収波長制御に関わるアミノ酸残基
Amino acid residue responsible for the spectral tuning of UV-sensitive vertebrate Opn5
Kazuyuki Asamoto, Kengo Fujii, Chihiro Fujiyabu, Takahiro Yamashita (Grad. Sch. of Sci., Kyoto
Univ)
ロドプシンダイマー列上における G 蛋白質トランスデューシンの 1 分子拡散過程
Single molecular diffusion process of G protein transducin on rhodopsin dimer rows
Hayato Yamashita1, Akihiro Tsuji1, Fumio Hayashi2, Kenichi Morigaki3,4, Masashi Fujii5,6,
Akinori Awazu5,6, Masayuki Abe1 (1Grad. Sch. Eng. Sci., Osaka Univ., 2Grad. Sch. Sci., Kobe Univ.,
3Grad. Sch. Agr. Sci., Kobe Univ., 4Biosignal Research Center, Kobe Univ., 5Grad. Sch. Sci., Hiroshima
Univ., 6Grad. Sch. Int., Hiroshima Univ.)
固体 NMR を用いた TaHeR のレチナール近傍の His23 と His82 の構造解析
Characterization of His23 and His82 near the retinal chromophore of Thermoplasmatales
archaeon heliorhodopsin by solid-state NMR
Sari Kumagai1, Toshio Nagashima2, Toshio Yamazaki2, Hideki Kandori3, Izuru Kawamura1 (1Graduate
School of Engineering Science, Yokohama National University, 2RIKEN RSC, 3Nagoya Institute ofTechnology)
脊椎動物が持つレチナール光異性化酵素ロドプシン・RGR の吸収波長の多様性
Diversified absorption spectra in vertebrate retinal photo-isomerase rhodopsins
Takashi Nagata, Naoya Morimoto, Chunyangguang Li, Keiichi Inoue (ISSP, Univ. Tokyo)
RcPYP と PBP の多量体形成機構の解明
Elucidation of oligomer formation mechanism of RcPYP and PBP
Yoichi Yamazaki1, Daiki Takenaka1, Kento Yonezawa1,2, Sachiko Toma-Fukai1, Hironari Kamikubo1,2(1NAIST, MS, 2NAIST, CDG)
光サイクル型脊椎動物ロドプシンを用いた細胞内セカンドメッセンジャーレベルの光依存的変化
Light-dependent changes in the intracellular second messenger levels using photocyclicvertebrate rhodopsin
Kazumi Sakai, Shion Aoki, Takahiro Yamashita (Graduate school of Science, Kyoto University)
イオンポンプ型ロドプシンの効率的機能改変の試み
Attempts to strategic functional modifications of ion pump rhodopsins
Kaito Hasegawa1, Tomoya Maeda2, Satoru Fukiya2, Takashi Tsukamoto1,3, Makoto Demura1,3,
Takashi Kikukawa1,3 (1Grad. Sch. Life Sci., Hokkaido Univ., 2Res. Fac. Argic., Hokkaido Univ., 3Fac.
Adv. Life Sci., Hokkaido Univ.)– S163 –2Pos140

ニワトリクリプトクロム 4 の C 末端伸長領域は暗酸化反応と、その温度依存性を調節する
Carboxyl-terminal extension of chicken cryptochrome 4 modulates dark oxidation reaction andits temperature dependency
Tensho Yanagi, Takayuki Miyazaki, Hiroaki Otsuka, Keiko Okano, Toshiyuki Okano (Dept. Elec. Eng.,
Grad. Sch. ASE., Waseda Univ.)

21B. 光生物：光合成／21B. Photobiology: Photosynthesis
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2Pos144

2Pos145

2Pos146

2Pos147

緑色硫黄細菌の光合成反応中心複合体におけるカロテノイドの三重項励起状態
Triplet-excited state of carotenoid in the photosynthetic reaction center complex of green sulfur
bacteria
Tomomi Inagaki1, Masatoshi Kida2, Daisuke Kosumi3, Chihiro Azai4 (1Graduate School of Life
Sciences, Ritsumeikan University, 2Graduate School of Science and Technology, Kumamoto University,
3Institute of Industrial Nanomaterials, Kumamoto University, 4Faculty of Science and Engineering, Chuo
University)
2 次元パターン化ポリマー膜を支持体とした人工チラコイド膜の極低温顕微分光性能観察
Characterization of artificial thylakoid membrane supported by 2-D lattice of polymerized lipid
bilayer by Cryogenic spectral microscopy
Hayata Sakai1, Koki Takagi2, Shen Ye1, Kenichi Morigaki3, Yutaka Shibata1 (1Graduate School of
Science Tohoku Univ., 2Faculty of Agriculture Kobe Univ., 3Graduate School of Biosignal Reserch Center
Kobe Univ.)
I 型光合成反応中心の多様性と光捕集機構
Photosynthetic Type-I Reaction Centers: Diversities and Light Harvesting Mechanisms
Akihiro Kimura1, Hirotaka Kitoh2, Shigeru Itoh1 (1Grad. Sch. Sci., Nagoya Univ., 2Fac. Eng. Sci.,
Kindai Univ.)
Studies on energy transfer and charge separation mechanisms in heliobacterial reaction centerwith ultrafast time-resolved spectroscopy
Risa Kojima1, Masatoshi Kida2, Daisuke Kosumi3, Hirozo Oh-oka4 (1Col. Life Sci., Ritsumeikan Univ.,
2Grad. Sch. Sci. & Tech., Kumamoto Univ., 3IINa, Kumamoto Univ., 4CELAS, Osaka Univ.)
クロロフィル f を含む光化学系Ⅰの近赤外光吸収のレッドシフトメカニズム解明を目指した蛍光バンドの帰属Assignment of fluorescence bands of chlorophyll-f in photosystem I to elucidate its mechanismof red-shift into near-infrared region
Rin Taniguchi1, Toshiyuki Shinoda2, Tatsuya Tomo2, Shen Ye1, Yutaka Shibata1 (1Department ofChemistry, Graduate School of Science, Tohoku University, 2Department of Biology, Faculty of Science,
Tokyo University of Science)
光化学系 II の酸素発生中心における CaMn4O6 クラスターの S3 状態から初期 S4 状態の DFT とDLPNO-CC 法による解析
DFT and DLPNO-CC investigation of the S3 to early S4 state of the CaMn4O6 clusters in the Kokcycle in the OEC of PSII
Koichi Miyagawa1, Takashi Kawakami2,3, Mitsuo Shoji1, Kizashi Yamaguchi3,4,5, Yasuteru Shigeta1(1Center for Computational Sciences, University of Tsukuba, 2Graduate School of Science, Osaka
University, 3RIKEN Center for Computational Science, 4Center for Quantum Information and Quantum
Biology, Osaka University, 5SANKEN, Osaka University)
2.5 億年前地層試料中の光合成色素の顕微分光分析
Microspectroscopic analysis of photosynthetic pigments in 250-million-years-old geologicalsamplesTomohiro Ishikawa1, Ryosuke Saito2, Toru Kondo1 (1Dept. of Life Sci. and Tech. Tokyo Tech., 2Dept. ofEarth Sci., Yamaguchi Univ.)– S164 –2Pos148

2Pos149

2Pos150

1 粒子レベルで見たリング型クロロフィル色素自己会合体の光物理学特性
Photophysical properties of ring-shaped self-aggregates of chlorophyll molecules at the singleparticle level
Shinnosuke Masuda1, Shun Arai1, Tatsuma Ishii2, Shogo Matsubara3, Toru Kondo1 (1Dept. of Life Sci.
and Tech., Tokyo Tech., 2Grad. Sch. Life Sci., Ritsumeikan Univ., 3Grad. Sch. Eng., Nagoya Tech.)
暗発酵と光発酵の二段階発酵を用いたウイスキー廃液からのバイオ水素生産
Biohydrogen production from whiskey waste liquid by two stage of dark and photo fermentation
Masahiro Hibino1, Moeka Fukushima2 (1Div. Sust. Enviro. Eng., Muroran Inst. Tech., 2Dept. Sci. Inf.,
Muroran Inst. Tech.)
一次元状クロロフィル自己会合体における一粒子レベルでの光学特性
Optical properties of one-dimensional chlorophyll self-aggregates at the single-particle level
Yuki Kamiie1, Shogo Matsubara2, Toru Kondo1 (1Dept. of Life Sci. and Tech., Tokyo Tech., 2Grad. Sch.
Eng, Nagoya Tech.)

23. 生命の起源・進化／23. Origin of life & Evolution
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2Pos152

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2Pos155

2Pos156

2Pos157

天然および人工ランダムペプチドの量子分子進化指標
Quantum molecular evolution index for natural and artificial random peptides
Masanori Yamanaka (CST, Nihon Univ.)
遺伝子発現ノイズによる原始的適応の実験的検証
Experimental verification of primitive adaptation via gene expression noise
Miki Umetani1,2,3, Asako Kitai4, Yuichi Wakamoto1,2,3 (1Graduate School of Arts and Sciences, The
University of Tokyo, 2Research Center for Complex Systems Biology, The University of Tokyo, 3Universal
Biology Institute, The University of Tokyo, 4School of Medicine, The University of Tokyo)
機械学習を用いた RNA 分子のホストパラサイトネットワークの複雑性予測
Predicting Complexity of Host-Parasite Networks of RNA Molecules Using Machine Learning
Kei Nishida1, Yusuke Himeoka2, Chikara Furusawa1,2,3 (1Department of Physics, Graduate School of
Science, The University of Tokyo, 2Universal Biology Institute, Graduate School of Science, The
University of Tokyo, 3Center for Biosystems Dynamics Research, RIKEN)
古生代ミオグロビンの分子進化
Myoglobin evolution in Paleozoic era
Yasuhiro Isogai1, Antonio Tsuneshige2, Mitsuki Mori1, Miwa Yoshida1, Hiroshi Imamura3,
Tsuyoshi Shirai3 (1Dept. Pharmaceutical Engineering, Toyama Prefectural Univ., 2Dept. Frontier
Bioscience and Research Center for Micro-Nano Technology, Hosei University, 3Dept. Bio-science,
Nagahama Inst. Bio-Science and Technology)
表現型システム生物学：多要素構造システムのマクロ進化ダイナミクス
Phenotypic systems biology: Macro-evolutionary dynamics of multi-component systems
Takao K. Suzuki, Wataru Iwasaki (Grad. Sch. Front. Sci., UTokyo)
Proliferation of phospholipid vesicles induced by freeze and thaw cycles and its effect on thelipid composition
Tatsuya Shinoda1, Kazumu Kaneko2, Yoshikazu Tanaka3, Yasuhito Sekine4, Tomoaki Matsuura4 (1Dept.
Life Sci. Tech., Tokyo Tech, 2Dept. Earth Planet. Sci., Tokyo Tech, 3Grad. Sch. Life Sci., Tohoku Univ,
4ELSI, Tokyo Tech)
遺伝子発現制御ネットワークの進化における汎化能の解析
Computational analysis of generalization capacity in evolution of gene expression network
Chikara Furusawa (BDR, RIKEN)– S165 –2Pos158

2Pos159

Environment-driven structural phase transitions of primitive LLPS protocells
Tony Z Jia1,2, Tommaso Fraccia3, Chen Chen1, Ruiqin Yi1, Motoko Igisu4, Chie Sakaguchi5,Rehana Afrin1, Christian Potiszil5, Tak Kunihiro5, Katsura Kobayashi5, Eizo Nakamura5, Yuichiro Ueno6,
Andre Antunes2,7, Anna Wang8,9,10, Kuhan Chandru11, Jihua Hao2,12 (1Earth-Life Science Institute, Tokyo
Institute of Technology, 2Blue Marble Space Institute of Science, 3Institut Pierre-Gilles de Gennes, CBI,ESPCI Paris, Université PSL, 4Institute for Extra-cutting-edge Science and Technology Avant-garde
Research (X-star), Japan Agency for Marine-Earth Science and Technology (JAMSTEC), 5The PheasantMemorial Laboratory for Geochemistry and Cosmochemistry, Institute for Planetary Materials,
Okayama University, 6Department of Earth and Planetary Sciences, Tokyo Institute of Technology, 7StateKey Laboratory of Lunar and Planetary Sciences, Macau University of Science and Technology (MUST),
8School of Chemistry, UNSW Sydney., 9Australian Centre for Astrobiology, UNSW Sydney, 10RNA
Institute, UNSW Sydney, 11Space Science Center (ANGKASA), Institute of Climate Change, National
University of Malaysia, 12Deep Space Exploration Laboratory/CAS Laboratory of Crust-Mantle
Materials and Environments, University of Science and Technology of China)
原始的な RNA 集団の調査から見つかった自己複製する最小の RNA
Minimal RNA self-reproduction discovered from a random pool of oligomers
Ryo Mizuuchi1,2, Norikazu Ichihashi3,4,5 (1Fac. Sci. Eng., Waseda Univ., 2JST, FOREST, 3Grad. Sch. Arts
and Sci., Univ. Tokyo, 4Komaba Inst. Sci., Univ. Tokyo, 5UBI, Univ. Tokyo)

24. 合成生物学・人工細胞／24. Synthetic biology & Artificial cells
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DNA 液滴における選択的なリポソーム捕捉
Selective liposome capture in DNA droplets
Ryoya Hasegawa1, Jing Gong1, M. Shin-ichiro Nomura2, Masahiro Takinoue1,3,4 (1Department of Life
Science and Technology, Tokyo Institute of Technology, 2Department of Robotics, Graduate School ofEngineering, Tohoku University, 3Department of Computer Science, Tokyo Institute of Technology,
4Living Systems Materialogy (LiSM) Research Group, International Research Frontiers Initiative)
リポソーム内無細胞タンパク質発現の転写と翻訳における脂質電荷の影響
Lipid charge affects the protein transcription and translation inside Giant unilamellar vesicle
Akari Miwa1, Masatoshi Wakamori2, Takashi Umehara2, Koki Kamiya1 (1Grad. Sch. Sci. Tech., Gunma.
univ., 2BDR ., Riken)
LLPS-mediated artificial cell holding the artificial organelle with its interface stabilized
Kanji Tomohara, Yoshihiro Minagawa, Hiroyuki Noji (Dept. Appl. Chem., Grad. Sch. Eng., Univ.
Tokyo)
コンパートメント化された刺激応答性ドラッグデリバリーのための脂質ベースの人工多細胞システム
Lipid Based Artificial Multicellular Systems for Compartmentalized and Stimuli-Responsive Drug
Delivery
Tsuyoshi Inaba1, James Richard Archer1, Shogo Hamada2, Hideaki Matsubayashi1, Keita Abe1,
Ibuki Kawamata1,3, Satoshi Murata1, Shin-ichiro Nomura1 (1Grad.Sci.Eng., Tohoku Univ., 2Int. Grad.
Sch. Sci. Eng., Tokyo Inst. Tech., 3Grad. Sch. Nat. Sci. Ochanomizu Univ.)
人工細胞光操作系を用いた基板の接着力と細胞運動の構成的理解
Light-inducible artificial cell motility on diverse adhesion surfaces: a bottom-up approach tounderstanding cell migration
Daichi Nakajima1, Shiva Razavi2,3, Takanari Inoue2, Shin-ichiro M. Nomura1, Hideaki Matsubayashi2,4(1Grad. Sch. Robotics., Univ. Tohoku, 2Department of Cell Biology, Johns Hopkins University School of
Medicine, 3Department of Biological Engineering, Massachusetts Institute of Technology, 4Frontier
Research Institute for Interdisciplinary Sciences, Univ. Tohoku)– S166 –2Pos165

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トランスファー RNA の自律合成系の試験管内構築に向けた合理的 tRNA 発現系の設計および実証
Rationally designed in vitro transfer RNA expression system for the construction of a tRNA
self-reproductive system
Ryota Miyachi1, Yoshihiro Shimizu2, Norikazu Ichihashi1,3,4 (1Grad. Sch. Arts Sci., Univ. Tokyo, 2Riken
BDR, 3Komaba Institute for Sci., Univ. Tokyo, 4Research Center for Complex System Biology, Universal
Biology Institute Univ. Tokyo)
合成ポリペプチド鎖とオリゴ核酸の設計に基づく固-液多相分離階層構造の開発
Development of the solid-liquid multiphase hierarchical structures based on chemicallydesigned polypeptides and oligonucleotides
Hiroshi Kamizawa1, Yiwei Liu2, Takumi Yamada1, Kanjiro Miyata3, Teruki Nii2, Takeshi Mori2,4,
Yoshiki Katayama2,4,5,6, Akihiro Kishimura2,4,5 (1Grad. Sch. Sys. Life Sci., Kyushu Univ, 2Dept. ofApplied Chem., Fac. of Eng., Kyushu Univ, 3Dept. of Materials Eng., The Univ of Tokyo, 4Ctr. for, Future
Chem., Kyushu Univ, 5Ctr. for Molecular Systems, Kyushu Univ, 6The Ctr. For Adv. Med. Innov., Kyushu
Univ)
コンプレックスコアセルベートの電荷密度調節によるタンパク質内包機能をもつ人工生体分子
凝縮体の設計Charge density modulation in complex coacervate for protein sequestration to mimic
biomolecular condensates
Ryoma Omae1, Biplab K C1, Teruki Nii1, Takeshi Mori1,2, Yoshiki Katayama1,2,3,4,
Akihiro Kishimura1,2,3 (1Dep. of Applied Chem., Faculty of Eng., Kyushu Univ., 2Ctr. for Future Chem.,
Kyushu Univ., 3Ctr. for Mol. Sys., Kyushu Univ., 4Ctr. for Adv. Med. Innov., Kyushu Univ.)
DNA オリガミマイクロカプセルと DNA ハイドロゲルでできた異種人工細胞間の通信
Communication between different types of artificial cells based on DNA origami microcapsules
and DNA hydrogels
Nagi Yamashita1, Marcos Masukawa2, Mayumi Chano2, Yusuke Sato3, Kanta Tsumoto4,
Kenichi Yoshikawa5, Masahiro Takinoue1,2 (1School of Life Science and Technology, Tokyo Institute ofTechnology, 2School of Computing, Tokyo Institute of Technology, 3Graduate School of Computer Scienceand Systems Engineering, Kyushu Institute of Technology, 4Graduate School of Engineering, Mie
University, 5Institute for Advanced Study, Kyoto University)
多様な膜・高分子組成でのベシクル成長実験: 進化する人工ミニマルセルを目指して
Growth rates of synthetic cells with the various vesicle-polymer compositions: Toward
implementing the evolution
Taro Suzuki (Grad.Sch.Sci. , Univ. Tohoku)
自己生産する細胞のコンセプトを人工系で単純に再設計する：モデル実験系で繋ぐ物質と生命
Reproduction of a synthetic minimal cell: An experimental approach connecting matter and cell
Minoru Kurisu1, Peter Walde2, Masayuki Imai1 (1Dept. Phys., Grad. Sch. Sci., Tohoku Univ., 2Dept.
Materials, ETH Zürich)

26A. 計算生物学: 生命情報学／26A. Computational biology: Bioinformatics
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グラフ NN による化学分子表現学習とその匂い認知予測への応用
Molecular Representation Learning by Graph Neural Networks and its Application to Odor
Perception Prediction
Tetsuya Kobayashi1, Mengji Zhang2, Akira Funahashi3 (1IIS, UTokyo, 2Shanghai Jiao Tong University,
3Keio Univ)
敵対的生成ネットワークに基づくクライオ電子顕微鏡画像解像度改善法の開発
Development of the method to improve the resolution of cryo-EM map based on the Generative
Adversarial Networks
Xinyuan Li (FBS. Osaka Univ.)– S167 –2Pos173

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経験的アプローチによる酵素の機能予測
Predicting enzyme function using an empirical approach
Suguru Fujita, Tohru Terada (Dept. of Biotechnol., Grad. Sch. of Agri. and Life Aci., Univ. of Tokyo)
脳神経回路の配線規則を読み解くデータ駆動型解析
Data-driven analysis to decipher the wiring rules of brain neural circuits
Jigen Koike1, Naoki Honda1,2,3 (1Grad. Sch. Int. Sci. Life, Hiroshima Univ., 2Grad. Sch. Biostudies,
Kyoto Univ., 3ExCELLS)
アンサンブルドッキングにおけるタンパク質相互作用表面の解析
Analysis of protein interaction surfaces in ensemble docking
Nobuyuki Uchikoga1, Yuri Matsuzaki2 (1Sch. Interdiscip. Math. Sci., Meiji Univ., 2Acad. Leadership,
Tokyo Inst. Tech.)
構造比較を利用した不凍タンパク質の特徴付け
Characterization of Antifreeze proteins by using structural comparison
Yuki Konaka, Motonori Ota, Ryotaro Koike, Koya Sakuma (Grad.Sch.Info., Univ. Nagoya)
Basal-like 乳がんにおいて染色体間相互作用が消失した遺伝子ペア群のオントロジー解析
Ontology analysis for gene pairs with disrupted inter-chromosomal interactions in basal-likebreast cancer
Yuta Shintani, Takanori Sasaki (Fac. Adv. Math. Sci., Meiji Univ.)
A multimer structure prediction method: generating multiple decoy structures via docking
software and ranking confidence with AlphaFold2
Masaki Koyama1, Hiroki Onoda2, George Chikenji1 (1Dept. of Appl. Phys., Grad. Sch. of Eng., Nagoya
Univ., 2Synchrotron Radiation Research Center, Nagoya Univ.)
かゆみ伝達に関与するタンパク質の研究
Proteins involved in itch transmission
Kota Tsurumi, Motonori Ota, Ryotaro Koike (Grad Sch. Inf., Univ. Nagoya)

26B. 計算生物学: 分子シミュレーション／26B. Computational biology: Molecular simulation
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1 分子 FRET 計測と分子動力学シミュレーションを統合した Protein G のフォールディング経路
解析
Integrative modeling of protein G folding dynamics from single-molecule FRET and molecular
dynamics simulations
Soichiro Oda, Yasuhiro Matsunaga (Grad. Sch. Sci. Eng., Saitama Univ.)
FRET-assisted structural modeling of dynamic protein ensembles
Bianca Reschke, Christian A. Hanke, Alexander Larbig, Claus A. M. Seidel (Institute for Molecular
Physical Chemistry, Heinrich Heine University, Duesseldorf, Germany)
Gromacs ソフトウェアと Martini 粗視化力場を用いたタンパク質表面電荷分布とその溶解性の関
係性の探索
Exploring the relationship between the surface charge of a protein and its solubility using the
MARTINI model and GROMACS software
Ryusei Nomura1, Hiromichi Turui2, Yutaka Kuroda1 (1Grad. Sch. Eng., TUAT, 2Grad. Sch. Med.,
Juntendo)
拡張アンサンブル分子動力学シミュレーションに基づいた環状ペプチドの膜透過性予測技術の開発
Development of a Protocol for Predicting Membrane Permeability of Cyclic Peptides Based on
Molecular Dynamics Simulations
Masatake Sugita, Takuya Fujie, Keisuke Yanagisawa, Masahito Ohue, Yutaka Akiyama (Sch.
Computing, Tokyo Tech)
グリッドを用いた主成分分析による分子集団の運動モードの解析
Cooperative modes for collective molecules using grid-based principal-component analysis
Koji Ogata, Kentaro Oishi (Fac. Pharm. Sci., Sanyo-Onoda City Univ.)– S168 –2Pos185

脂質二重膜における大腸菌 site-2 protease RseP の分子動力学シミュレーション
Molecular dynamics simulations of E. coli site-2 protease RseP in the lipid bilayer
Kenta Tanaka1, Toru Ekimoto1, Tsutomu Yamane2, Terukazu Nogi1, Mitsunori Ikeguchi1 (1Grad. Sch.
Med. Life Sci., Yokohama City Univ., 2RIKEN R-CCS)

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Targeting G-Quadruplex Structures in SARS-CoV-2 Nsp3; SARS Unique Domain (SUD) as a
Novel Target of Pyridostatine Against Covid-19
Rendrawan Dedy, Jayyinunnisya Helmia, Meriko Lince, Kazutomo Kawaguchi, Hidemi Nagao(Grad.Sch.Nat.Sci.Tech.,Kanazawa Univ.)
Learning QM/MM Potential by Equivariant Multiscale Model
YaoKun Lei1,2, Kiyoshi Yagi1,2, Yuji Sugita1,2,3 (1Theoretical Molecular Science Laboratory, RIKEN
Cluster for Pioneering Research, RIKEN, 2Computational Biophysics Research Team, RIKEN Center for
Computational Science, RIKEN, 3Laboratory for Biomolecular Function Simulation, RIKEN Center for
Biosystems Dynamics Research, RIKEN)
Atomic-Level Characterization of Protein Kinase - Inhibitors binding through massive Molecular
Dynamics Simulations
Ai Shinobu1,2, Re Suyong1,3, Hiraku Oshima1,4, Yuji Sugita1 (1RIKEN, 2Osaka University, 3National
Institutes of Biomedical Innovation, Health, and Nutrition, 4University of Hyogo)
SARS-CoV-2 スパイクタンパク質とユニバーサル中和抗体との相互作用： 残基間相互作用ネッ
トワークに基づく理論的解析
Interaction of the SARS-CoV-2 spike protein with a universal neutralizing antibody: Insights from
Residue Interaction Network Analysis
Hirokazu Murata, Norifumi Yamamoto (Chiba Tech)
HIV-1 逆転写酵素の薬剤耐性機構に関する理論的研究： 残基相互作用ネットワーク解析
Computational Study of HIV-1 Reverse Transcriptase for Drug Resistance Mechanism: Residue
Interaction Network Analysis
Ryuki Hashimoto, Norifumi Yamamoto (Chiba Tech)
SOD1 変性過程に関する理論的研究： 銅イオンと亜鉛イオンの解離に伴う残基間相互作用の変化
Insights into the denaturation process of SOD1: Changes in residue interactions associatedwith dissociation of Cu and Zn ions
Kento Takeuchi1, Shinya Tahara2, Takakazu Nakabayashi2, Norifumi Yamamoto1 (1Chiba Tech,
2Univ.Tohoku)
SOD1 変性過程に関する理論的研究：分子内 S-S 結合の解離に伴う残基間相互作用の変化
Insights into the denaturation process of SOD1: Changes in residue interactions associatedwith dissociation of intramolecular SS bonds
Tomu Fukasawa1, Shinya Tahara2, Takakazu Nakabayashi2, Norifumi Yamamoto1 (1Chiba Tech,
2Univ.Tohoku)
QM/MM 分子シミュレーションによるミオシンの ATP 加水分解反応機構に関する理論的研究
Insights into the Reaction Mechanism of ATP Hydrolysis in Myosin through QM/MM Molecular
Simulations
Tatsuki Tominaga, Norifumi Yamamoto (Chiba Tech)
Theoretical study of the influence of solvent conditions on the structure and interaction of coreregion in LC domain of FUS
Suzuka Tokunaga, Isseki Yu (Maebashi Institute of Technology Information Systems Program)
インフルエンザウイルス・ノイラミニダーゼの薬剤耐性機構に関する理論的研究： 残基相互作
用ネットワーク解析
Computational study of the drug resistance of influenza virus neuraminidase: Residue
interaction network analysis
Yuki Kagusa, Norihumi Yamamoto, Manabu Igarashi (Chiba tech)– S169 –2Pos196

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メソスケールシミュレーションによるシナプス後肥厚タンパク質が形成する多相凝集体の次元比較
Mesoscale simulation demonstrates the dimensional comparison of multi-phased condensates
formed by postsynaptic density proteins
Risa Yamada, Shoji Takada (Grad. Sch. Sci., Kyoto Univ.)
Molecular dynamics simulation of the substrate channeling in tryptophan synthetase
Isseki Yu1, Shingo Ito2, Kiyoshi Yagi2, Yui Sugita2 (1Maebashi Institute of Technology Information
Systems Program, 2Riken Theoretical Molecular Science Laboratory)
Exploring the Structural Characteristics of Erythropoietin Based on Glycosylation Patterns Using
Molecular Dynamics Simulations
Haeri Im1, Song-Ho Chong2, Yuji Sugita1,3,4 (1Theoretical Molecular Science Laboratory, RIKEN
Cluster for Pioneering Research, Wako, Japan, 2Global Center for Natural Resources Sciences, Facultyof Life Sciences, Kumamoto University, Kumamoto, Japan, 3Computational Biophysics Research Team,RIKEN Center for Computational Science, Kobe, Japan, 4Laboratory for Biomolecular Function
Simulation, RIKEN Center for Biosystems Dynamics Research, Kobe, Japan)
光駆動塩化物イオンポンプロドプシンの分子動力学シミュレーション
Molecular dynamics simulation of light-driven chloride ion pump rhodopsin
Akiya Moriuchi1,2, Masahiko Taguchi1,2, Hinano Ogawa1,2, Takaaki Fujiwara1,2, Osamu Miyashita3,
Eriko Nango1,2 (1Graduate School of Science, Tohoku University., 2Institute of Multidisciplinary
Research for Advanced Materials, Tohoku University., 3RIKEN Center for Computational Science)
アデニル酸キナーゼの構造転移とアンフォールディングのカメレオンモデルによる研究
Conformational transition and unfolding of adenylate kinase studied by chameleon model
Tomoki P. Terada (Grad. Sch. Eng., Nagoya Univ.)
味覚受容体 1 型の全原子分子動力学シミュレーション
All-atom molecular dynamics simulations of Taste receptor type 1
Kazuma Okada, Yasuhiro Matsunaga (Grad. Sch. Sci. Eng., Saitama Univ.)

27. 数理生物学・理論生物学／27. Mathematical & Theoretical biology
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構造感度解析を用いたドーパミン化学反応ネットワークの理論解析
Theoretical analysis of dopamine chemical reaction network using structural sensitive analysis
Shun Sawada, Kei Tokita (Grad. Sch. Info., Nagoya Univ.)
大脳皮質における組織特異的な血管パターン形成の数理モデル
Computational Model Exploring Characteristic Pattern Regulation in Periventricular Vessels
Hisako Takigawa-Imamura1, Saito Hirano2 (1Grad. Sch. Med. Sci., Kyushu Univ., 2Yahata Kousei
Hosp.)
Chemical thermodynamics for growing compartments with stoichiometric constraints
Atsushi Kamimura, Yuki Sughiyama, Tetsuya J. Kobayashi (IIS, The University of Tokyo)
イオン輸送タンパク質による細胞中のジュール熱発生の理論的研究
Joule heating in cells involving ion transport proteins: A theoretical study
Tetsuichi Wazawa, Takeharu Nagai (SANKEN, Osaka Univ.)
ライブイメージング画像を用いた多細胞組織内の細胞間相互作用の力の推定
Live imaging-based inference of mechanical potential of cell-cell interaction in multicellular
systems
Hiroshi Koyama1,2, Toshihiko Fujimori1,2 (1Div. Embryology, NIBB, 2SOKENDAI (Grad. Univ.
Advanced Studies))
Disruption of metabolic homeostasis: Responsiveness due to the cofactor dynamics andnetwork sparsity
Yusuke Himeoka1, Chikara Furusawa1,2 (1Grad. Sch. Sci., Univ. Tokyo, 2BDR, Riken)– S170 –2Pos208

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線虫の確率的行動選択に関する非線形神経回路モデル
Nonlinear neural circuit model of stochastic behavioral choice in C. elegans
Makoto Fukui, Yuishi Iwasaki (Grad. Sch. Sci. Eng., Ibaraki Univ)
遺伝子発現時系列データのモード分解解析
Data-driven study of gene expression time-series patterns
Masayo Inoue (Grad. Sch. Eng., Kyushu Inst. Tech.)
相互作用する動的可塑的結合力学系を用いた生物個体間コミュニケーションのモデル
A model of communication between individual organisms using dynamic-plastic coupled
dynamical systems
Haruto Nakata, Akinori Awazu (Graduate School of Integrated Sciences for Life, Univ. Hiroshima)

30. 計測／30. Measurements
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高速 AFM による Sec トランスロコンの 1 分子計測
Single molecule observation of Sec translocon by High Speed AFM
Yui Kanaoka1, Takaharu Mori2, Tomoya Tsukazaki3, Takayuki Uchihashi1,4 (1Graduate School of
Science, Nagoya University, 2School of Science, Tokyo University of Science, 3Division of Biological
Science, NAIST, 4ExCELLS)
液液相分離を形成するペプチドと RNA の分子間相互作用を検知するグラフェンバイオセンサー
Molecular Interactions of Peptides and RNA Forming Liquid-Liquid Phase Separation Evaluatedby Graphene Electrochemical Transistors
Kantaro Kikuchi, Yui Yamazaki, Yuhei Hayamizu (Dept. of Mat. Sci. and Eng. , Tokyo Tech.)
Universality of single-cell rheology during cell division in developing embryo observed byatomic force microscopy
Takahiro Kotani, Yuki Miyata, Yosuke Tsuboyama, Megumi Yokobori, Tomohiro Matsuo, Yuki Fujii,
Takaharu Okajima (Grad. Sch. Inform. Technol., Hokkaido. Univ.)
超高感度タンパク質 ELISA 測定法を用いた不活化ウイルスの測定
Ultrasensitive ELISA detection of inactivated viruses
Yuki Kobayashi1,2, Etsuro Ito1,2 (1Department of Biology, Waseda University, 2BioPhenoMA Inc.)
蛍光ビーズを用いた CLEM の研究
Research on CLEM method using fluorescent beads
Miho Nakafukasako1, Tomoya Higo1, Yuki Gomibuchi2, Hiroko Takazaki3, Yusuke V. Morimoto2,
Takayuki Kato3, Takuo Yasunaga2 (1Grad. Sch. Comp. Sci. Syst. Eng., Kyutech., 2Dept. of Phys. Info.
Tech., Kyutech., 3IPR, Univ. Osaka)
Development of a method for conformational analysis of oligosaccharides using ion mobility
spectrometry
Hao Feng1, Takumi Yamaguchi1,2,3 (1Sch. Materials Sci., JAIST, 2Grad. Sch. Pharm. Sci., Nagoya City
Univ., 3ExCELLS, NINS)
原子間力顕微鏡を用いた大腸粘液層の力学的評価
Mechanical Evaluation of Colonic Mucus Layer by Atomic Force Microscopy
Momoka Horikiri1, Mugen Taniguchi2, Naritaka Kobayashi3, Hiroshi Y. Yoshikawa1, Kiyoshi Takeda2,
Ryu Okumura2, Takahisa Matsuzaki1 (1Grad. Sch. Eng., Univ. Osaka, 2Grad. Sch. Med., Univ. Osaka,
3Sch. Eng., Univ. Shiga)
DNA Origami Nanospring: Probing the Dynamics of Single Integrin motion, Force Magnitudeand Orientation in Living Cells
Hitomi Matsubara1, Hiroki Fukunaga2, Takahiro Saito3, Keigo Ikezaki4, Mitsuhiro Iwaki2 (1BDR,
RIKEN, 2Adv ICT Res Inst, NICT, 3Grad. Sch. FBS., Univ. Osaka, 4Grad. Sch. Sci., Univ. Tokyo)– S171 –2Pos219

ポリジメチルシロキサン膜で被覆したグラフェンセンサーを用いた電気的バイオセンシング
Electrical biosensing using graphene sensors covered with poly(dimethylsiloxane) membrane
Takao Ono1, Miho Kannaka1, Yasushi Kanai1,2, Naruto Miyakawa3, Ayumi Shinagawa3,
Shin-ichi Nakakita4, Yohei Watanabe5, Shota Ushiba3, Shinsuke Tani3, Yasuo Suzuki6,
Masahiko Kimura3, Daichi Chiba1,2,7,8, Kazuhiko Matsumoto1 (1SANKEN, Osaka Univ., 2OTRI, Osaka
Univ., 3Murata Manufacturing Co., Ltd., 4Fac. Med., Kagawa Univ., 5Grad. Sch. Med. Sci., Kyoto Pref.
Univ. Med., 6Sch. Pharm. Sci., Univ. Shizuoka, 7CSRN, Osaka Univ., 8SRIS, Tohoku Univ.)

31. バイオイメージング／31. Bioimaging
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pyroptosis における IL-1β 放出動態の一細胞イメージング
Single-cell imaging of IL-1β release dynamics in pyroptosis
Mika Kato1, Zhuohao Yang2, Nobutake Suzuki3, Mai Yamagishi3, Takashi Funatsu2,
Yoshitaka Shirasaki2 (1Dep. Pharm., The Univ. of Tokyo, 2Grad. Pharm. Sci., The Univ. of Tokyo, 3Live
Cell Diagnosis, Ltd.)
Development of a fluorescence lifetime biosensor for quantitative imaging of intracellular GTP
levels in living cells
Thi Ngoc Loan Nguyen, Quang Cong Vu, Satoshi Arai (WPI Nano Life Science Institute, Kanazawa
Univ.)
Quantification of intracellular Ca2+ levels by Red/Green/Blue fluorescence lifetime biosensors
Cong Quang Vu1, Yasushi Okada2,3, Satoshi Arai1 (1NanoLSI, Kanazawa Univ., 2Laboratory for Cell
Polarity Regulation, Center for Biosystems Dynamics Research, RIKEN, 3Department of Cell Biology,
Department of Physics, The Univ. of Tokyo)
Investigation of cell membrane exposed to nanopipette-based non-thermal atmosphericpressure plasma using scanning probe microscope
Han Gia Nguyen1, Linhao Sun2, Shinya Kumagai3, Shinji Watanabe2 (1Grad. Sch. Nano Life Sci, Univ.
Kanazawa, 2WPI NanoLSI, Univ. Kanazawa, 3Univ. Meijo)
マウスノード不動繊毛は変形の向きを感知して左右軸を決定する
Immotile cilia mechanically sense the direction of fluid flow for left-right determination
Takanobu A. Katoh1,2, Toshihiro Omori3, Katsutoshi Mizuno4, Takeshi Itabashi2, Atsuko H. Iwane2,
Takuji Ishikawa3, Takayuki Nishizaka5, Hiroshi Hamada2, Yasushi Okada1,2,6 (1Grad. Sch. Med., The
Univ. of Tokyo, 2BDR, Riken, 3Grad. Sch. Eng., Tohoku Univ., 4Fac. Med. Sci., Univ. of Fukui, 5Fac. Sci.,
Gakushuin Univ., 6Grad. Sch. Sci., UBI, WPI-IRCN, The Univ. of Tokyo)
Attempt of intracellular imaging by high-speed atomic force microscopy
Hikaru Ichida1, Kenichi Umeda2, Alam Mohammad Shahidul1, Risa Omura2, Makiko Kudo2,
Takehiko Ichikawa2, Takeshi Fukuma2, Takahiro Nakayama2, Mikihiro Shibata2,3, Noriyuki Kodera2(1Grad. Sch. NanoLS., Kanazawa Univ, 2WPI-NanoLSI, Kanazawa Univ., 3InFiniti, Kanazawa Univ)
Post-acquisition super resolution for cryo-EM
Raymond Burton-Smith1,2, Kazuyoshi Murata1,2 (1Exploratory Center for Life and Living Systems(ExCELLS), National Institute of Natural Sciences, Okazaki, 2National Institute of Physiological
Sciences, National Institute of Natural Sciences, Okazaki)
透過型電子顕微鏡の最大感度をもたらす新規位相板（II）
Novel Hilbert Phase Plates for Maximum Sensitivity in Transmission Electron Microscopy (II)Kuniaki Nagayama (N-EM Laboratories Inc.)
蛍光グルコース誘導体を用いたグルコースの細胞内における局在解析
Analysis of intracellular glucose localization by fluorescent glucose analogs
Mio Yanagida, Hirofumi Nakano, Hironori Ueno (Grad. Sch. Edu., Aichi univ. Edu.)– S172 –2Pos229

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Investigation of the photophysical property of a fluorescent calcium-ion indicator, Yellow
Cameleon 3.60, under cryogenic condition
Wakana Miyamura1, Takumi Kunimoto1, Masahito Yamanaka1, Toshiki Kubo2, Kosuke Tsuji1,
Kazunori Sugiura3, Shun-ichi Fukushima3, Nicholas Smith4, Takeharu Nagai3,5, Katsumasa Fujita1,5,6(1Dept. Appl. Phys., Osaka Univ., 2Dept. Dermatol., Osaka Univ., 3SANKEN, Osaka Univ., 4IFReC.,
Osaka Univ., 5OTRI., Osaka Univ., 6PhotoBIO-OIL., AIST)
シングルセル 3D オプトジェネティクス技術の開発と応用
Development and application of single-cell 3D optogenetics technology
Tomoyoshi Inoue1, Ryuki Imamura1, Naoya Kataoka2, Shin Usuki3, Takuma Sugi1 (1Program of
Biomedical Science, Graduate School of Integrated Sciences for Life, Hiroshima University, 2Department
of Integrative Physiology, Graduate school of Medicine, Nagoya University, 3Research Institute ofElectronics, Shizuoka University)
ナノメートル精度を有する極低温光電子相関顕微鏡システムの開発
Development of cryogenic correlative light and electron microscope system with nanometerscale
Takuma Yorita1, Yoshimasa Takizawa2, Hitoshi Kurumizaka2, Satoru Fujiyoshi2 (1Grad. sch. Sci., Tokyo
Tech, 2IQB., Univ. Tokyo)
高分解能ライトフィールド顕微鏡によるリアルタイム三次元多粒子トラッキングの開発
Development of real-time 3D multi-particle tracking by high-resolution light-field microscopy
Ryuki Imamura1, Shin Usuki2, Takuma Sugi1 (1Program of Biomedical Science, Graduate School ofIntegrated Sciences for Life, Hiroshima University, 2Research Institute of Electronics, Shizuoka
University)
超低侵襲高速原子間力顕微鏡の開発
Ultra-low-invasive high-speed atomic force microscopy for visualization of fragile molecularcomplexes
Shingo Fukuda, Toshio Ando (WPI Nano Life Science Institute (WPI-NanoLSI), Kanazawa University)

32. バイオエンジニアリング／32. Bioengineering
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Lectin-conjugated nanoparticles selectively binding to cancer cell surface glycans for thecapture of pacreatic cancer cell exosomes
Jonghoon Choi (School of Integrative Engineering, Chung-Ang University)
集光レーザービームの物理作用による生体分子濃縮の時空間制御
Spatiotemporal control of condensation of biomolecules via photophysical effects of a focusedlaser beam
Shuma Matsumoto1, Ren Shirata1,2, Genki Fukasawa3, Takahisa Matsuzaki1, Teruki Sugiyama4,5,
Ryuzo Kawamura6, Tomoaki Matsuura7, Hiroshi Yoshikawa1 (1Grad. Sch. Eng., Osaka Univ., 2Grad.
Sch. Chem., Saitama Univ., 3Grad. Sch. Life Sci. Tech., Tokyo Tech., 4Dep. Appl. Chem., NYCU, 5Div.
Mater. Sci., NAIST, 6Grad. Sch. Sci and Eng., Saitama Univ., 7ELSI, Tokyo Tech.)
微小曲面電極を用いた電気化学発光の細胞表面分子検出への応用
Application of electrochemiruminescence with cup-shaped microelectrodes for detection of cellsurface molecules
Taro Sasaki1,2, Koki Uchiyama1,2, Tomoyuki Kamata3, Dai Kato3, Naoshi Kojima3, Shohei Yamamura3,
Hyonchol Kim1,2 (1Grad. Sch. Eng., Tokyo Univ. Agric. Technol., 2Cell. Mol. Biotechnol. Res. Inst., AIST,
3Health Med. Res. Inst., AIST)
非熱平衡大気圧プラズマを用いた細胞成長促進用マイクロ潅流デバイスシステム
A micro perfusion system for promoted cell growth using non-thermal atmospheric pressureplasmaHayata Okino, Shinya Kumagai (Meijo University)– S173 –2Pos238

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パルスレーザーが骨の溶解性に与える影響の評価 ～骨構造の時空間制御に向けて～
Influence of pulsed laser irradiation on dissolution behavior of bone to understand the structuraland chemical origins of old bone region
Anna Konishi1, Erika Yamashita2,3, Mihoko Maruyama1, Takahisa Matsuzaki1, Heqi Xi1, Menglu Li1,
Katsumasa Fujita1, Junichi Kikuta2,4, Yusuke Mori1, Masaru Ishii2,3,4,5, Hiroshi Yoshikawa1 (1Grad. Sch.
Eng., Univ. Osaka, 2Grad. Sch. Med., Univ. Osaka, 3StemRIM Institute of Regeneration-Inducing
Medicine., Univ. Osaka, 4Grad. Sch. FBS., Univ. Osaka, 5iFReC., Univ. Osaka)
スリットナノポア近傍の DNA のダイナミクスに対するイオン種の影響
Effect of ionic species on Dynamics of DNA near slit nanopore
Takuma Yoshinaga, Seiwa Yamagishi, Yunosuke Fuji, Shin Takano, Yuuta Moriyama, Toshiyuki Mitsui(Aoaku. Univ, Dept, of Phys.)
相分離マイクロリアクタを用いたオンチップ濃縮系の開発
Development of on-chip enrichment system using microreactor for phase separation
Yoshihiro Minagawa, Shoki Nakata, Hiroyuki Noji (Dep. App. Chem, Univ. Tokyo.)
マグネタイトナノ粒子を内包したフェリチン結晶の FIB 加工とその結晶を利用したスピン波デバイスの開発FIB machining of crystals of magnetite nanoparticles encapsulated in ferritin and developmentof spin-wave device using the arrays
Mitsuhiro Okuda1,2, Gabriela Pretre2 (1Meiji Univ., 2Komie corp.)
マイクロビーズに提示したライブラリーによる蛍光アプタマーの in vitro セレクション
Selection of fluorogenic RNA aptamers by in vitro compartmentalization using microbeaddisplay libraries
Tomotaka Tayama1, Keisuke Ito2, Sotaro Uemura2, Ryo Iizuka2 (1Dept. Biol. Sci., Fac. Sci., The Univ.
Tokyo, 2Dept. Biol. Sci., Grad. Sch. Sci., The Univ. Tokyo)
硬さの空間パターンによる細胞の集団運動の制御
Control of self-organization of cells by mechanically patterned hydrogel
Takahisa Matsuzaki (Grad. Sch. Eng. Osaka Univ.)

34. その他／34. Miscellaneous topics
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高分子鎖における First Passage 問題の理論的解析
Theorical analytics of First Passage Problems for polymer model
Yuta Sakamoto, Takahiro Sakaue (Grad. Sci and Eng., Univ. Aoyama Gakuin)
Phase separation of soft polymer mixtures
Naoki Iso, Yuki Norizoe, Takahiro Sakaue (Aoyama Gakuin University)
Antifungal effect of nanostructured copper oxide: Synthesis and Application
Yuki Nishida (Faculty of Agriculture, Kagoshima University)
インクジェット技術を用いたバクテリアのパターン化植菌方法
Development of patterned inoculation of microbial cell using inkjet technology
Mikiko Tsudome, Shigeru Deguchi (JAMSTEC)
種依存的な細胞レベルの温度適応機構の探索
Identifying species-dependent mechanisms of temperature adaptation at the cellular level
Haruya Suzuki1, Akira Murakami1,2, Takashi Funatsu1, Koki Okabe1,3 (1Grad. Sch. Pharm. Sci., The
Univ. of Tokyo, 2Sch. Pharm. Sci., Univ. Shizuoka, 3PRESTO, JST)
213nm 深紫外線パルスレーザ を用いる微生物殺菌効果の定量性に関する検討
Quantitative Study of Microbial Sterilization by using Deep UV Pulse Laser at 213nm
Koichi Murayama1, Riri Miura1, Kazuhiro Dainaka2, Nobuhiro Umemura2 (1Hokkaido Univ. of
Education, 2Chitose Insti. Sci. Tech.)– S174 –2Pos250

Medusavirus の新規カプシド構造と粒子形成過程に伴う構造変化
Novel capsid structure and structural changes during particle formation of Medusavirus
Ryoto Watanabe1,2,3, Chihong Song1,2,3, Masaharu Takemura4, Kazuyoshi Murata1,2,3 (1The Graduate
University for Advanced Studies (SOKENDAI), 2NIPS, 3ExCELLS, 4Tokyo University of Science)
3 日目（11 月 16 日（木））／Day 3（Nov. 16 Thu.） 13:10 ～ 15:10

01A. タンパク質：構造／01A. Protein: Structure
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Structure and dynamics of β-hairpin peptide SVG28 by solid-state nuclear magnetic resonancespectroscopy
Izuru Kawamura1, Shuhei Yoshida2, Fumihiro Kayamori2, Yuto Suzuki1, Daisuke Sato1, Shoko Fujita3,
Kenji Usui2, Ryuji Kawano3 (1Grad. Sch. Eng. Sci., Yokohama Natl. Univ., 2Konan Univ., 3Tokyo Univ.
Agric. Technol. (TUAT))
クライオ電子顕微鏡によるナトリウム共役型中性アミノ酸トランスポーター SNAT2 の立体構造解析
Cryo-EM Structure Analysis of SNAT2, the Sodium-Coupled Neutral Amino Acid Transporter
Haruna Inuzuka, Yongchan Lee, Tomohiro Nishizawa (Grad. Sch. of Med. Life Sci., Yokohama City
Univ.)
ゼアキサンチン結合型のキサントロドプシン kin4B8 のクライオ電子顕微鏡構造解析
Cryo-EM structure of the zeaxanthin-bound xanthorhodopsin kin4B8
Wataru Shihoya1, Syunya Murakoshi1, Ariel Chazan2, Hideki Kandori3, Keiichi Inoue4,
Susumu Yoshizawa5, Oded Beja2, Osamu Nureki1 (1Grad. Sch. Sci., The Univ of TOkyo, 2Faculty ofBiology, Technion-Israel Institute of Technology, 3OptoBioTechnology Research Center, Nagoya Instituteof Technology, 4The Institute for Solid State Physics, The University of Tokyo, 5Atmosphere and Ocean
Research Institute, The University of Tokyo)
Molecular basis of host recognition and antigenic drift of human coronavirus 229E
Yu-Xi Tsai (IBC, Academia Sinica)
cyclic offset を導入した AlphaFold Multimer による環状ペプチド複合体構造予測
Structure prediction of cyclic peptide complexes by AlphaFold Multimer with cyclic offset
Keinoshin Togashi, Takatsugu Kosugi, Masahito Ohue (Department of Computer Science, School ofComputing, Tokyo Institute of Technology)
Molecular basis of the hyper-activity of anti-cancer bispecific antibody due to domain
rearrangement revealed by cryo-EM
Kyohei Sato1, Ryutaro Asano2, Koki Makabe3, Izumi Kumagai2, Takashi Matsui4, Shiro Uehara1,
Atsushi Tsugita1, Takeshi Yokoyama1, Yoshikazu Tanaka1 (1Grad. Sch. Life Sci., Univ. Tohoku, 2Grad.
Sch. Eng., Univ. Tokyo of Agriculture and Technology, 3Grad. Sch. Sci and Eng., Univ. Yamagata, 4Grad.
Sch. Sci., Univ. Kitasato)
Structural study on the bacteriocin pectocin M1 from Pectobacterium catorovorum
Nawee Jantarit1,2, Hideaki Tanaka2, Genji Kurisu1,2 (1Grad.Sch.Sci., Osaka Univ., 2IPR, Osaka Univ.)– S175 –3Pos008

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3Pos011新規細胞内ポケットを介した class B1 GPCR の活性化機構の解明
A novel activation mechanism of class B1 GPCRs via a conserved intracellular pocket
Kazuhiro Kobayashi1, Kouki Kawakami1, Tsukasa Kusakizako2, Atsuhiro Tomita2,
Michihiro Nishimura2, Kazuhiro Sawada2, Hiroyuki Okamoto2, Suzune Hiratsuka3, Gaku Nakamura3,
Riku Kuwabara3, Hiroshi Noda4, Hiroyasu Muramatsu4, Masaru Shimizu4, Tomohiko Taguchi5,
Asuka Inoue3, Takeshi Murata6, Osamu Nureki2 (1Komaba Institute for Science, the University of Tokyo,
2Department of Biological Sciences, Graduate School of Science, The University of Tokyo, 3Graduate
School of Pharmaceutical Sciences, Tohoku University, 4Research Division, Chugai Pharmaceutical,
5Laboratory of Organelle Pathophysiology, Department of Integrative Life Sciences, Graduate School ofLife Sciences, Tohoku University, 6Department of Chemistry, Graduate School of Science, Chiba
University)
CENP-E モータードメインの加水分解前後の結晶構造の比較
Comparison of crystal structures of the CENP-E motor domain before and after hydrolysis
Asuka Shibuya1,2, Akira Suzuki2, Naohisa Ogo3, Jun-ichi Sawada3, Akira Asai3, Hideshi Yokoyama2(1Fac. Pharm. Sci., Josai Itn. Univ., 2Fac. Pharm. Sci., Tokyo Univ. Sci., 3Ctr. Drug Discov., Grad. Sch.
Pharm. Sci., Univ. Shizuoka)
新規化学修飾グラフェングリッドを利用した細胞分裂タンパク質 FtsZ フィラメントのクライオ
電顕構造解析
Cryo-EM structure analysis of cell division protein FtsZ filaments using a novel chemicallymodified graphene grid
Junso Fujita1,2,3, Hiroshi Amesaka4, Takuya Yoshizawa5, Kota Hibino5, Fumiaki Makino1,2,6,
Haruyasu Asahara3, Maiko Moriguchi3, Tsuyoshi Inoue3, Keiichi Namba1,2,7, Shun-ichi Tanaka4,
Hiroyoshi Matsumura5 (1Grad. Sch. Frontier Biosci., Osaka Univ., 2JEOL YOKOGUSHI Res. AllianceLab., Osaka Univ., 3Grad. Sch. Pharm. Sci., Osaka Univ., 4Grad. Sch. Life & Env. Sci., Kyoto Pref. Univ.,
5Coll. of Life Sci., Ritsumeikan Univ., 6JEOL Ltd., 7RIKEN BDR/SPring-8 Center)
高感度チャネルロドプシン GtCCR4 の構造基盤
Structural basis for the highly sensitive channelrhodopsin GtCCR4
Tatsuki Tanaka1, Shoko Hososhima2, Yo Yamashita2, Teppei Sugimoto2, Wataru Iida1, Fumiya K. Sano1,
Kota Katayama2,3, Satoshi P. Tsunoda2,3, Wataru Shihoya1, Hideki Kandori2,3, Osamu Nureki1 (1Grad.
Sch. of Sci., Univ. of Tokyo, 2Grad. Sch. of Eng., Nagoya Inst. of Tech., 3OptoBio Tech. Res. Cent.)

01B. タンパク質：構造機能相関／01B. Protein: Structure & Function
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3Pos014Prediction of the quantitative function of artificially-designed protein from structural information
Ryosaku Ota1, Naoki Honda1,2,3,4 (1Graduate School of Integrated Sciences for Life, Hiroshima
University, 2Exploratory Research Center on Life and Living Systems, 3Graduate School of Biostudies,
Kyoto University, 4Center for Brain, Mind and Kansei sciences research, Hiroshima University)
Effects of cancer-associated mutations on the allosteric network within the carboxyl-terminalhydrolase domain of BAP1
Chih-Hsuan Lai1, Hao-Ting Chang2, Shang-Te Danny Hsu1,2,3 (1Institute of Biological Chemistry,
Academia Sinica, Taipei 11529, Taiwan, 2Institute of Biochemical Sciences, National Taiwan University,
Taipei 10617, Taiwan, 3International Institute for Sustainability with Knotted Chiral Meta Matter,
Hiroshima University, Higashihiroshima 739-8527, Japan)
クライオ電子顕微鏡によるチャネルロドプシンの構造解析
Cryo-EM structure of a channelrhodopsin
Yuzhu Wang1, Tatsuki Tanaka1, Fumiya K. Sano1, Hiroaki Akasaka1, Satoshi P. Tsunoda2,
Wataru Shihoya1, Hideki Kandori2, Osamu Nureki1 (1Graduate School of Science, The University ofTokyo, 2Graduate School of Engineering, Nagoya Institute of Technology)– S176 –3Pos015

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Efficient recombinant production, structural and functional study of mouse-derived α-defensin
family, cryptdins
Shaonan Yan, Yuchi Song, Yi Wang, Shinya Yoshino, Tomoyasu Aizawa (Graduate School of Life
Science, Hokkaido University)
X 線 1 分子追跡法を用いた TRP チャネルの分子内動態計測
Measurement of intramolecular dynamics of TRP channels using Diffracted X-ray Tracking
Kazuhiro Mio1,2, Tatsunari Ohkubo2, Tatsuya Arai1,3, Yuji C. Sasaki1,3 (1AIST Operando-OIL, 2Med. Life
Sci., Yokohama City Univ., 3Grad. Sch. Front. Sci., Univ. Tokyo)
海洋性珪藻 Phaeodactylum tricornutum の細胞質局在性 θ 型炭酸脱水酵素の構造と機能解析
Structural and functional analysis of the cytosolic θ carbonic anhydrase from marine diatom
Phaeodactylum tricornutum
Hiroto Negoro1,2, Hideaki Tanaka1,2, Ginga Shimakawa3, Hiroyasu Koteishi1,2, Akihiro Kawamoto1,2,
Yusuke Matsuda3, Genji Kurisu1,2 (1Institute for Protein Research, Osaka University, 2Department of
Biotechnology, Graduate School of Engineering, Osaka University, 3Department of Bioscience, School of
Biological & Environmental Sciences, Kwansei Gakuin University)
小型 AsCas12f 酵素のクライオ電子顕微鏡を用いた構造解析およびその改変
An AsCas12f-based compact genome editing tool derived by deep mutational scanning andstructural analysis
Satoshi Omura1, Tomohiro Hino2, Ryoya Nakagawa1, Tomoki Togashi3, Tsukasa Ohmori3,
Atsushi Hoshino2, Osamu Nureki1 (1Department of Biological Sciences, Graduate School of Science, The
University of Tokyo., 2Department of Cardiovascular Medicine, Graduate School of Medical Science,
Kyoto Prefectural University of Medicine., 3Department of Biochemistry, Jichi Medical University Schoolof Medicine.)
Ultrahigh-affinity transport proteins from ubiquitous marine bacteria: structure, function, andenvironmental significance
Benjamin Clifton1, Uria Alcolombri2, Colin Jackson3, Paola Laurino1 (1Protein Eng. Evol. Unit,
Okinawa Inst. Sci. Tech. (OIST), 2Inst. Environ. Eng., ETH Zurich, 3Research School of Chem., Aust. Nat.
Univ. (ANU))

01C. タンパク質：物性／01C. Protein: Physical Property
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3Pos023抗体の変性によるコンパクト化と理想的球状化
Antibodies get smaller and ideally globular by denaturation
Hiroshi Imamura1, Ayako Ooishi2, Shinya Honda2 (1Dept. Bio-sci., Nagahama Inst. Bio-Sci. Tech.,
2Biomed. Res. Inst., AIST)
あらゆるタンパク質のフォールディング機構を予測できる統計力学モデルの開発
Development of statistical mechanical models that can predict folding mechanisms of any
proteinKoji Ooka1, Munehito Arai1,2,3 (1Col. Arts & Sci., Univ. Tokyo, 2Dept. Life Sci., Univ. Tokyo, 3Dept.
Phys., Univ. Tokyo)
AlphaFold2 を用いた大型タンパク質の新生鎖フォールディング予測
Prediction of nascent chain folding of large multidomain proteins by AlphaFold2
Shunji Suetaka1, Masataka Yoshimura1, Koji Ooka2, Munehito Arai1,2,3 (1Dept. Life Sci., Univ. Tokyo,
2Col. Arts & Sci., Univ. Tokyo, 3Dept. Phys., Univ. Tokyo)
小麦由来グリアジンペプチドの凝集形成に関する研究
Characterization of Aggregation Process of Wheat Gliadin 33-mer Peptides
Yuri Emoto1, Mio Nakashima1, Natsuko Goda1, Emi Hibino1, Takeshi Tenno1,2, Hidekazu Hiroaki1,2,3(1Grad. Sch. Pharm. Sci., Nagoya Univ., 2BeCellBar, LLC, 3COMIT)– S177 –3Pos024

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一倍体状態に起因する中心体足場タンパク質の不足はヒト体細胞のゲノム不安定性を引き起こす
Haploidy-linked insufficiency of pericentriolar material (PCM) protein causes a genome
instability in human somatic cells
Koya Yoshizawa1, Ryota Uehara2 (1Graduate School of Life Science, Hokkaido University, 2Faculty of
Advanced Life Science, Hokkaido University)
血清アミロイド A の線維形成における主要な構造変化
A key conformational change for the fibril formation by serum amyloid A
Taishi Okunishi, Katsumi Matsuzaki, Masaru Hoshino (Grad. Sch. of Pharm. Sci., Univ. Kyoto)
蛋白質凝集の免疫原性は凝集体の生物物理学的特徴によって決まる
The biophysical properties of protein aggregates determine in vivo immunogenicity
Yutaka Kuroda (Tokyo University of Agriculture and Technology (TUAT))VHH 抗体 FR2 残基による特徴的な親和性-安定性トレードオフ機構の解明
Elucidation of unique affinity-stability trade-off mechanisms by FR2 residues in VHH antibodies
Koichi Yamamoto1, Makoto Nakakido1, Daisuke Kuroda1,2, Satoru Nagatoishi1, Kouhei Tsumoto1,3(1Grad. Sch. of Eng., Univ. of Tokyo, 2Nat. Inst. of Infect. Dis., 3Inst. of Med. Sci., Univ. of Tokyo)
フロリゲン活性化複合体による LLPS 形成と花成制御機構
The LLPS formation by flowering activation complex and flowering regulating mechanism
Mayu Enomoto1, Suai Anzawa1, Yuka Koizumi1, Kyoko Furuita2, Kenichiro Taoka3,4, Keiji Nishida4,
Akihiko Kondo4, Takashi Kodama2, Toshimichi Fujiwara2, Hiroyuki Tsuji3,5, Chojiro Kojima1,2 (1Grad.
Sci., YNU, 2IPR, Univ. Osaka, 3KIBR, YCU, 4EGBRC, Univ. Kobe, 5BBC, Univ. Nagoya)

01E. タンパク質：計測・解析／01E. Protein: Measurement & Analysis
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構造コンプライアンス特性のロボット機構学的解析に基づくタンパク質の運動生成
Generation of Protein Motions based on Robot Kinematic Analysis of Structural Compliance
Properties
Keisuke Arikawa (Fcl. Eng., Kanagawa Inst. of Tech.)
細胞内環境に酷似した細胞残骸密集環境下でのヒトアミロイドベータタンパク質の凝集体形成
Aggregate formation of Human Amyloid-beta Protein in cell debris crowding environment
closely resembling the intracellular environment
Mitsuhiro Hirai1, Hiroki Iwase2, Shigeki Arai3 (1Gunma University, 2Comprehensive Research
Organization for Science and Society, 3National Institute for Quantum and Radiological Science andTechnology)
Optimization of MD-derived conformational ensemble in information content space and its
application to experimental SAXS data
Tomotaka Oroguchi (Faclt. Sci. Tech., Keio Univ.)
あいち SR の名古屋大学 X 線回折ビームライン BL2S1 の即応性と多様性の利用支援
Rapid Access and Multi-Use Diffraction Beamline BL2S1 from Nagoya University in Aichi-SR
Yasufumi Umena1, Hiroki Onoda1, Leonard Chavas1,2 (1NUSR, Nagoya Univ., 2Grad. Sch. Eng., Nagoya
Univ.)
量子カスケードレーザーを用いた時間分解赤外分光法による古細菌と細菌由来の 2 つのヘリオ
ロドプシンの構造変化計測
Time-resolved infrared dual-comb spectroscopy using quantum cascade laser reveals
differences in structual changes of two heliorhodopsins
Toshiki Nakamura1, Soichiro Kato1, Ryo Yamamoto2, Manish Singh1,3, Hideki Kandori1,3,
Yuji Furutani1,3 (1Nagoya Institute of Technology, 2Nagoya Institute of Technology, 3OptoBio Technology
Research Center)– S178 –3Pos034

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電気生理学的手法によるディフィシル菌二成分毒素の膜透過アッセイ系構築
Construction of a membrane translocation assay system for C. difficile binary toxin byelectrophysiological technique
Yuki Mitani1, Sotaro Takiguchi2, Ryuji Kawano2, Hideaki Tsuge1 (1Graduate School of Life Science,
Kyoto Sangyo University, 2Department of Biotechnology and Life Science, Tokyo University ofAgriculture and Technology)
パルス電子顕微鏡のための液中試料観察法の開発
Development of the Liquid Sample Observation Method for Pulse Electron Microscopy
Ryoya Katayama, Takeru Yamasaki, Tomoharu Matsumoto, Akihiro Narita (Grad. Sch. Sch., Nagoya
Univ.)

02. ヘムタンパク質／02. Heme proteins
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Electrochemically boosted P450 reactions to produce pharmaceutical hydroxyvitamin D3
Yasuhiro Mie1, Chitose Mikami1, Yoshiaki Yasutake1,2 (1Bioproduction Res. Inst., AIST, 2CBBD-OIL,
AIST-Waseda Univ.)
ウシ心筋シトクロム酸化酵素のカルシウム結合構造
Calcium-bound structure of bovine heart cytochrome c oxidase
Kazumasa Muramoto, Kyoko Shinzawa-Itoh (Grad. Sch. Sci., Univ. Hyogo)
Fe-Tyr 配位結合をもつ 4 種類の天然変異ヘモグロビン M の結晶構造
Crystallographic structures of four kinds of Hemoglobin M which has Fe-Tyr coordination bondShigenori Nagatomo1, Ayana Sato-Tomita2, Yumi Semba1, Akihisa Miyagawa1, Kiyoharu Nakatani1,
Mio Ohki3, Kenji Mizutani3, Sam-Yong Park3, Naoya Shibayama2 (1Dept. Chem., Univ. Tsukuba, 2Div. ofBiophysics, Jichi Medical Univ., 3Protein Design Lab., Yokohama City Univ.)
CHCHD2 によるチトクロム酸化酵素活性化作用機序解明を目指した可視共鳴ラマン分光学的研究
Visible resonance Raman Study to elucidate the action mechanism of CHCHD2 for activating
cytochrome oxidase
Takuto Kamei1, Sachiko Yanagisawa1, Atsuhiro Simada2, Gladyck Stephanie3, Aras Siddhesh2,
Huettemann Maik3, Glossman Lawrence3, Minoru Kubo1 (1Grad. Sch. Sci., Univ. Hyogo, Japan., 2Fac.
Appl. Biol. Sci., Gifu Univ., 3Wayne State Univ. Sch. Med.)
アロステリック蛋白質の構造会合と特性に対する両親媒性溶質の影響
Effects of an amphipathic solute on the structural assembly and properties of an allostericprotein
Antonio Tsuneshige (Frontier Bioscience HOSEI UNIVERSITY)

03. 膜タンパク質／03. Membrane proteins
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両親媒性ポリマーで再構成された BhuUV-T の分光学的解析
Spectroscopic analysis of BhuUV-T reconstituted with amphiphilic polymers
Yuki Sumida1, Ayaka Naka1, Yasuhiro Kobori1,2, Yoshitsugu Shiro3, Hiroshi Sugimoto4,
Tetsunari Kimura1,2 (1Dept. of Chem., Grad. Sch. Sci., Univ. Kobe, 2Mol. Photo. Res. Cent., Univ. Kobe,
3Dept. of Life Sci., Grad. Sch. of Sci., Univ. Hyogo, 4SPring-8, RIKEN)
クライオ電子顕微鏡と分子動力学計算によって明らかとなった植物 YS1 トランスポーターによる鉄・フィトシデロホア複合体の輸送機構
Iron-phytosiderophore uptake mechanism of plant YS1 transporter revealed by cryo-EM
structure and MD simulations
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K オピオイド受容体とモルフィナン骨格を保有するリガンドとの相互作用解析
Vibrational spectroscopy study of chemical interaction between k-opioid receptor (KOR) andligands having morphinan structure
Ryo Nishikawa1, Kota Katayama1,2, Seiya Iwata1, Ryoji Suno3, Chiyo Suno3, Takuya Kobayashi3,
Hideki Kandori1,2 (1Graduate School of Engineering, Nagoya Institute of Technology, 2OptoBio
Technology Research Center, Nagoya Institute of Technology, 3Graduate School of Medicine, Kansai
Medical University)
フィタニル基および膜貫通架橋をもつエーテル型リン脂質膜が再構成したバクテリオロドプシ
ンの四次構造と光機能中間体に与える影響
Effect of the phytanyl groups and membrane-spanning cross-linkage on structure andphotocycle of bR in ether-linked phospholipid membrane
Ami Harasawa1, Ai Nakagawara1, Takafumi Shimoaka1, Toshiyuki Takagi2, Takashi Kikukawa3,
Hiroshi Takahashi1, Masashi Sonoyama1,4,5 (1Grad. Sch. Sci. Tech., Gunma Univ., 2AIST, 3Fac. Adv. life
Sci., Hokaido Univ., 4GIAR, Gunma Univ., 5GUCFW, Gunma Univ.)
脂質膜パッチに再構成されたコレステロールトランスポーター ABCA1 の高速 AFM 観察
High-speed AFM imaging of the cholesterol transporter ABCA1 reconstituted in lipid membrane
patch
Kaho Nakamoto1, Atsushi Kodan2, Romain Amyot1,4, Kazuki Sakata3, Yasuhisa Kimura3,
Kenichi Umeda4, Kazumitsu Ueda2, Noriyuki Kodera4 (1Grad. Sch. Math. & Phys., Kanazawa Univ.,
2WPI-iCeMS, Kyoto Univ., 3Div. Appl. Life Sci., Grad Sch. Agric., Kyoto Univ., 4WPI-NanoLSI,
Kanazawa Univ.)
光捕集タンパク質 LH1-RC の光受容における分子動態解析
Intramolecular dynamics analysis of light-harvesting protein LH1-RC in photoreception using the
DXT technique
Tatsunari Ohkubo1,2, Tatsuya Arai2,3, Kazuhiro Mio1,2, Yuji C. Sasaki2,3 (1Grad. Sch. Med. Sci.,
Yokohama CU, 2Operand OIL, AIST, 3Grad. Sch. of Front. Sci., The Univ of Tokyo)
CGMD シミュレーションを用いた ErbB2, FGFR, EGFR の膜貫通部位のそれぞれの二量体化とそれらの構造の比較
Dimerizations of TM domains in ErbB2, FGFR, and EGFR Using CGMD Simulations and theComparisons of These Structures
Naoto Tonogaito1, Chika Minami1, Naoyuki Miyasita1,2 (1Grad. Sch. BOST, KINDAI Univ., 2BOST,KINDAI Univ.)

06. DNA/RNA ナノテクノロジー／06. DNA/RNA nanotechnology
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プライマー伸長にともなう鎖置換反応で駆動される DNA 状態機械の生物学応用に向けた検証
Characterization of a DNA state machine driven by primer extension accompanying strand
displacement reaction toward biological application
Ken Komiya, Koji Sakamoto (X-star, JAMSTEC)
サブマイクロスケールのトラス DNA 構造体の設計手法
Design method of sub-micrometer scale truss DNA structures
Ibuki Kawamata1,2, Yudai Yamashita1, Satoshi Murata1 (1Graduate School of Engineering, Tohoku
University, 2Faculty of Core Research, Ochanomizu University)
Multi-stimuli-responsive DNA origami nanolattice
Yuri Kobayashi, Kanta Tsumoto, Yuki Suzuki (Grad. Sch. Eng., Mie. Univ.)
DNA 反応拡散系における波型ハイドロゲルパターン
Waving hydrogel pattern in DNA-based reaction–diffusion system
Jaehyeok Eom1, Keita Abe1, Ibuki Kawamata1,2, Shin-ichiro Nomura1, Satoshi Murata1 (1Grad. Sch.
Eng. Tohoku Univ., 2Grad. Sch. Faculty of Core Research Ochanomizu Univ.)– S180 –3Pos052

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利用光鉗技術探討 RNA 偽結結構對核醣體框架位移之影響
Exploring how RNA pseudoknots affect ribosomal frameshifting using optical tweezers
YuTong Huang (National Taiwan University / Taiwan (R.O.C))
外界とのコミュニケーションが可能なリポソーム型分子ロボットの構築に向けて
Toward the construction of giant unilamellar vesicle type molecular robots that cancommunicate with outside environment
Shoji Iwabuchi, Ryuji Kawano (Tokyo University of Agriculture and Technology)
統合情報理論に基づく意識をもった DNA システムのボトムアップ構築
Bottom-up Construction of DNA System with Consciousness based on Integrated Information
TheoryFumika Kambara1, Sotaro Takiguchi1, Hiroki Watanabe2, Masahiro Takinoue2, Ryuji Kawano1(1Department of Biotechnology and Life Science, Tokyo University of Agriculture and Technology.,
2Department of Computer Science, Tokyo Institute of Technology.)
DNA コンピューティングを用いたカスケード酵素の可逆的空間制御系を応用した miRNA 検出
Reversible spatial control of cascade enzymes for miRNA detection system based on DNA
computing
Aoi Mameuda1, Masahiro Takinoue2, Koki Kamiya1 (1Grad. Sch. Sci. Tech. , Gunma Univ., 2Dept.
Comp. Sci. , Tokyo Tech.)
単分散 GUV を用いた複数の相分離コンパートメントを持つ人工細胞モデルの生成
Generation of an Artificial Cell Model with Multiple Phase-separated Compartments within
Monodisperse GUVs
Ryotaro Yoneyama1, Ryota Ushiyama1, Tomoya Maruyama2, Masahiro Takinoue2,3, Hiroaki Suzuki1(1Graduate School of Science and Engineering, Chuo University, 2Life Science and Technology, Tokyo
Institute of Technology, 3Department of Computer Science, Tokyo Institute of Technology)
疎水環境のナノスケール配置制御技術の開発
Development of nanoscale positional control technique for hydrophobic environment
Issei Kusunoki, Lwin Aye Seaim, Yusuke Sato (Grad. Sch. Comp. Sci. Syst. Eng., Kyutech)07. 核酸：その他／07. Nucleic acid: Others
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Direct visualization of nucleosome sliding in nucleosomes containing a histone variant and
tailless histones by HS-AFM
Shin Morioka1, Shoko Sato2, Takumi Oishi2, Suguru Hatazawa2, Naoki Horikoshi2, Tomoya Kujirai2,
Yoshimasa Takizawa2, Hitoshi Kurumizaka2, Mikihiro Shibata3,4 (1Grad. Sch. Math. & Phys., Kanazawa
Univ., 2Institute for Quantitative Biosciences, The Univ. of Tokyo, 3WPI-NanoLSI, Kanazawa Univ.,
4InFiniti, Kanazawa Univ.)
Synthetic siderophores as the Trojan horse carriers for peptide nucleic acids through the E.
coli membrane
Uladzislava Tsylents1, Michał Burmistrz1, Piotr Maj1, Adam Mieczkowski2, Monika Wojciechowska1,
Joanna Trylska1 (1Centre of New Technologies, University of Warsaw, Banacha 2c, 02-097 Warsaw,
Poland, 2Institute of Biochemistry and Biophysics, Polish Academy of Sciences, Pawinskiego 5a, 02-106
Warsaw, Poland)
光ピンセットを用いたソレ効果による相分離ドロップレットの生成と DNA 濃縮 III
Generation of Phase-Separated Droplets Induced by the Soret Effect and DNA Enrichment by
Optical Tweezers III
Mika Kobayashi1,2, Hiroyuki Noji2 (1Tokyo Univ. of Agriculture and Tech., 2Univ. Tokyo)– S181 –3Pos061

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局所的配列の力学的特性が DNA の変形に及ぼす影響
Effects of mechanical properties of local sequence on DNA conformational changes
Anzu Kawamura1, Shiho Ishii1, Naoaki Sakamoto2, Akinori Awazu2, Yoshihiro Murayama1 (1Tokyo
Univ. of Agri. and Tech., 2Hiroshima Univ.)
線形および環状 DNA の交流電場応答の直接観測
Dynamics of circular and linear DNA under AC fields in viscous solutions
Yunosuke Fuji, Seiwa Yamagishi, Shin Takano, Yuuta Moriyama, Toshiyuki Mitsui (Aogaku Univ. Dept.
of Phys.)
鎖状及び環状 DNA の絡み合い構造における変形の伝播距離の測定
Measurements of propagation distance of deformation in entangled structure of linear andcircular DNA
Saki Matsuyama, Akinori Miyamoto, Yoshihiro Murayama (Tokyo Univ. of Agri. and Tech.)
シミュレーテッド分岐マシンを使用した RNA 二次構造の予測の改善
Improved Prediction of RNA Secondary Structure Using Simulated Bifurcation Machine
Yuki Matsubara1, Kengo Tsuda1, Masaru Suzuki2, Hiroaki Hata1 (1Mitsui Knowledge Industry,
2TOSHIBA DIGITAL SOLUTIONS)Structural Dynamics Role of AGG Interruptions in Preventing CGG Repeat Expansion
Associated with Fragile X Syndrome
I-Ren Lee, Yang-I Shen, Kai-Chun Cheng (National Taiwan Normal University)

12. 発生・分化／12. Development & Differentiation
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子宮平滑筋の収縮による子宮内圧力が器官形成期の胚の発生に与える影響
The effects of intrauterine pressure by uterine smooth muscle contractions for embryos in earlyorganogenesis stage
Misuzu Okuno1,2, Yoko Ueda1, Kyoko Mochida1, Yasumasa Bessho2, Chiharu Kimura-Yoshida1,
Isao Matsuo1 (1Department of Molecular Embryology, Research Institute, Osaka Women's and Children's
Hospital, Osaka Prefectural Hospital Organization, 2Laboratory of Gene Regulation Research, Divisionof Biological Science, Graduate School of Science and Technology, Nara Institute of Science andTechnology)
Atomic force microscopy reveals that rheological properties of developing embryos in thegastrula stage depend on the cell fates
Yuki Miyata, Takahiro Kotani, Yosuke Tsuboyama, Tomohiro Matsuo, Yuki Fujii, Takaharu Okajima(Grad. Sch. Inform. Technol., Hokkaido. Univ.)
細胞外環境の硬さから読み解く脊椎動物心臓の発生と進化
The role of stiffness for evolution and development of vertebrates heart
Sho Matsuki, Ryuta Watanabe, Toshiyuki Mitsui, Yuuta Moriyama (Grad. Sch. Sci., Univ.Aogaku)
次世代 SPIM によるマウス E5.5 胚発生のトランススケール解析
Trans-scale analysis of a whole E5.5 mouse embryo during development with Next-generation
SPIM
Go Shioi1, Tomonobu M Watanabe1, Junichi Kaneshiro1, Yusuke Azuma2, Shuichi Onami2 (1Laboratory
for Comprehensive Bioimaging, RIKEN Center for Biosystems Dynamics Research, 2Laboratory for
Developmental Dynamics, RIKEN Center for Biosystems Dynamics Research)
線虫の背側／腹側軸確立における極性確立反応ネットワークの同定
Identifying the reaction network for polarity establishment in C. elegans dorsal/ventral axis
establishment
Ryunosuke Saito1, Masatoshi Nishikawa1,2, Sungrim Seirin Lee3 (1Grad. Sch. Sci＆Eng., HoseiUniv,
2Dep. Frontier Biosci., Hosei Univ, 3ASHBi., Kyoto Univ)– S182 –3Pos071

Combination of force measurement and inference decipher non-linear involvement of E-cad
shaping early C. elegans embryos
Kazunori Yamamoto1,2,3, Charras Guillaume1 (1LCN, UCL, 2Applied Bioscience, Kanagawa Institute ofTechnology, 3Institute for Genetic Medicine, Hokkaido University)

13. 筋肉／13. Muscle
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骨格筋の粘弾性における微小管の役割
The role of microtubules on viscoelastic properties in skeletal muscle
Takuya Kobayashi1, Motoshi Kaya2, Nagomi Kurebayashi1, Takashi Murayama1, Takashi Sakurai1(1Dept. of Cellular and Molecular Pharmacology, Juntendo University, 2Faculty of Physics, The
University of Tokyo)
スピロプラズマの遊泳装置を構成する細菌アクチン MreB1 の精製と機能解析
Purification and characterization of bacterial actin MreB1: a component of swimming machineryin Spiroplasma
Daichi Takahashi1, Makoto Miyata1,2, Ikuko Fujiwara3 (1Grad. Sch. Sci., Osaka Metropolitan Univ.,
2OCARINA, Osaka Metropolitan Univ., 3Dept. Mater. Sci. Bioeng., Nagaoka Univ. Tech.)
アクチンフィラメントの末端を数ナノメートルの精度で観察
Observation of an end of actin filament with several nanometer accuracies
Hikaru Empuku1, Takahiro Mitani1, Itsuki Kunita2, Hajime Honda1 (1Dept. Matl. Sci. Bioeng., Nagaoka
Univ., 2Faculty of Engineering, University of the Ryukyus.)
X 線回折法と張力測定法によるウサギ外眼筋の構造・機能特性
Structural and functional property of the rabbit extraocular muscle studied by X-ray diffraction
experiment and tension measurement
Maki Yamaguchi1, Toru Kurihara2, Naoya Nakahara1, Hideki Yamauchi1, Kazuhiro Hirano1,
Mai Yamaguchi1, Toshiko Yamazawa1, Tetsuo Ohno3, Shigeru Takemori1, Naoto Yagi4 (1The Jikei Univ.
Sch.Med., 2Sougou Tokyo Hosp., 3Teikyo Heisei Univ., 4SPring8/JASRI)
心筋細胞における生理的レベルの圧負荷のカルシウムハンドリングへの影響
Effect of physiological hydrostatic pressure on Ca2+ handling in mouse cardiomyocytes
Yohei Yamaguchi1, Toshiyuki Kaneko2, Susumu Ohya1, Masayoshi Nishiyama3 (1Dept. Pharm., Grad.
Sch. Med., Nagoya City Univ., 2Dept. Physio., Asahikawa Med. Univ., 3Dept. Physics, Kindai Univ.)
アクトミオシン相互作用の計算モデルにおける筋収縮の巨視的性質に対するバイアスブラウン
運動の効果
The effect of biased Brownian motion on the macroscopic properties of muscle contraction in
the simulation model of actomyosin interaction
Shunta Oda, Tomoki P. Terada (Dept. Appl. Phys., Grad. Sch. Eng., Nagoya Univ.)
DNA オリガミ-ミオシンⅡ融合ナノシステムの単分子解像度計測によるパワーストローク協調の可視化
Visualization of the cooperative power stroke revealed by single molecule measurement of DNA
origami-based myosin II nano system
Hiroki Fukunaga1,10, Masashi Ohmachi9, Takumi Washio2,7, Hiroaki Takagi3, Keisuke Fujita4,10,
Keigo Ikezaki8, Toshio Yanagida6, Mitsuhiro Iwaki1,5,10 (1Adv ICT Res Inst, NICT, 2UT-Heart Inc, 3Dept.
phys., Nara Med. Univ, 4FBS, Univ. Osaka, 5IFReC, Univ. Osaka, 6IST, Univ. Osaka, 7FS, Univ. Tokyo,
8Grad. Sch. sci., Univ. Tokyo, 9SIGMA KOKI, 10BDR, Riken)
アクチン分子の局所構造について
Semi-local conformations of actin molecules
Toshiro Oda (Faculty of Health and Welfare, Tokai-gakuin Univ.)– S183 –14. 分子モーター／14. Molecular motor
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プロトン駆動力下でのクライオ電子顕微鏡単粒子解析によって明らかにする ATP 合成酵素の回転機構
Single particle Cryo-EM under proton motive force reveals the rotational mechanism of ATP
synthase
Atsuki Nakano1, Jun-ichi Kishikawa2, Kaoru Mitsuoka3, Ken Yokoyama1 (1Fac. of Life Sci., Kyoto
Sangyo Univ, 2Applied Biology, Kyoto Institute of Technology, 3Research Center for Ultra-High Voltage
Electron Microscopy, Osaka University)
CHD ファミリーの α アクチニン ABD とフィラミン ABD はアクトミオシンⅡ運動を阻害しない
Unlike CHD of Rng2,two members of the CHD family, α-actinin ABD and filamin ABD, do notinhibit actomyosin II motility in vitro
Kameyama Shuhei (Dept. Pure & Appl. Physics, Grad. Sch. Adv. Sci. & Eng., Waseda Univ.)
Creation of ATP synthase with multiple torque generating units
Hiroshi Ueno1, Riku Marui1, Naruhiko Adachi2, Norie Hamaguchi3, Toshio Moriya2, Masato Kawasaki2,
Akihito Ikeda2, Satomi Inaba2, Satoshi Yasuda3, Toshiya Senda2, Takeshi Murata3, Hiroyuki Noji1(1Grad. Sch. Eng., Univ. Tokyo, 2Tsukuba, KEK, 3Grad. Sch. Sci., Univ. Chiba)
全原子計算によるアクトミオシンの結合モードの探索と biased binding の再現
Investigation of binding modes and reproduction of biased binding of actomyosin by all-atom
calculations
Kyoko Shimanuki, Daichi Kubo, Kyohei Shoji, Mitsunori Takano (Dept. of Pure & Appl. Phys., Grad.
Scl. Adv. Sci. & Eng., Waseda Univ.)
マイナスキネシン kinesin-14 の微小管上マイナス端方向運動には N 末側で固定されることが重要
Anchoring geometry is a significant factor in determining the direction of kinesin-14 motility on
microtubules
Masahiko Yamagishi, Rieko Sumiyoshi, Junichiro Yajima (Grad. Arts & Sci., Univ. Tokyo)
KIF1A-微小管結合における K-loop の結合安定性および結合速度への寄与
Contribution of K-loop to the KIF1A-microtubule binding stability and the binding rate
Koki Adachi, Mitsunori Takano (Dept. of Pure & Appl. Phys., Grad. Scl. Adv. Sci. & Eng., Waseda
Univ.)
情報理論を用いた骨格筋ミオシンの協同性の評価
Evaluation of skeletal myosin cooperativity based on information theory
Arun Kasimchetty (Department of Physics, School of Science, The University of Tokyo.)
周毛性細菌におけるべん毛間の回転速度差
Rotation-speed difference between flagella in peritrichous bacteria
Tsubasa Ishihara, Shuichi Nakamura (Dept. Appl. Phys., Grad. Sch. Eng., Tohoku Univ.)
F1-ATPase の回転を駆動する構造変化メカニズム
Conformational change mechanisms driving the rotation of F1-ATPase
Masahiro Motohashi1,2, Mao Oide2,3, Chigusa Kobayashi4, Jung Jaewoon2,4, Eiro Muneyuki1,
Yuji Sugita2,4 (1Grad. Sch. Sci. Eng., Univ. Chuo, 2Wako Inst., Riken, 3PRESTO, JST, 4Kobe Inst., Riken)
繊毛の屈曲波運動を実現する繊毛キネシンの力学特性
The mechanical properties of ciliary kinesin: an essential motor for the bending wave motionof cilia
Hiroto Ishii, Masahiko Yamagishi, Junichiro Yajima (Grad. Sch. of Arts and Sci., Univ. Tokyo)
新規評価方法を用いたバクテリアべん毛モーターの回転揺らぎの周期性の解析
Investigation of periodicity of rotational fluctuations in the bacterial flagellar motor using a novel
evaluation method
Kenta Takemori, V. Yusuke Morimoto (Fac, Comp. Sci. and Sys. Eng., Kyushu Inst. Tech)– S184 –3Pos091

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ヘテロダイマーモーターの運動を数学的にモデル化することで明らかにする KIF1A ダイマーのヘッド間の協調性
Modeling the motion of heterodimeric motors uncovers head-head coordination in a KIF1A dimer
Tomoki Kita1, Kazuo Sasaki2, Shinsuke Niwa1,3 (1Grad. Life. Sci., Tohoku Univ., 2Grad. Eng., Tohoku
Univ., 3FRIS., Tohoku Univ.)
A Novel Photochromic inhibitor SP-AB-SP exhibits multiple stages of inhibitory activity on
mitotic kinesin Eg5
MD Alrazi Islam1, Shinsaku Maruta2, Tostani Fofou Yonta2 (1Dept. Sci & Eng. for Sustainable
Innovation, Soka University, 2Grad. Sch. of Bio Science , Soka University)
ミトコンドリア型 ATP 合成酵素の阻害因子 IF1 が示す回転方向依存的な制御機構: 1 分子操作実
験と分子動力学シミュレーション
Direction-dependent regulation of IF1 in the mitochondrial ATP synthase by single-molecule
manipulation and molecular dynamics simulation
Ryohei Kobayashi, Kei-ichi Okazaki (Inst. for Mol. Sci.)

15B. 細胞生物学的課題：運動／15B. Cell biology: Motility
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リアルタイムフィードバックを用いた機械的刺激による心筋細胞集合体の拍動リズムの制御
Control of cardiac aggregate beat rhythm by mechanical stretch with real-time feedback
Kyotaro Kanazashi, Ayu Sasaki, Yuuta Moriyama, Toshiyuki Mitsui (Aogoku Univ.Dept,of Phys)
機械学習を用いた共培養下における線維芽細胞の動態予測
Prediction of fibroblast dynamics in co-culture using machine learning
Hiromu Kuwabara, Arata Nagai, Kaito Kojima, Ayu Sasaki, Kyotaro Kanazashi, Yuuta Moriyama,
Toshiyuki Mitsui (Aogaku Univ. Dept,of Phys.)
細胞個体レベルでの大腸菌走化性応答の定量解析
Quantitative analysis of E. coli chemotactic response at individual cell level
Hiroto Tanaka, Yasuaki Kazuta, Erica Kobayashi, Hiroaki Kojima (Frontier Research Lab, Adv ICT Res
Inst, NICT)
繊毛運動の温度による制御
Control of ciliary motility by temperature
Shunta Fueki, Megumi Yoshida, Kenjiro Yoshimura (Col. Sys. Engineer. Sci., Shibaura Inst. Technol.)
深層学習を用いて血管新生に関わる動的な自由度を抜き出す
Extracting dynamic degrees of freedom involved in angiogenesis using deep learning
Hiroshi Fujisaki1, Kenta Odagiri2, Hiromichi Suetani3, Hiroya Takada1, Rei Ogawa1 (1Nippon Medical
School, 2Senshu Univ., 3Oita Univ.)
細菌の遊泳に対する菌体サイズの影響
Effect of the cell size on bacterial swimming
Riu Osanai (Grad.Eng.,Univ.Tohoku)
海洋細菌 Vibrio alginolyticus の集団運動における 1 細胞運動解析
Single cell dynamics in collective migration of Vibrio alginolyticus
Hiyori Tokumori, Ikuro Kawagishi, Masatoshi Nishikawa (Dep. Frontier Bioscience, Hosei Univ.)
Phosphatidylserine is an essential regulator of Ras excitability and cell motility
Satomi Matsuoka1,2,3, Da Young Shin2,3, Hyeyun Jung2, Hiroaki Takagi3,4, Michio Hiroshima1,3,
Masahiro Ueda1,2,3 (1Graduate School of Frontier Biosciences, Osaka University, 2Graduate School of
Science, Osaka University, 3Center for Biosystems Dynamics Research, RIKEN, 4School of Medicine,
Nara Medical University)
クラミドモナス後退遊泳固定株に前進遊泳を復帰させる変異
Chlamydomonas Move-Backwards-Only mutants restored forward swimming by a point
mutation in the outer-arm dynein β heavy chain
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カルシウム感受性があるクラミドモナス鞭毛内部構造のラセン配置
The Calcium Sensitive Helical Arrangement of Axonemal Structures in Chlamydomonas
Flagella
Hitoshi Sakakibara1, Kenta Ishibashi1, Hiroyuki Iwamoto2, Hiroaki Kojima1, Kazuhiro Oiwa1,3(1BioICT., NICT, 2SPring8, JASRI, 3Life Sci., Univ. Hyogo)
電子顕微鏡法によるスピロプラズマ遊泳運動をもたらす MreB4 と MreB5 の可視化
Visualization of MreB4 and MreB5 Filaments Driving Spiroplasma Swimming by Electron
Microscopy
Haruka Yuasa1, Yuya Sasajima1, Hana Kiyama1, Daichi Takahashi1, Takuma Toyonaga1,3,
Tomoko Miyata2, Fumiaki Makino2, Keiichi Namba2, Makoto Miyata1,3 (1Grad. Sch. Sci., Osaka
Metropolitan Univ., 2Osaka Univ., 3OCARINA, Osaka Metropolitan Univ.)
Spiroplasma swimming mechanism suggested by fluorescently labeled MreBs expressed in
JCVI-syn3B
Yoshiki Tanaka1, Hana Kiyama1, Makoto Miyata1,2 (1Grad. Sch. Sci., Osaka Metro Univ, 2OCARINA,
Osaka Metro Univ)
JCVI-syn3B における 2 つの MreB タンパク質による Haloplasma 運動能の再構築
Haloplasma Motility Reconstituted in JCVI-syn3B by Combination of Two MreB Proteins
Mone Mimura1, Hana Kiyama1, Shingo Kato2, Yuya Sasajima1, Atsuko Uenoyama1,
Shigeyuki Kakizawa3, André Antunes4, Tomoko Miyata5, Fumiaki Makino5, Keiichi Namba5,
Makoto Miyata1,6 (1Grad. Sch. Sci., Osaka Metropolitan Univ., Japan, 2RIKEN BRC., JCM., Japan,
3Bioproduction Res. Inst., AIST., Japan, 4Macau Univ. of Sci. and Tech., China, 5Osaka Univ., Japan,
6OCARINA, Osaka Metropolitan Univ., Japan)
光ピンセットによる外力印加に対する細胞境界の変形応答
Force-induced remodeling of cell contacts by two-point optical manipulation
Kenji Nishizawa1, Shao-Zhen Lin2, Claire Chardès3, Jean-François Rupprecht2, Pierre-François Lenne3(1Graduate School of Science, The University of Tokyo., 2CNRS, Centre de Physique Théorique., 3CNRS,The Institute of Developmental Biology of Marseille.)
水／水の相分離により生じる細胞サイズ液滴内での微小管－キネシン複合体の自発的な対流生成
Microtubule-kinesin complexes spontaneously generate vortex flow in the cell-sized droplets
created by water/water phase separation
Hiroki Sakuta1,2, Naoki Nakatani3, Takayuki Torisawa4, Yutaka Sumino5, Kanta Tsumoto6,
Kazuhiro Oiwa7,8, Kenichi Yoshikawa3,9 (1UBI, Univ. Tokyo, 2Grad. Sch. Arts Sci., Univ. Tokyo, 3Facul.
Life Med. Sci., Doshisha Univ., 4Cell Arch. Lab., Natl. Inst. Genet., 5Facul. Adv. Eng., Tokyo Univ. Sci.,
6Grad. Sch. Eng., Mie Univ., 7Adv. ICT Res. Inst., NICT, 8Grad. Sch. Sci., Univ. Hyogo, 9Inst. Adv. Study,
Kyoto Univ.)

15D. 細胞生物学的課題：情報伝達・細胞膜／15D. Cell biology: Signal transduction & Cell membrane
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環状心筋細胞ネットワークにおける 64 電極同時細胞外電位計測
Simultaneous 64-electrode extracellular potential measurement of circular cardiomyocyte
networks
Akito Yoshikawa, Momo Akada, Masahito Hayashi, Tomoyuki Kaneko (LaRC, Dept. Frontier Biosci.,
Hosei Univ.)
デコンボリューション法を用いた大腸菌走化性受容体の三次元観察
Three-dimensional observation of Escherichia coli chemotaxis receptors using thedeconvolution method
Yumiko Uchida, Yong-Suk Che, Akihiko Ishijima, Hajime Fukuoka (Grad. Sch. Frontier Biosci. Osaka
Univ.)– S186 –3Pos111

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Effects of mitochondrial administration on reduction of oxidative damage of cells
Sadab Sipar Ibban1,2, Sayaka Doi1, Yoshihiro Ohta1 (1Department of Biotechnology and Life Science,
Graduate School of Engineering, Tokyo University of Agriculture and Technology, 2Department ofPharmacy, International Islamic University Chittagong, Bangladesh)
A method for measuring the maximal membrane extension of macrophages using thecylindrical inner surface of opsonized capillary tubes
Sota Suzuki1, Dan Horonushi1, Kenji Yasuda1,2 (1Dept. Pure & Appl. Phys., Grad. Sch. Adv. Sci. & Eng.,
Waseda Univ., 2Dept. Phys., Sch. Adv. Sci. & Eng., Waseda Univ.)
Hydrostatic pressure stimuli increase intracellular calcium concentration
Masatoshi Morimatsu1, Zidan Gao2, Keiji Naruse1 (1Graduate School of Medicine,Dentistry andPharmaceutical Sciences, 2Graduate School of Medicine,Dentistry and Pharmaceutical Sciences)
大腸菌センサーキナーゼ BaeS によるインドール感知機構
Indole-sensing mechanism of the sensor kinase BaeS of Escherichia coli
Hirotaka Tajima1,2, Tomoka Iseri2, Kennichiro Kashihara3, Ikuro Kawagishi1,2,3 (1Res. Cen. for MicroNano Tech., Hosei Univ., 2Dept. Biosci., Hosei Univ., 3Grad. Sch. Sci. Eng., Hosei Univ.)
高カルシウム濃度環境において増殖可能な細胞株の解析
Analysis of cell strains capable of proliferating in high Ca2+ concentration environment
Fumiya Shimizu1, Yusuke V. Morimoto2 (1Grad. Sch. Comp. Sci. and Sys. Eng., Kyushu Inst. Tech.,
2Dept. Phys. and Info. Eng., Fac. Comp. Sci. and Sys. Eng., Kyushu Inst. Tech.)
大腸菌走化性受容体による誘引応答シグナリングの光架橋解析
Photo-crosslinking analyses of attractant signaling via the chemoreceptor of Escherichia coli
Momoka Nakano1, Hirotaka Tajima2,3, Ikuro Kawagishi1,2,3 (1Grad. Sch. Sci., Univ. Hosei, 2Dept.
Biosci., Univ. Hosei, 3Res. Cen. Micro-Nano Tech., Univ. Hosei)
導電性を利用した微生物のエネルギー戦略
Electron conduction conserves energy in bacterial assemblages
Yoshihide Tokunou1,2, Hiromasa Tongu3, Masanori Toyofuku1,4, Nobuhiko Nomura1,4 (1Faculty of Lifeand Environmental Sciences, University of Tsukuba., 2International Center for Materials
Nanoarchitectonics, National Institute for Materials Science., 3Degree Programs in Life and Earth
Sciences, University of Tsukuba., 4Microbiology Research Center for Sustainability, University ofTsukuba.)

16A. 生体膜・人工膜：構造・物性／16A. Biological & Artificial membrane: Structure & Property
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両親媒性ランダムコポリマーによる曲がった膜の認識
Recognition of curved membrane by amphiphilic random copolymers
Kazuma Yasuhara, Ryo Yamanaka, Jun-ichi Kikuchi (Div. Mat. Sci., Nara Inst. Sci. Tech.)
人工膜を用いた脂質膜表面における分子認識の研究
A biomimetic molecular recognition platform based on functionalized lipid bilayer membrane
Yuuri Miyata1, Nanami Nagatsuka2, Masato Koezuka1, Fumio Hayashi3, Kenichi Morigaki1,4 (1Grad.
Sch. Agri., Kobe Univ, 2Fac. Agri., Kobe Univ, 3Grad. Sch. Sci., Kobe Univ, 4Biosignal Research Center,
Kobe Univ)
脂質膜組成と高分子相分離の相関
Correlation between lipid membrane composition and macromolecular phase separation
Chiho Watanabe (Grad. Sch. Int. Sci. Life, Hiroshima Univ.)
The mammalian cell protective synergy of antimicrobial peptides LL-37 and HNP1
Ariane Melissa Schwitter1,2, Kaori Sugihara2 (1Grad. Scho. Eng., The University of Tokyo, Tokyo,
2Institute of Industrial Science, The University of Tokyo, Tokyo)– S187 –3Pos122

3Pos123脂質膜の長期的な水透過に対する膜特性の影響
Effect of membrane properties on long-term water permeation through lipid membranes
Natsuki Fukuda, Nozomi Watanabe, Yukihiro Okamoto, Hiroshi Umakoshi (Graduate School ofEngineering Science, Osaka University.)
Global-TRES 法を用いたリポソーム膜特性の新規評価手法の開発
Multiplicity of Solvent Environments in Lipid Bilayer Systems Revealed by Comparative GlobalTRES of Twin Probes: Laurdan and Prodan
Natsuumi Ito, Nozomi Watanabe, Yukihiro Okamoto, Hiroshi Umakoshi (Bio-Inspired Chemical
Engineering Laboratory / Division of Chemical Engineering / Graduate School of Engineering Science /Osaka University)

16B. 生体膜・人工膜：ダイナミクス／16B. Biological & Artificial membrane: Dynamics
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クロモグリク酸ナトリウム封入リポソームにおける形状変化と膜の相分離
Shape change and membrane phase separation on disodium cromoglycate-encapsulated
liposomes
Kaori Udagawa, Masahito Hayashi, Tomoyuki Kaneko (LaRC, FB, Grad. Sch. Sci.&Eng., Hosei Univ.)
体外式膜型人工肺の新規中空糸膜細孔構造モデルにおける水分子と酸素分子の透過シミュレー
ションの検討Simulation study of Water and Oxygen Molecule's Permeations in the partial model of a Novel
Hollow Fiber Membrane Pore Structure in ECMO
Takahiro Chujo1, Yoshitaka Tadokoro1, Makoto Fukuda1,2, Naoyuki Miyashita1,2 (1Grad. Sch. BOST,KINDAI Univ., 2BOST., KINDAI Univ.)
相分離した三成分系ベシクルにおける膜粘度の温度依存性
Viscosity Landscape of Phase-Separated Ternary Vesicles in Composition-Temperature Space
Julia Tanaka, Kenya Haga, Masayuki Imai, Yuka Sakuma (Grad. Sch. Sci., Tohoku Univ.)
一定張力による脂質膜中のポア形成やプリポアの縁の線張力に対する単分子膜自発曲率の効果
Effect of monolayer spontaneous curvature on constant tension-induced pore formation and theline tension of a pre-pore in lipid bilayers
Kanta Tazawa1, Masahito Yamazaki1,2,3 (1Grad. Sch. Sci., Shizuoka Univ., 2Res. Inst. Ele., Shizuoka
Univ, 3Grad. Sch. Sci. Tech., Shizuoka Univ)
抗菌ペプチド・PGLa のポア形成に対する膜張力と単分子膜自発曲率の効果
Effect of membrane tension and monolayer spontaneous curvature on antimicrobial peptide
PGLa-induced pore formation
Marzuk Ahmed1, Md. Zahidul Islam2, Masahito Yamazaki1,2,3 (1Grad. Sch. Sci. Tech., Shizuoka Univ.,
2Res. Inst. Ele., Shizuoka Univ., 3Grad. Sch. Sci., Shizuoka Univ.)
光ピンセットを用いた人工脂質膜ドメイン操作
Manipulation of lipid membrane domains in artificial membrane by optical tweezers
Yasushi Tanimoto, Shunya Moriyama, Kyoko Masui, Chie Hosokawa (Grad. Sch. Sci., OMU)
ポリマー脂質膜のチャネルにおける脂質膜の自発展開
Self-spreading lipid bilayers in preformed polymeric lipid bilayer channels
Masako Fujii1, Kenichi Morigaki1,2 (1Grad. Sch. Agri., Univ. Kobe, 2Biosignal Research Center, Univ.
Kobe)– S188 –16C. 生体膜・人工膜：興奮・チャネル／16C. Biological & Artificial membrane: Excitation & Channels
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細菌機械受容チャネル MscL のメカノゲーティング調節における細胞外ループの役割に関する解析
Analysis on the role of the periplasmic loop in the regulation of Mechano-Gating in the Bacterial
Mechanosensitive Channel MscL
Yasuyuki Sawada1, Masahiro Sokabe2, Hisashi Kawasaki3 (1Institute of Materials Innovation, Institutesof Innovation for Future Society, Nagoya University, 2Human Information Systems Labs, Kanazawa
Institute of Technology, 3Agro-Biotechnology Research Center, University of Tokyo)
Importance of Spatial Arrangement Shape of Cardiomyocyte Network for Precise and Stable
On-Chip Predictive Cardiotoxicity Measurement
Nanami Abe, Kazufumi Sakamoto, Hideki Matsumoto, Mitsuru Sentoku, Kenji Yasuda (Dept. Pure &Appl. Phys., Grad. Sch. Adv. Sci. & Eng, Waseda Univ., Japan)
原核生物由来ナトリウムチャネルを用いた分子動力学計算
Molecular dynamics simulation with prokaryotic sodium channels
Katsumasa Irie (Pharm. Sci., Wakayama Med. Univ.)
簡便な単一チャネル電流計測システムの開発
Development of a simple single-channel current measurement system
Tomomi Murata1, Toru Ide1,2, Minako Hirano1, Mami Asakura2 (1Grad. Sch. Health Sys., Okayama
Univ., 2Dept. Engn., Okayama Univ.)
アガロースゲルビーズを用いたチャネル電流測定装置の開発
Development of channel current measurement device using agarose gel beads
Mami Asakura1, Shuyan Wang2, Minako Hirano2, Toru Ide2 (1Dept. of Comp. Tech. Soln., Okayama
Univ., 2Grad. Sch. Health Sys., Okayama Univ.)
細胞排出イオンの測定によるがん浸潤関連塩化物イオンチャネル Clic1 の機能解析
Functional analysis of the cancer invasion-associated chloride ion channel Clic1 by measuring
cell efflux ions
Ayana Yamagishi1,2, Akane Nagata2, Koki Uchiyama2, Tsukuru Minamiki3, Toshihiro Takeshita4,
Chikashi Nakamura1,2 (1Cell. Mol. Biotech. Res. Inst., AIST, 2Grad. Sch. Eng., Tokyo Univ. Agric.
Technol., 3Health Med. Res. Inst., AIST, 4Sens. Sys. Res. Cent., AIST)TRAAK チャネルの特徴的なフリッカーゲーティングは内葉張力によって制御されている
The inner leaflet tension regulates the characteristic flicker gating of the single TRAAK channel
Takahisa Maki1, Yuka Matsuki2, Toshiyuki Yoshida3, Shigetoshi Oiki4, Masayuki Iwamoto1 (1Dept.
Mol. Neurosci., Univ. Fukui. Facul. Med. Sci., 2Dept. Anesth. Reanimatol., Univ. Fukui. Facul. Med. Sci.,
3Dept. Info. Sci., Univ. Fukui. Facul. Eng., 4Biomed. Imaging Res. Cent., Univ. Fukui)

19. 神経回路・脳の情報処理／19. Neuronal circuit & Information processing
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集光フェムト秒レーザーの高頻度照射により誘発された神経活動の時空間パターン
Spatio-temporal patterns of neuronal activity induced by high-frequency irradiation with afocused femtosecond laser
Kan Otani1, Yumi Segawa1, Wataru Minoshima1,2, Kyoko Masui1, Chie Hosokawa1(1Grad.Sch.Sci.,osaka Metro.Univ./Osaka City Univ, 2NICT)
赤外線レーザーによる神経回路の刺激
Stimulation of neural network by infrared laser
Rika Fuchikami, Masahito Hayashi, Tomoyuki Kaneko (LaRC, FB, Grad. Sch. SCi. & Eng., Hosei
Univ.)
線虫の全脳活動データに対する機能的神経クラスタ推定
Estimation of functional neuron ensembles for whole-brain activity data in C. elegans
Harutaka Takeshita, Shun Kimura, Koujin Takeda, Yuishi Iwasaki (Grad. Sch. Sci. Eng., Ibaraki Univ.)– S189 –3Pos141

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低酸素密閉空間における 1 細胞レベルでの神経細胞培養に最適な細胞濃度の検証
Optimal Cell Concentration for Culturing Neuronal Cells at Single Cell Level in Hypoxic SealedSpace
Ayuri Sakaguchi, Masahito Hayashi, Tomoyuki Kaneko (LaRC, Dept. Frontier Biosci., Hosei Univ.)
スパース制約を課した新たな ICA とタスク付き fMRI データ解析への応用
A novel ICA with sparse constraint and application to task-related fMRI data analysis
Yusuke Endo, Koujin Takeda (Grad. Sch. Eng., Univ. Ibaraki)
神経細胞-微小電極接合部の分子特異的形成に向けた小型人工シナプスオーガナイザーの分子設計
Molecular design of compact engineered synapse organizer toward molecule-specific formationof neuron-microelectrode junctions
Kosuke Sekine1, Sam Young Kim1, Sm Ahasanul Hamid1, Mieko Imayasu1, Tomoyuki Yoshida2,
Hidekazu Tsutsui1 (1School of Material Science,Japan Advanced Institute of Science andTechnology.Ishikawa, 2Department of Molecular Nuroscience, faculty of mecdicine,University of Toyama)
哺乳類および鳥類の一次ニューロンにおけるペプチドタグを介した人工シナプスオーガナイザーのシナプス形成活性
Peptide-tag mediated synaptogenic activity of engineered synapse organizer in mammalian andavian primary neurons
Wataru Haga1, Sm. Ahasanul Hamid1, Sam Young Kim1, Mieko Imayasu1, Tomoyuki Yoshida2 (1Schoolof Materials Science, Japan Advanced Institute of Science and Technology. Ishikawa, 2Department of
Molecular Neuroscience, Faculty of Medicine, University of Toyama)
海馬が合成する男性・女性ホルモンやストレスホルモンは記憶シナプスを蛋白キナーゼ信号系
で制御する
Kinase-dependent modulation of neuronal synapses by hippocampus-synthesized androgen,estrogen and stress hormone
Suguru Kawato1,2, Mika Soma1,2, Mari Ogiue-Ikeda1,2, Saira Mabashi2, Minoru Saito2 (1Dep. Urology,
Grad. Sch. Medicine, Juntendo Univ., 2Dep. Bioscience, Nihon Univ.)
ミミズ古典的条件づけの分子メカニズム
Molecular mechanisms of classical conditioning in earthworm, Eisenia fetida
Sukehiro Kabayama1, Yoshiichiro Kitamura2 (1Appl Matl Life Sci, Grad Sch Eng, Kanto Gakuin Univ,
2Dept Math Sci Phys, Col Sci Eng, Kanto Gakuin Univ)
長距離に情報伝達する神経ネットワークは脳表面の最短経路に配線される --- ヒト胎児脳の形の数理解析
Geodesic theory of long association fibers arrangement in the human fetal cortex
Kazuya Horibe2,3, Gentaro Taga4, Koichi Fujimoto1,2 (1Math. Life Sci., Horoshima Univ., 2Biol. Sci.,
Osaka Univ., 3Grad. Sci. Eng., Osaka Univ., 4Grad. Sci. Edu., Univ. Tokyo)
Axonal differentiation of embryonic hippocampal neurons is governed by the length of neurite
outgrowth rather than growth order
Ryohei Yamazaki1, Nanami Abe1, Soya Hagiwara2, Naoya Takada2, Kenji Yasuda1,2 (1Dept. Pure &Appl. Phys., Grad. Sch. Adv. Sci. & Eng., Waseda Univ., 2Dept. Phys., Sch. Adv. Sci. & Eng., Waseda
Univ.)
味覚嫌悪学習後に見られる GABA 応答変化の濃度依存性
Dose-dependence of GABA response in the nervous system after conditioned taste aversion
training
Yoshimasa Komatsuzaki1, Samui Chiba2, Ayaka Itoh3, Minoru Saito3 (1Dept. Phys., CST, Nihon Univ.,
2Grad. Sch. of Sci. and Tech., Nihon Univ., 3Grad. Sch. of Integ. Bas. Sci., Nihon Univ.)– S190 –3Pos150

SynGAP LLPS condensates recruit PSD95 and receptor oligomers, serving as a basic platform
for generating neuronal excitatory synapses
Saahil Acharya1, Taka-aki Tsunoyama1, Christian Hoffmann2, Gerard Aguilar2, Irina Meshcheryakova1,
Yuri L. Nemoto1, Aya Nakamura-Norimoto1, Takahiro Fujiwara3, Dragomir Milovanovic2,
Akihiro Kusumi1 (1Okinawa Institute of Science and Technology Graduate University (OIST), Okinawa,
Japan, 2German Centre for Neurodegenerative Diseases (DZNE), Berlin, Germany, 3Institute forIntegrated Cell-Material Sciences (WPI-iCeMS), Kyoto University, Kyoto, Japan)

21A. 光生物：視覚・光受容／21A. Photobiology: Vision & Photoreception
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光活性化型アデニル酸シクラーゼの ATP 依存的な液－液相分離
ATP-dependent liquid-liquid phase separation of photoactivated adenylate cyclase
Yusuke Nakasone1, Kazuhiro Sakamaki2, Masahide Terazima1 (1Grad. Sch. Sci., Univ. Kyoto, 2Grad.
Sch. Biostudies., Univ. Kyoto)
QM/MM RWFE-SCF 法を用いたアニオンポンプロドプシン NpHR のイオン輸送過程に関する理論的研究
Theoretical study on ion transport process of anion pump rhodopsin NpHR using QM/MM
RWFE-SCF method
Tomo Ejiri, Ryo Oyama, Shigehiko Hayashi (Grad. Sch. Sci., Univ. Kyoto)
光センサー RsPYP と下流分子 RsPBP の光可逆的な相互作用ダイナミクス
Photo-reversible intermolecular interaction dynamics between light sensor protein RsPYP and
its downstream protein RsPBP
Mizuki Hirata1, Yusuke Nakasone1, Suhyang Kim2, Masahide Terazima1 (1Grad. Sch. Sci., Univ. Kyoto,
2Grad. Sch. Arts and Sci., Univ. Tokyo)
光合成集光タンパク質の高温高圧抽出におけるフィコビオロビンからフィコシアノビリンへの変換
Conversion of phycoviolobilin to phycocyanobilin during pressurized liquid extraction of
cyanobacterial photosynthetic antenna protein
Takaaki Matsushita, Yuya Fujita, Takanari Kamo, Toshihiko Eki, Yuu Hirose (Toyohashi Univ. of Tech.
Dep. of Eng.)
同位体標識色素を用いたシアノバクテリオクロム型光受容体 RcaE の光感知機構の解析
Analysis of photosensing mechanism of the cyanobacteriochrome RcaE using isotope-labeledbilin chromophore
Yuya Fujita1, Takanari Kamo1, Takaaki Matsushita1, Masako Hamada1, Tatsuya Tsuchida2,
Takayuki Nagae3, Toshihiko Eki1, Masaki Mishima3, Yutaka Ukaji2, Yuu Hirose1 (1Toyohashi Univ. of
Tech. Dep. of Eng., 2Kanazawa Univ. Coll. of Sci. and Eng., 3Tokyo Univ. of Phar. and Life Sci.)
光センサータンパク質 OCP とその制御タンパク質 FRP の光依存的な相互作用ダイナミクス
Time-resolved study on intermolecular interaction dynamics between orange carotenoid protein
and fluorescence recovery protein
Tadayuki Tokashiki1, Takatoshi Ohata1, Syunrou Tokonami2, Yusuke Nakasone1, Masahide Terazima1(1Grad. Sch. Sci., Kyoto Univ., 2Grad. Sch. Sci., Gakushuin Univ.)
ヘリオロドプシンのプロトン移動に伴う水素結合ネットワーク上の構造変化
Proton transfer and conformational changes along the hydrogen bond network in heliorhodopsin
Masaki Tsujimura1, Yoshihiro Chiba1, Keisuke Saito1,2, Hiroshi Ishikita1,2 (1Grad. Sch. Eng., UTokyo,
2RCAST, UTokyo)
長い光サイクルをもつアクチノバクテリア由来の新規外向き H+ポンプロドプシン
Actinobacteria-derived novel outward proton-pumping rhodopsins having long photocycle
Shota Takahashi1, Mako Ueno1, Fumio Hayashi2, Takashi Kikukawa3, Ichiro Kasano1, Yusuke Inoue1,
Masashi Sonoyama1,4,5 (1Grad. Sch. Sci. Tech., Gunma Univ., 2Ctr. Inst. Analysis, Gunma Univ., 3Fac.
Adv. Life. Sci., Hokkaido Univ., 4GIAR, Gunma Univ., 5GUCFW,Gunma Univ.)– S191 –3Pos159

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ロドプシン-ベストロフィン巨大イオンチャネル複合体の光誘起構造変化の研究
Light-induced structural changes of a rhodopsin-bestrophin giant ion channel complex studied
by infrared spectroscopy
Natsuki Honda1, Rei Yoshizumi1, Hideki Kandori1,2, Yuji Furutani1,2 (1Grad. Sch. Eng., Tech. Nagoya,2OptoBiotechnology Research Center., Tech. Nagoya)
レチナール発色団を結合するリジン 255 の共有結合は KR2 のナトリウムポンプ機能に必須である
Covalent binding at Lys-255 residue connecting the retinal chromophore is essential for a
sodium pump function of Krokinobacter Rhodopsin2
Yuki Ichikawa1, Shoha Ochiai1, Sahoko Tomida1, Yuji Furutani1,2 (1Department of Engineering, Nagoya
Institute of Technology, Japan, 2OptoBioTechnology Research Center, Nagoya Institute of Technology,
Japan)
固体 NMR を用いたシゾロドプシンのレチナールと Cys75 の立体相互作用の解析
Steric interaction of Cys75 with retinal in schizorhodopsin using solid-state NMR
Akito Kitaguchi1, Takashi Okitsu2, Hideki Kandori3, Keiichi Inoue4, Izuru Kawamura1 (1Graduate
School of Engineering Science, Yokohama National University, Japan, 2Faculty of Pharmaceutical
Sciences, University of Toyama, Japan, 3Department of Life Science and Applied Chemistry, Nagoya
Institute of Technology, Japan, 4The Institute for Solid State Physics, The University of Tokyo, Japan)
近赤外光吸収ロドプシンの特異な光化学反応
Unique photochemical reactions in near-infrared light absorbing rhodopsins
Masahiro Sugiura1, Ritsu Mizutori1, Kazuki Ishikawa1, Kota Katayama1,2, Yuji Sumii1,
Rei Abe-Yoshizumi1, Satoshi Tsunoda1,2, Yuji Furutani1,2, Norio Shibata1, Leonid S. Brown3,
Hideki Kandori1,2 (1Dept. Life Sci. & App. Chem, Nagoya Inst. Tech., 2OptoBioTechnology ResearchCenter, 3Dept. of Phys. Univ. of Guelph)

21C. 光生物：光遺伝学・光制御／21C. Photobiology: Optogenetics & Optical Control
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可視光でオン・オフできる Gs 共役型光遺伝学ツールの開発
Development of a Gs-coupled optogenetic tool that can be turned on and off by visible light
Akinari Sakayori1, Yusuke Sakai2, Naoyuki Taira1, Yusei Sakata1, Mitsumasa Koyanagi2,
Akihisa Terakita2, Saori Tani-Matsuhana1, Kunio Inoue1, Hisao Tsukamoto1 (1Grad. Sch. Sci., Kobe
Univ., 2Grad. Sch. Sci., Osaka Metropolitan Uni.)
無脊椎動物由来の Gi/o 共役型可視光受容タンパク質の分子特性
Molecular characteristics of an invertebrate Gi/o-coupled and visible light-sensitive opsin
Sachiko Fukuzawa, Hisao Tsukamoto (Grad. Sch. Sci., Kobe Univ.)
光ジッパー融合タンパク質の光依存的な Lac オペレーター配列への結合
A light-dependent binding of the lacI-Photozipper fusion protein to the lac operator sequence
Osamu Hisatomi, Nagomi Matsumoto (Grad. Sch. Sci., Osaka Univ.)
大腸菌に対する青色光の光毒性
Phototoxicity of blue light to E. coli cells
Nagomi Matsumoto, Osamu Hisatomi (Grad. Sch. Sci., Osaka Univ.)
ユレモ由来の光活性化アデニル酸シクラーゼの活性に影響を与える重要なアミノ酸の同定
Identification of Key Amino Acids affecting the Activity of Photoactivated Adenylyl Cyclase from
Oscillatoria acuminata
Minako Hirano1, Masumi Takebe2, Syunshi Yano1, Hinase Kondo1, Ayu Yuasa1, Toru Ide1 (1Grad SchlInterdiscip Sci Engn Health Syst, Okayama Univ., 2Hamamatsu Photonics K.K.)
近赤外線レーザーによる分散培養心筋細胞シートに対する光ペーシング
Optical pacing in cardiomyocytes by near-infrared laser
Takaaki Nishikawa1, Yasumasa Furuie1, Kentaro Kito2, Masahito Hayashi2, Tomoyuki Kaneko2 (1LaRC,
Dept. Frontier Biosci, Hosei Univ., 2LaRC, FB, Grad. Sch.Sci&Eng, Hosei Univ.)– S192 –3Pos169

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光駆動内向きプロトンポンプのツール開発
Tool development for the light-driven inward-proton pumps
Rei Abe-Yoshizumi1, Shinji Matsuda2, Wataru Kakegawa3, Takao Imai2, Itaru Arai3, Satoshi Tsunoda1,
Michisuke Yuzaki3, Hideki Kandori1,4 (1Grad. Sch. Eng., Nagoya Inst. Tech., 2Grad. Sch. Inform. andEng., UEC, 3Dept. Physiol., Keio Univ. Sch. Med., 4OptoBio., Nagoya Inst. Tech.)
Photoregulation of Small GTPase Ras using Photoresponsive Protein
Nobuyuki Nishibe1, Zhang Ziyun1, Kazunori Kondo2, Shinsaku Maruta1,2 (1Department of
Bioinformatics, Soka University Graduate School of Engineering, 2Department of Science andEngineering for Sustainable Innovation, Faculty of Science and Engineering, Soka University)
光センサータンパク質 eBLUF の選択的ダイマー化を利用した光操作ツールの開発
Opto-control of protein activity utilizing selective dimerization of light sensor eBLUF
Takafumi Kuno1, Yusuke Nakasone1, Kazuhiro Sakamaki2, Masahide Terazima1 (1Grad.Sci.,Univ.Kyoto,
2Grad.Bio.,Univ.Kyoto)
バクテリオロドプシンの酸性青色状態の分光学的解析
Spectroscopic analysis of the acid blue form of bacteriorhodopsin
Tsutomu Kouyama, Kunio Ihara (Nagoya Yniversity)
アニオンチャネルロドプシン GtACR1 における細胞内ドメインによるイオンチャネル機能の制御
The cytoplasmic domain regulates the photocurrent lifetime of anion channelrhodopsin GtACR1
Hana Maruyama1, Shoko Hososhima1, Satoshi Tsunoda1,2, Yuya Ohki3, Takashi Kikukawa3,4,
Takashi Tsukamoto3,4, Hideki Kandori1,2 (1Grad. Sch. Eng., Nagoya Inst. Tech, 2Opto Bio Technology
Research Center, 3Grad. Sch. Life Sci., Univ. Hokkaido, 4Grad. Sch. Faculty of Advanced Life Sci., Univ.
Hokkaido)
光遺伝学を用いた p53 シグナル伝達経路の操作法開発
Optogenetic control of p53 signaling pathway
Tatsuki Tsuruoka1,2,3, Yuhei Goto1,2,3, Kazuhiro Aoki1,2,3 (1Quantitative Biology Research Group,
Exploratory Research Center on Life and Living Systems (ExCELLS), National Institutes of Natural
Sciences, 2Division of Quantitative Biology, National Institute for Basic Biology, 3Department of Basic
Biology, School of Life Science, SOKENDAI (The Graduate University for Advanced Studies))

26A. 計算生物学: 生命情報学／26A. Computational biology: Bioinformatics
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深層学習および SVM を用いた GPCR－G タンパク質結合選択性予測プログラムの開発
Development of Program for Predicting GPCR - G protein Coupling Selectivity, Using Deep
Learning and SVM
Kento Fujishima1, Kenji Etchuya1, Hiroshi Arai2, Ikuo Masuho3,4, Makiko Suwa1,2 (1Chem. Biol. Sci.,
Sci. Eng., Aoyama Gakuin Univ., 2Biol. Sci., Grad. Sci. Eng., Aoyama Gakuin Univ., 3Pediatrics & Rare
Dis. Group, Sanford Res., 4Dept. of Pediatrics, Sanford Sch. of Med., Univ. of South Dakota)
乳がん患者ごとの最適な治療法の予測のための乳がん細胞モデルのシミュレーション
Simulation of breast cancer cell models for predicting optimal treatment strategies for individualbreast cancer patients
Shogo Sonoyama, Takanori Sasaki (Grad.Sch.Adv.Math.Sci.,Meiji Univ.)
Metainference method applied on Hi-C data to study heterogeneous chromatin conformations
and their dynamics
Chenyang Gu, Shoji Takada, Giovanni Brandani (Grad. Sch. Sci., Univ. Kyoto)
頻出する ψ ループモチーフと稀に確認される ψ ループモチーフを区別する構造ルールの解析
Analysis of structural rules that distinguish frequently and rarely occurring psi-loop motif
Tomoki C. Terada, Takumi Nishina, George Chikenji (Dept of Appl. Phys., Grad. Sch. of Eng., Nagoya
Univ.)– S193 –3Pos179

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生体膜上で相互作用する GPCR ペアの特徴
Characteristics of the interacting GPCR pairs on biological membrane
Wataru Nemoto1,2, Yuki Ishioka1, Kyokuhou Sya1, Aoi Fukushima2 (1Dept. Sci. & Eng., Tokyo Denki
Univ., 2Grad. Sch. Sci. & Eng., Tokyo Denki Univ.)
GPCR ヘテロダイマー結合リガンドの特徴解析
Computational analysis of ligands to GPCR heterodimer
Ryota Takishima1, Tatsuki Okamoto2, Kurumi Tsuda2, Wataru Nemoto1,2 (1Grad. Sch. Sci. & Eng, Tokyo
Denki Univ., 2Dept. Sci. & Eng, Tokyo Denki Univ.)
膜タンパク質間相互作用ペア予測
Membrane protein interaction pair prediction
Takuma Gunji1, Gota Saito1, Aoi Fukushima1,2, Wataru Nemoto1,2 (1Dept. Sci. & Eng., Tokyo Denki
Univ., 2Grad. Sch. Sci. & Eng., Tokyo Denki Univ.)
GPCR 間相互作用予測器の開発と応用
Development and application of GPCR-GPCR interaction pairs predictor
Aoi Fukushima1, Gouta Saito2, Hiroaki Teruse3, Sakie Shimamura1, Hiroyuki Toh3, Wataru Nemoto1,2(1Dept. Sci. & Eng., Tokyo Denki Univ., 2Grad. Sci. & Eng., Tokyo Denki Univ., 3Dept. Sci. & Tech.,
Kwanseigakuin Univ.)
Machine learning-based quantification of nuclear behavior to understand chiral properties ofmulticellular epithelial colonies
Ryohei Nishizawa1,2, Tomoki Ishibashi1, Goshi Ogita1, Tatsuo Shibata1 (1BDR, RIKEN, 2Grad. FBS.,
Univ. Osaka)
言語モデルを使った液-液相分離 client タンパク質の予測
Language Model-Based Prediction of LLPS Client Proteins
Kazuki Miyata1, Wataru Iwasaki1,2,3,4,5 (1Graduate School of Science, the University of Tokyo,
2Graduate School of Frontier Sciences, the University of Tokyo, 3Atmosphere and Ocean ResearchInstitute, the University of Tokyo, 4Institute for Quantitative Biosciences, the University of Tokyo,
5Collaborative Research Institute for Innovative Microbiology, the University of Tokyo)

26B. 計算生物学: 分子シミュレーション／26B. Computational biology: Molecular simulation
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PI3K SH2 ドメインの基質結合と構造ダイナミクスの gREST シミュレーション
Substrate binding-coupled conformational dynamics of PI3K SH2 domain revealed by gREST
simulation
Suyong Re1, Kenji Mizuguchi1,2 (1NIBIOHN, 2IPR, Osaka Univ.)
粗視化分子動力学シミュレーションを用いた多成分脂質二重膜における膜貫通タンパク質パー
ティショニング
Transmembrane protein partitioning in multicomponent lipid bilayers using coarse-grained
molecular dynamics simulations
Diego Ugarte1, Yuji Sugita1,2,3 (1Computational Biophysics Research Team, RIKEN Center for
Computational Science, 2Theoretical Molecular Science Laboratory, RIKEN Cluster for Pioneering
Research, 3Laboratory for Biomolecular Function Simulation, RIKEN Center for Biosystems Dynamics
Research)
α チューブリンおよび KRas4B の天然変性領域における遊離状態と結合状態に関する分子動力学シミュレーション解析
Molecular dynamics simulation for the isolated and complex states of the intrinsically disorderedregions in α-tubulin and KRas4B
Masato Morikawa1, Kazuki Kawada2, Taimu Maeda2, Koji Umezawa1,2,3 (1Grad. Sch. Of Sci. & Tech.,
Shinshu Univ, 2Agri., Shinshu Univ, 3IBS., Shinshu Univ)– S194 –3Pos188

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Binding Pathway of Hydroxycarboxylic acid receptor 2 (HCAR2) ― Niacin Explored by TreeSearch Molecular Dynamics (TS-MD)
Yukina Nakai1, Toru Ekimoto1, Tsutomu Yamane2, Kei Terayama1, Sam-Yong Park1,
Mitsunori Ikeguchi1,2 (1Dept. of Med. Life Sci., Yokohama City Univ., 2R-CCS, Riken)
主成分分析の逆変換を用いた構造生成によるタンパク質構造のサンプリング
Enhanced conformational sampling based on structural generation by the inverse
transformation using principal component analysis
Rikuri Morita, Yasuteru Shigeta, Ryuhei Harada (CCS, Univ. Tsukuba)
単一アミノ酸ポテンシャル力場 SAAP を用いたアミロイド形成ペプチドの分子シミュレーション
Molecular simulation of amyloid-forming peptides using the Single Amino Acid Potential (SAAP)
Sayako Misawa1,2, Taku Shimosato3, Michio Iwaoka1,2,3 (1Graduate School of Science and Technology,
Tokai University, 2Institute of Advanced Biosciences, Tokai University, 3Department of Chemistry, Schoolof Science, Tokai University)
変異型タンパク質複合体の結合自由エネルギー計算
Binding free energy calculation for mutated protein complex system
Kazutomo Kawaguchi, Hidemi Nagao (Inst. Sci. Eng., Kanazawa Univ.)
Development of GENESIS CGDYN for large-scale coarse-grained MD simulation ofheterogeneous biomolecule systems
Jaewoon Jung1,2, Cheng Tan1, Yuji Sugita1,2,3 (1RIKEN R-CCS, 2RIKEN CPR, 3RIKEN BDR)
光合成反応中心－光捕集アンテナ超分子複合体におけるユビキノン／ユビキノール移動経路の解明
Ubiquinone/ubiquinol exchange pathway in the photosynthetic RC–LH1 supercomplex
Yosuke Teshirogi1, Yoshitaka Moriwaki1, Kentaro Shimizu2, Tohru Terada1 (1Dept. of Biotechnol., Grad.
Sch. of Agri and Life Science., The Univ. of Tokyo, 2Agricultural Bioinformatics Research Unit, Grad.
Sch. of Agri and Life Science., The Univ. of Tokyo)
Semi-automated derivation of SPICA force field parameters for glycosaminoglycans (GAGs)
Grzegorz Lazarski1,3, Yusuke Miyazaki2, Ryo Urano2, Mariusz Kępczyński3, Wataru Shinoda2 (1Grad.
Sch. of Natural Science and Technology, Okayama University, 2Okayama University, 3Doc. Sch. of Exact
and Natural Sciences, Jagiellonian University)
植物のチラコイド膜の曲率に対する脂質の種類と比率の依存性に関する理論的研究
Theoretical study of the dependence of different lipid types and ratios on the curvature of plant
thylakoid membranes
Kaichi Kokubo, Ryuta Imayoshi, Tatsuhiro Kawashima, Kazutomo Kawagutchi, Hidemi Nagao (Grad.
Sch. Nat. Sci. Tech., Univ. Kanazawa)
長時間分子動力学シミュレーションによる植物型フェレドキシンの構造や運動状態に関する計
算化学的研究Computational analysis of the structure and motion of the plant-type ferredoxin using long-time
molecular dynamics simulations
Tomoki Nakayoshi1, Yusuke Ohnishi2, Hideaki Tanaka2, Genji Kurisu2, Yu Takano1 (1Grad. Sch. Inf.
Sci., Hiroshima City Univ., 2Inst. Protein Res., Osaka Univ.)
抗肺炎球菌薬開発に向けた FtsXECL1 の D&C-MD シミュレーションと自由エネルギー解析
D&C-MD Simulation and Free Energy Analysis of FtsXECL1 toward an Anti-pneumococcus
Drug Development
Hiromitsu Shimoyama (Noguchi Institute)
The Spike protein Conformational Shift in the Omicron Variant of SARS-CoV-2
Hisham Dokainish1,2, Yuji Sugita3,4,5, Katsumi Maenaka1,2 (1Faculty of Pharmaceutical Sciences,
Hokkaido University, 2Hokkaido University Institute for Vaccine Research & Development, 3Theoretical
Molecular Science Laboratory, RIKEN Cluster for Pioneering Research, Wako, Japan, 4Laboratory for
Biomolecular Function Simulation, RIKEN Center for Biosystems Dynamics Research, Kobe, Japan,
5Center for Drug Design Research, National Institutes of Biomedical Innovation)– S195 –3Pos199

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GPU を用いた粗視化分子動力学シミュレータの開発と大規模系への適用
Development of GPU-accelerated coarse-grained molecular dynamics simulator andapplication to large-scale systems
Yutaka Murata, Shoji Takada (Dept. Biophysics, Div. Biology Grad. Sch. of Science, Kyoto University,
Takada Lab)SPICA 力場を用いた粗視化分子動力学シミュレーションによる脂質ナノ粒子の研究
Coarse-grained molecular dynamics simulation of lipid nanoparticles using the SPICA force field
Yusuke Miyazaki, Wataru Shinoda (RIIS, Okayama Univ.)
弾性エネルギーを用いた混合正規分布分子の基準振動解析
Normal mode analysis of Gaussian mixture molecule using spring and strain energy
Takeshi Kawabata, Kengo Kinoshita (Grad.Sch.Info.Sci., Tohoku Univ.)
新生ペプチド鎖のリボソームトンネルにおける 2 次構造形成に関する計算科学的研究
The computational study on the secondary structure formation of nascent peptides inside theribosome tunnel
Takunori Yasuda1, Rikuri Morita2, Yasuteru Shigeta2, Ryuhei Harada2 (1Doctoral Program in Biology,
University of Tsukuba, 2Center for Computational Sciences, University of Tsukuba)
光活性化アデニル酸シクラーゼ OaPAC のシグナル伝達機構の分子シミュレーションによる解析
Analysis of signal transmission mechanism of photoactivated adenylate cyclase OaPAC bymolecular simulation
Akiya Fukuda1, Masahiko Taguchi1,2,3, Shun Sakuraba3, Justin Chan3, Eriko Nango1,2, Hidetoshi Kono3(1Graduate School of Science, Tohoku University, 2Institute of Multidisciplinary Research for Advanced
Materials, Tohoku University, 3Institute for Quantum Life Science, National Institutes for Quantum
Science and Technology)
TDP-43 のマルチドメイン構造と RNA とともに形成する非膜性構造体の物性の関係
The Relationship between Multiple-domain Structures of TDP-43 and the Physical Propertiesof Membraneless Organelles Formed with RNA
Yui Matsushita1, Eiji Yamamoto2 (1Graduate School of Science and Technology, Keio University,
2Department of System Design Engineering, Keio University)
インシリコとインビトロ解析による広範なコロナ変異株に結合可能な抗体の開発
Development of antibodies with broadly binding affinity to SARS-CoV-2 variants in silico and invitro assays
Xu Pan1, Takashi Tadokoro1,3, Yuki Anraku1, Cong Tian1, Hideo Fukuhara1,2, Takao Nomura1,
Shunsuke Kita1, Taishi Onodera4, Yu Adachi4, Saya Moriyama4, Kohei Yumoto4, Tateki Suzuki5,
Jiei Sasaki5, Takao Hashiguchi5, Yoshimasa Takahashi4, Hisham M. Dokainish1, Katsumi Maenaka1(1Faculty of Pharmaceutical Sciences, Hokkaido University, 2International Institute for Zoonosis
Control, Hokkaido University, 3Sanyo-Onoda City University, 4National Institute of Infectious Diseases,
5Laboratory of Medical Virology, Institute for Frontier Life and Medical Sciences, Kyoto University)

27. 数理生物学・理論生物学／27. Mathematical & Theoretical biology
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Biomolecular Set Theory-分子生物学のための測度論的確率論の展開Biomolecular Set Theory -Measure-theoretic probability theory for molecular biologyRyoichi Sato, Masami Yokota Hirai (CSRS., RIKEN)
魚類の網膜における錐体モザイク形成に関する力学モデルを用いた考察
Study of cone mosaic formation in fish retinas using a mathematical model
Keiichi Yamamoto1, Yuji Sakai2, Atsushi Mochizuki2 (1Graduate school of Science, Kyoto University,
2Institute for life and medical sciences, Kyoto University)– S196 –3Pos208

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3Pos2103Pos2113Pos2123Pos213上皮シートにおける極性細胞と非極性細胞の相分離
Phase separation of polar and nonpolar cells in epithelial sheet
Ryunosuke Karimata1, Satoru Okuda2 (1School of Mathematics and Physics, Kanazawa University,
2Nano Life Science Institute, Kanazawa University)
細胞膜上の分子密度に依存したクラスター形成とシグナル伝達の数理的研究
Mathematical study of molecular density-dependent cluster formation and signal transduction
on the plasma membrane
Hiroaki Takagi (Dep. Phys., Sch. Med., Nara Med. Univ.)
周期構造上の紡錘形細胞集団におけるトポロジカル欠陥のダイナミクス
Dynamics of topological defects in spindle-shaped cell populations on periodic structures
Hiroki Miyazako1, Naoki Matsuda1, Takashi Sakajo2, Takaaki Nara1 (1Grad. Sch. IST, Univ. of Tokyo,
2Grad. Sch. Sci., Kyoto Univ.)
相互作用する複数の要素から成るシステムの挙動に関する理論解析
Modeling the behavior of a system consisting of multiple interacting elements
Naoto Yonekura1, Shinji Deguchi2 (1School of Engineering Science, Osaka University, 2Graduate
School of Engineering Science, Osaka University)
Simultaneous Optimization of the Structure and Control of Machines: A Model Study
Yuki Hamada1, Yuichi Togashi1,2 (1Grad. Sch. Life Sci., Ritsumeikan Univ., 2RIKEN BDR)
液滴誘導型細胞内走化性の理論
Theory of droplet-induced intracellular chemotaxis
Takeshi Sugawara (CDS, Univ. Kochi)

29. 非平衡・生体リズム／29. Nonequilibrium state & Biological rhythm
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3Pos218微小管集団によって運搬・蓄積されるコロイド粒子のクラスター形成
Cluster Formation of Colloidal Particles Transported and Accumulated by Microtubule
Populations
Yuki Matsuo1, Yutaka Sumino1, Mousumi Akter2, Mst. Rubaya Rashid3, Akira Kakugo3 (1Department ofApplied Physics, Faculty of Science Division I, Tokyo University of Science, 2Institute of Molecular
Biology, University of Oregon, 3Department of Physics, Graduate School of Science, University of Kyoto)
Emergence of adaptive slower coupled oscillations of spontaneously beating cardiomyocyte
networks using on chip cell network assay
Suguru Matsumoto1, Kazufumi Sakamoto1, Kenji Yasuda1,2, Kosuke Fujimoto2 (1Dept. Pure & Appl.
Phys., Grad. Sch. Adv. Sci. & Eng., Waseda Univ., 2Dept. Pure & Appl. Phys., Sch. Adv. Sci. & Eng.,
Waseda Univ.)
運動ニューラルネットワークの局所不可逆性の定量化
Quantifying the local irreversibility of a motor neural network
Yoshiaki Horiike1,2, Shin Fujishiro3, Rune W. Berg2, Karel Josef A. Proesmans4 (1Dept. Appl. Phys.,
Nagoya Univ., 2Dept. Neurosci., Univ. Copenhagen, 3Fukui Inst. Fundam. Chem., Kyoto Univ., 4Niels
Bohr Intl. Acad., Univ. Copenhagen)
細胞の意思決定における理論的な精度限界
Theoretical limits on the precision of cellular decision making
Nobumasa Ishida, Yoshihiko Hasegawa (Grad. Sch. Info. Sci. Tech., Univ. Tokyo)
確率論に基づくシミュレーションを用いた 1 次元振動パターンにおけるピーク位置の理論的研究
Theoretical Study of Peak Position in One Dimensional Oscillation Patterns by using Stochastic
Simulation
Ryuta Imayoshi, Kaichi Kokubo, Tatsuhiro Kawashima, Kazutomo Kawaguchi, Hidemi Nagao (Grad.
Sch. Nat. Sci, Kanazawa Univ.)– S197 –3Pos219

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精子形成の周期と波：マウス精巣の細胞集団秩序を支える生物リズム
The spermatogenic cycle and wave: biological rhythms for the collective cellular order in mouse
testisToshiyuki Sato1, Shosei Yoshida1,2 (1NIBB, 2Grad. Inst. for Adv. Stud., SOKENDAI)
走化性を示さない細胞性粘菌変異株の集団が示すキラルなパターン形成
Large-scale chiral pattern formation in population of non-chemotactic Dictyostelium cells
Masayuki Hayakawa1, Hidekazu Kuwayama2, Tatsuo Shibata1 (1Riken, BDR, 2Faculty of Life andEnvironmental Sciences, University of Tsukuba)
高周波強制振動によるニューロンのモデル方程式の発火抑制
Suppression of repetitive spiking in neural model equation with high frequency forced oscillation
Keito Yamasaki (IGSES,Univ.Kyushu)
心筋細胞に備わった恒常性的安定性を併せ持つカオス特性、S4C の発見
Discovery of S4C, a chaotic property of cardiomyocytes with homeostatic stability
Seine A. Shintani1,2,3 (1Department of Biomedical Sciences, College of Life and Health Sciences, Chubu
University., 2Center for Mathematical Science and Artificial Intelligence, Chubu University., 3Institute forAdvanced Research, Nagoya University)
細胞集団における位相欠陥の幾何的制御と流れの発生
Geometric control of topological defects and emergent flow in cell population
Ryo Ienaga1, Yusuke Maeda1, Kazusa Beppu2 (1Grad. Sch. Sci.Phys., Univ. Kyushu, 2Applied Phys.,Univ. Aalto)
Inducing simple and short-termed phosphorylation oscillation by using a phosphorylation sitevariant of clock protein KaiC
Kosuke Maki, Yuji Nishimura, Rie Kumagai, Yuto Iura (Grad. Sch. Sci., Nagoya Univ.)

30. 計測／30. Measurements
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NMR analysis of 2’-fucosyllactose in human breast milk
Zhiyan Hu1, Jiaxi Jiang1, Li Gan1, Zihao Song1, Yuki Ohnishi1, Seiji Osada2, Hiroyuki Kumeta1,
Yasuhiro Kumaki1, Kazuo Yamauchi3, Tomoyasu Aizawa1 (1Grad. Sch. Life Sci., Hokkaido Univ.,
2Nakayama Co.,Ltd., 3IAS, OIST)
卓上型 NMR 装置を用いたヒト母乳中の乳糖濃度の定量
Determination of lactose concentration in human breast milk utilizing a benchtop NMR
spectrometer
Jiaxi Jiang1, Zhiyan Hu1, Zihao Song1, Li Gan1, Yuki Ohnishi1, Seiji Osada2, Hiroyuki Kumeta1,
Yasuhiro Kumaki1, Kazuo Yamauchi3, Tomoyasu Aizawa1 (1Grad. Sch. Life Sci., Hokkaido Univ.,
2Nakayama Co.,Ltd., 3IAS, OIST)
センサシステム研究のための水素化アモルファスシリコンで増強された脂肪酸とクマリンの複合分子薄膜
Composite molecular thin films of fatty acids and coumarins enhanced with hydrogenatedamorphous silicon for sensor system research
Koyu Akiyama1, Kazunori Takada1, Kohei Saito1, Hiroshi Masumoto2, Yutaka Tsujiuchi1,2 (1Material
Science and Engineering, Akita University, 2Frontier Research Institute for Interdisciplinary, Tohoku
University)
Plunus Lanessiana から抽出した蛍光色素の解析と水素化アモルファスシリコン薄膜上での特性
Analysis of fluorescent pigments extracted from Plunus Lanessiana and their properties onhydrogenated amorphous silicon thin films
Yutaka Tsujiuchi1,2, Kazunori Takada1, Koyu Akiyama1, Akihito Nakajima1, Hiroshi Masumoto2(1Material Science and Engineering, Akita University, 2Frontier Research Institute for Interdisciplinary,
Tohoku University)– S198 –3Pos229

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タンパク質間相互作用検出のための 4 チャンネル偏光蛍光相関分光装置の構築と検証
Construction and verification of 4ch polarization-dependent fluorescence correlation
spectroscopy for detection of protein interaction
Masastaka Kinjo, Riku Ando, Akira Kitamura (Ad. Lif. Sci.Hokkaido U.)
補償光学系による位相変調と機械学習を用いて 1 分子輝点 3 次元座標を光軸方向に広範囲に高精度計測する方法のシミュレーション研究
A simulation study of precise 3D single-molecule localization over a large axial range using PSF
engineering and deep learning
Yuma Ito, Ryota Sasaki, Kosuke Ohira, Xiang Zhou, Makio Tokunaga (Sch. Life Sci. Tech., Tokyo Tech)
Development of Electrochemical DNA Sensors for Nondestructive Inspection of Molecular
RobotsHaruki Tanabe, Hiromu Akai, Kan Shoji (Graduate School of Engineering, Nagaoka University ofTechnology)
血中 CEA 腫瘍マーカーの 1 分子識別のためのアプタマーを用いたナノポア測定技術開発
Development of aptamer-based nanopore measurement technology for single molecule
identification of CEA tumor markers in blood
Ryo Akita, Hikaru Nozawa, Tatsuhiko Tsunoda, Sotaro Uemura (Grad. Sch. Sci., Univ. Tokyo)
ウイルスゲノムの分節化による多重感染条件での細胞感染率の違い
Differences in cell infection rates under multiple infection conditions due to viral genome
segmentation
Yuu Kawahara, Hiroyuki Noji, Kazuhito Tabata (Grad. Eng. App., Univ. Tokyo)

31. バイオイメージング／31. Bioimaging
3Pos234

3Pos235

3Pos236

3Pos237

3Pos238

3Pos239

Establishment of a screening system for bioluminescent indicator development
Rikuto Tanaka1, Kazunori Sugiura2, Mitsuru Hattori2, Takeharu Nagai1,2 (1Grad. Sch. FBS. Osaka,
2SANKEN. Osaka)
Versatile design for genetically-encoded fluorescent indicator based on excited state protontransfer
Kazunori Sugiura, Takeharu Nagai (SANKEN, Osaka university)
高速 AFM の更なる高速化に向けた Z-スキャナシステムの改良
Improvement of the Z-scanner system for faster high-speed AFM
Kazuma Tatsumi1, Kenichi Umeda2, Noriyuki Kodera2 (1Grad. Sch. Math. & Phys., Kanazawa Univ.,
2WPI-NanoLSI, Kanazawa Univ.)
High-throughput system for real-time single-cell secretion imaging with optical waveguide chipZhuohao Yang1, Mai Yamagishi2, Nobutake Suzuki2, Etsushi Kuroda3, Shinya Sakuma4,
Takashi Funatsu1, Yoshitaka Shirasaki1 (1Grad. Sch. Pharm. Sci., The Univ. of Tokyo, 2Live Cell
Diagnosis, Ltd., 3Dep. Immun., Hyogo Coll. Med., 4Fac. Eng., Kyushu Univ.)Aβ 凝集体が Tau の凝集に与える影響
Effects of preformed amyloid β aggregates on tau aggregation
Soichiro Ogura (Graduate school of Engineering, Muroran Institute of Technology)
SSBD:repository/SSBD:database: バイオイメージングデータのグローバルな共有
SSBD:repository/SSBD:database: A global sharing of bioimaging data
Koji Kyoda1, Hiroya Itoga1, Fangfang Wang1,2, Miguel Miranda-Miranda1, Haruna Yamamoto1,
Yuki Yamagata2,3, Yukako Tohsato1,4, Shuichi Onami1,2 (1RIKEN BDR, 2RIKEN R-IH, 3RIKEN BRC,
4Ritsumeikan University)– S199 –3Pos240

3Pos2413Pos2423Pos243

3Pos244

3Pos245

3Pos246

3Pos247

脂質・ヌクレオチド依存的なペルオキシレドキシン高分子量複合体形成メカニズムの解明
Study on the formation mechanism of peroxiredoxin high molecular weight complex with lipid
and nucleotide
Ryusei Yamada1, Hiroki Konno2 (1Grad. Sch. Sci., Univ. Kanazawa, 2WPI Nano Life Science Inst., Univ.
Kanazawa)
がん免疫において細胞傷害性指標となる液性因子分泌のライブセルイメージング
Live Cell Imaging of Liquid Factor Secretion as an Indicator of Cytotoxicity in Cancer Immunity
Yuto Kurisu1, Zhuohao Yang1, Koji Nagaoka2, Kazuhiro Kakimi2,3, Takashi Funatsu1,
Yoshitaka Shirasaki1 (1Grad. Sch. Pharm. , UTokyo., 2UTokyo Hospital, 3Faculty of Medicine ,Kindai
Univ.)
Single Polypeptide Detection Using a Translocon SecYEG
Wenqing Xu1, Ryoji Miyazaki2, Ryo Iizuka1, Tomoya Tsukazaki2, Sotaro Uemura1 (1Grad. Sch. Sci.,
Univ. Tokyo, 2Nara Inst. of Sci. and Tech.)
凍結固定された生体試料内分子のラマンイメージング
Raman imaging of intracellular molecules in cryo fixed biological specimens
Mizushima Kenta1,2, Yasuaki Kumamoto1,3, Shoko Tamura4, Masahito Yamanaka1,
Kentaro Mochizuki4, Menglu Li1,2, Shunsuke Egoshi5,6, Kosuke Dodo5,6, Yoshinori Harada4,
Isac Smith Nicholas7, Mikiko Sodeoka5,6, Hideo Tanaka4, Katsumasa Fujita1,2,3 (1Department of Applied
Physics, Osaka University, 2Advanced Photonics and Bioengineering Open Innovation Laboratory AISTOsaka University, 3Institute of Open and Transdisciplinary Research Initiatives, Osaka University,
4Department of Pathology and Cell Regulation, Kyoto Prefectural University of Medicine, 5Synthetic
Organic Chemistry Laboratory, RIKEN Cluster for Pioneering Research, 6Catalysis and Integrated
Research Group, RIKEN Center for Sustainable Resource Science, 7Biophotonics Laboratory,
Immunology Frontier Research Center, Osaka University)
光機能性ラマンプローブの開発とその応用
Development of photoactivatable and photoswitchable Raman probes
Minoru Kawatani1,2, Ayumi Komazawa3, Jingwen Shou4, Hiroyoshi Fujioka1,2, Yoshio Mita4,5,
Yasuteru Urano2,3, Yasuyuki Ozeki4,6, Mako Kamiya1,2,7 (1Sch. Life Sci. Tech., Tokyo Tech., 2Grad. Sch.
Med., Univ. Tokyo, 3Grad. Sch. Pharm. Sci., Univ. Tokyo, 4Dep. Electr. Eng. Info. Sys., Univ. Tokyo,
5LIMMS, Univ. Tokyo, 6RCAST, Univ. Tokyo, 7IRFI, Tokyo Tech.)小胞ライブイメージングが解き明かす新しい細胞間情報伝達様式
New Mode of Intercellular Communication Unveiled by Vesicle Live Imaging
Tomohiro Minakawa1, Fumiyoshi Ishidate2, Takahiro Fujiwara2, Jun K. Yamashita1 (1Graduate Schoolof Medicine, the University of Tokyo Department of Cellular and Tissue Communication, 2Analysis
Center, Institute for Integrated Cell-Material Sciences (WPI-iCeMS), KUIAS, Kyoto University)
非標識光学顕微鏡を用いた細胞内熱伝導と加熱による温度変化の計測
Intracellular heat conduction and heat-induced temperature change measurements by labelfree optical microscopy
Keiichiro Toda1, Masaharu Takarada2, Genki Ishigane1, Hiroyuki Shimada1, Venkata Ramaiah Badarla1,
Kohki Okabe2, Takuro Ideguchi1 (1Department of Science, The University of Tokyo, 2Department ofPharmaceutical Science, The University of Tokyo)
クラスター型プロトカドヘリンの同種親和性相互作用を可視化する蛍光指示薬の開発
Development of fluorescent indicators for visualizing homophilic interaction of clusteredprotocadherin
Takashi Kanadome1,2, Nanami Hoshino3, Takeharu Nagai2, Takeshi Yagi3, Tomoki Matsuda2(1PRESTO, JST, 2SANKEN, Osaka Univ., 3FBS, Osaka Univ.)– S200 –33. 結晶成長・結晶化技術／33. Crystal growth & Crystallization technique3Pos248

3Pos249

3Pos250

プロリンを含有するテトラペプチドの結晶化
Crystallization of Proline-containing Tetrapeptides
Shogo Hayashi, Kazunori Motai, Yuhei Hayamizu (Dept. of Mat. Sci. and Eng., Tokyo Tech.)
ヒスチジンを含むテトラペプチドと銅イオンの結晶化におけるリアルタイムイメージングとラマン分光解析
Real-Time Imaging of Crystallization and Raman Spectral Analysis of Histidine-Containing
Tetrapeptides and Metal Ions
Yumie Nishiyama, Kazunori Motai, Shogo Hayashi, Yuhei Hayamizu (Dept. of Mat. Sci. and Eng.,Tokyo Tech)
Integrating In Vivo Crystallography and De Novo Protein Design at Nagoya University
Etsuko Tokunaga1, Hiroki Onoda1, Yasufumi Umena1, Swagatha Ghosh2, George Chikenji2,
Tomoki Terada2, Hidehiko Akiyama3, Leonard MGH Chavas1,2 (1NUSR, Nagoya University, 2Dept
Applied Physics, Nagoya University, 3Faculty of Medical Sciences, Fujita Health University)– S201 –Name Index（索引）

名字（Family Name）のアルファベット順にソートしています。すべて，オンラインで入力されたデータのま
ま，表示しています。演題番号の末尾が 00 または 99 は，シンポジウムのオーガナイザーによる開会挨拶等を示しています。

Abe, Fumiyoshi (阿部 文快)
Abe, Hiroshi (阿部 洋)
Abe, Keita (安部 桂太)

2SGA-2
2SAP-3
1SLA-4
1GH1500
2Pos163
3Pos051
Abe, Kota (阿部 晃大)
3HL0915
Abe, Masayuki (阿部 真之)
1Pos066
2Pos134
Abe, Nanami (安陪 七海)
1GI1615
3Pos132
3Pos148
Abe, Yoshinori (阿部 純明)
1SLA-2
Abe, Youichiro (阿部 陽一郎)
1Pos076
Abe-Yoshizumi, Rei (吉住 玲)
3Pos162
3Pos169
Abiko, Hodaka (安彦 穂高)
1Pos246
Aburaya, Shunsuke (油屋 駿介)
1Pos174
Acharya, Saahil
3Pos150Adachi, Koki (足立 航輝)
3Pos085
Adachi, Motoyasu (安達 基泰)
1Pos022Adachi, Naruhiko (安達 成彦)
3SKA-2
3Pos082
Adachi, Taiji (安達 泰治)
2SMA-1
1GE1430Adachi, Yu (安達 悠)
3Pos205
Adachi-Akahane, Satomi (赤羽 悟美)
1SFA-4
Adameyko, Igor
2SMA-1
Adori, Csaba
2SMA-1
Adriel, Hansel
1Pos012Afrin, Rehana
2SAP-2
2Pos158
Ageta-Ishihara, Natsumi (上田（石原）奈津実) 1SMA-4
Aguilar, Gerard
3Pos150
Agus, Subagyo (スバキョ アグス)
1Pos042
Ahmed, Marzuk (Ahmed Marzuk)
3Pos128
Ahmed, Rajib
2Pos028
Aiso, Tsuyoshi (相磯 豪志)
2SFP-3
Aizaki, Yuta (相崎 佑太)
2Pos064
Aizawa, Tomoyasu
3Pos015
Aizawa, Tomoyasu (相沢 智康)
1GB1600
1GC1600
2Pos049
3Pos225

3Pos226
1Pos199
1Pos121
3Pos109
Akai, Hiromu (赤井 大夢)
3Pos231
Akanuma, Satoshi (赤沼 哲史)
2Pos080
Akasaka, Hiroaki (赤坂 浩明)
3Pos014
Akashi, Satoko (明石 知子)
1Pos055
Akatsu, Munetaka (赤津 綜隆)
1GE1630
Akazawa, Yoko (赤澤 陽子)
1Pos018
Akita, Ryo (秋田 嶺)
3Pos232
Akiyama, Hidefumi (秋山 英文)
2SEP-5
Akiyama, Hidehiko (秋山 秀彦)
3Pos250
Akiyama, Koichiro (秋山 浩一朗)
1GI1430
Akiyama, Koyu (秋山 洸佑)
3Pos227
3Pos228
Akiyama, Naho (秋山 奈穂)
2SHP-4
Akiyama, Shuji (秋山 修志)
2SFP-5
Akiyama, Yoshinori (秋山 芳展)
2Pos012
Akiyama, Yutaka (秋山 泰)
2Pos183
Akter, Mousumi
3Pos214
Akter, Mousumi (アクター モウスミ)
1Pos093
Akutsu, Hideo (阿久津 秀雄)
2Pos075
Alcolombri, Uria
3Pos019
Aleksandrov, Alexey (Aleksandrov Alexey)
2Pos014
Alessandro, Bevilacqua (アレッサンドロ べヴィラク
ワ)
2SIP-3
Ali, Md. Hazrat (Ali Md. Hazrat)
2Pos124
Amesaka, Hiroshi (雨坂 心人)
3Pos010Amii, Hideki (網井 秀樹)
1Pos060
1Pos129
Amino, Misako (網野 美紗子)
1GF1400
Ammirati, Giulia
2SLP-6
Amyot, Romain
1Pos219
Amyot, Romain (Romain Amyot)
3Pos045
Ando, Hiromune (安藤 弘宗)
2SDP-4Ando, Maiha (安藤 舞羽)
1GG1600
1Pos126
Ando, Riku (安藤 陸)
3Pos229
Ando, Tadashi (安藤 格士)
1Pos013
1Pos014
Ando, Takashi (安藤 孝)
3SAA-1Ando, Tomohiro (安東 智大)
1Pos205
Ando, Toshio
2Pos077
Ajioka, Itsuki (味岡 逸樹)
Akada, Momo (赤田 萌々)– S202 –Ando, Toshio (安藤 敏夫)
Anraku, Yuki (安楽 佑樹)
Antunes, Andre
Antunes, André (André Antunes)
Anzawa, Suai (安澤 すあい)
Aoki, Kana (青木 佳南)
Aoki, Kazuhiro (青木 一洋)

Aoki, Shion (青木 詩音)
Aoki, Wataru (青木 航)
Aono, Shigetoshi (青野 重利)
Aoyama, Mako (青山 真子)
Aoyama, Miyuki (青山 未幸)
Aoyama, Momoko (青山 桃子)
Aoyama, Tomohiro (青山 知裕)
Arai, Hiroshi (新井 裕史)
Arai, Itaru (荒井 格)
Arai, Munehito (新井 宗仁)

Arai, Satoshi
Arai, Satoshi (新井 敏)
Arai, Shigeki (新井 栄揮)
Arai, Shun (新井 峻)
Arai, Tatsuo (新井 健生)
Arai, Tatsuya (新井 達也)

Ariyoshi, Tetsuro (有吉 哲郎)
Asahara, Haruyasu (淺原 時泰)
Asai, Akira (浅井 章良)
Asai, Eri (浅井 絵里)
Asakura, Mami (朝倉 真実)

1GM1430
3Pos010
3Pos009
2SGP-1
3Pos134
3Pos135
Asamoto, Kazuyuki (朝本 和志)
2Pos133
Asano, Ryutaro (浅野 竜太郎)
3Pos006
Asanuma, Hiroyuki (浅沼 浩之)
1GI1400
Ashizawa, Hideki (芦沢 英紀)
1Pos089
1Pos094
Aslan, Merve
2SIA-4
Atomi, Yoriko (跡見 順子)
2SLA-6
Atsumi, Yuri (渥美 友梨)
1GD1600
Aubert-Kato, Nathanael (オベル加藤 ナタナエル)
2SIA-1
Avery Rui, Sun
1SJA-5
Awazu, Akinori (粟津 暁紀)
1Pos183
2Pos134
2Pos210
3Pos061Aye, Seaim Lwin
2SCP-4
Azai, Chihiro (浅井 智広)
1GL1430
2Pos141
Azuma, Toshiki (吾妻 利紀)
1GG1600
Azuma, Yusuke (東 祐介)
3Pos069
Baba, Akiko (馬場 晶子)
1GI1415Baba, Hitomi (馬場 ひとみ)
1Pos021Baba, Kotaro (馬塲 康太朗)
1Pos175
Baba, Seiki (馬場 清喜)
2SHP-5Babl, Leon
3SKA-3
Badarla, Venkata Ramaiah (バダルラ ベンカタ ラマイ
ア)
3Pos246
Badieyan, Somayesadat
2SIA-2Bagchi, Biman
3SFA-5Bai, Fan
1Pos074
Bando, Kazuki (畔堂 一樹)
2SKA-4
Banerjee, Trishit (バネルジー トリシット) 1GE1400
Bannai, Hiroko (坂内 博子)
1Pos140
1Pos1411Pos142
Bartlett, Douglas H.
2SGA-1
2Pos081
Beja, Oded
3Pos003
Bekker, Gert-Jan
1Pos020
Bell, Nicholas A.W.
3SEA-4Beppu, Kazusa (別府 航早)
3Pos223
Berg, Rune W.
3Pos216
Berhanu, Samuel (ベルハヌ サミュエル)
2SAP-6Bessho, Ken (別所 賢)
2Pos126
Bessho, Yasumasa (別所 康全)
3Pos066
Billah, Md. Masum (Billah Md. Masum)2Pos123
Bitan, Gal (Bitan Gal)
1GD1400– S203 –Name Index

Arakane, Kiwamu (荒金 究)
Arakawa, Kazuharu (荒川 和晴)
Araki, Yasuhiro (荒木 保弘)
Arata, Toshiaki (荒田 敏昭)
Archapraditkul, Chanya
Archer, James Richard
Ariel, Chazan (Ariel Chazan)
Arikawa, Keisuke (有川 敬輔)
Arima, Toshi
Arita, Yoichi (在田 陽一)

2Pos233
3Pos205
2SAP-2
2Pos158
3Pos106
3Pos028
1SCA-3
1SJA-3
1SJA-4
2SBA-4
3SCA-5
1GK1615
3Pos174
1Pos1482Pos138
2SFA-1
1Pos174
2SHP-5
1GJ1600
2Pos127
1Pos241
2Pos039
3Pos175
3Pos169
1GA1530
1Pos207
2Pos024
2Pos026
2Pos044
3Pos021
3Pos022
2Pos2212Pos222
1SFA-3
1Pos022
3Pos030
1GL1430
2Pos1482Pos104
2Pos031
3Pos016
3Pos046
1GK1600
2SFA-3
2SBA-6
1Pos067
2Pos007
2Pos163
1GL1400
3Pos029
1Pos007
2Pos020
2Pos022

Boonmee, Apaporn
2Pos008
Brandani, Giovanni
1Pos068
Brandani, Giovanni (ブランダーニ ジョバンニ)3Pos177
Brandani, Giovanni B.
1Pos071
Brandani, Giovanni Bruno (ブランダーニ ジョバンニ
ブルーノ)
1SBA-1
Brette, Romain
2SMP-3
Brindha, Subbaian (Brindha Subbaian)
1Pos024
Brown, Leonid S. (Leonid S. Brown)
3Pos162
Bui, Ba Han (裴 伯欣)
2SHP-3
Burmistrz, Michał
3Pos059
Burton-Smith, Raymond
2SHP-62Pos226
Byrne, Eamon F.X.
1GJ1530
Bystricky, Kerstin
2SBP-7
Béjà, Oded
2Pos132
Béjà, Oded (Béjà Oded)
1GA1545
Caaveiro, Jose (カアベイロ ホセ)
1GA1515Cai, Wenqing (蔡 文清)
1GC1600
Campbell, E. Robert (キャンベル E. ロバート)
1GM1415
Canty, John
2SIA-4
Carver, John A. (Carver John A.)
2Pos025
Chai, Hong Xuan (Chai Hong Xuan)
2Pos068
Chairatana, Phoom
2Pos008
Chan, Feng-Yueh (詹 豐嶽)
1Pos233
Chan, Justin (Chan Justin)
1Pos224
Chan, Justin (Justin Chan)
3Pos203
Chan, Wai Soon
1Pos071
Chandru, Kuhan
2SAP-2
2Pos158
Chang, Hao-Ting
3Pos013
Chang, Minki (張 珉箕)
1Pos036
Chano, Mayumi (茶野 真由美)
2Pos168
Chardès, Claire (Chardès Claire)
3Pos107
Chatani, Eri (茶谷 絵理)
1GA1445
2Pos025
Chavas, Leonard (Chavas Leonard)
3Pos032
Chavas, Leonard (シャバス レオナルド)
1Pos006
1Pos010
2Pos003
2Pos009
Chavas, Leonard MGH
1Pos044
Chavas, Leonard MGH (シャバス レオナルド)
3Pos250
Chazan, Ariel
3Pos003
Che, Yong-Suk (蔡 栄淑)
1Pos099
1Pos111
1Pos123
2Pos0762Pos085
2Pos099

3Pos1102Pos158
2SAP-2
1SHA-2
1SHA-2
1GL1445
1Pos224
2Pos111
3Pos065
2Pos219
1GK1630
1Pos026
3Pos149
3Pos157
1GE1415
1Pos0102Pos178
3Pos178
3Pos250
Chino, Haruka (千野 遙)
2SIP-5Choi, Jonghoon (崔 鐘訓)
2Pos234
Chong, Song-Ho
2Pos198
Chrisnanto Jeremia, Oktavian (クリスナント ジェレミ
ア オクタビアン)
1GB1600
Chuang, Chiao-Chen
1Pos074
Chuang, Huai-Chia
1SHA-6
Chujo, Takahiro (中条 貴裕)
3Pos125
Chuma, Shunsuke (中馬 俊祐)
1Pos248
Cianfrocco, Michael
2SIA-2Clement, Jean-Emmanuel (Clement Jean-Emmanuel)
1GM1600
Clifton, Benjamin
3Pos019
Colin, Sean
2SMP-1
Cong Quang, Vu (コン・クァン ブー)
1SFA-3
Cooney, Aileen
1Pos178
Corry, Ben
2SHA-2
Costello, Jack
2SMP-1
Costes, Lea
2SBP-7
D Hoff, Wouter
1GJ1430
2Pos131
Daicho, Kaoru (大長 薫)
1Pos058
Dainaka, Kazuhiro (大中 一弘)
2Pos249
Das, Rakesh (DAS Rakesh)
2SBP-4
Das, Souradeep
2SAP-4Dasgputa, Bhaskar (ダスグプタ バスカー)
1Pos234
Date, Koki (伊達 弘貴)
1GB1400
Dedy, Rendrawan (デディ レンドラワン)
2Pos186
Deguchi, Shigeru (出口 茂)
2Pos247
Deguchi, Shinji (出口 真次)
2SLA-42SLP-7
3Pos211
Deguchi, Teppei (出口 鉄平)
2Pos043
Dehnisch Ellström, Ivar
2SMA-1
Chen, Chen
Chen, Chen (陳 辰)Chen, Szu-Ni
Chen, Ting
Chen, Yang (陳 楊)Cheng, Cheng (成 鋮)Cheng, Guangyu (程 光宇)
Cheng, Kai-Chun (鄭 凱駿)
Chiba, Daichi (千葉 大地)
Chiba, Genta (千葉 元太)Chiba, Kaori (千葉 かおり)
Chiba, Samui (千葉 祥生)
Chiba, Yoshihiro (千葉 義大)Chieh-Kai, Liu
Chikenji, George (千見寺 浄慈)– S204 –Deisseroth, Karl
Demura, Makoto (出村 誠)

Di Carlo, Dino
Di Meo, Thibault (ディメオ ティボ)
Di Michele, Lorenzo
Dobrokhotov, Oleg
Dodo, Kosuke (闐闐 孝介)
Dohmae, Naoshi (堂前 直)
Doi, Nobuhide (土居 信英)
Doi, Sayaka
Dokainish, Hisham
Dokainish, Hisham M.
Draczkoswki, Piotr
Dror, Ron O.
Ebata, Hiroyuki (江端 宏之)
Echigoya, Kenta (越後谷 健太)
Echigoya, Syun (越後谷 駿)
Edwards, Steven
Egoshi, Shunsuke (江越 脩祐)
Eiraku, Mototsugu (永樂 元次)
Ejiri, Tomo (江尻 智森)
Eki, Toshihiko (浴 俊彦)
Ekimoto, Toru (浴本 亨)

Ekimoto, Toru (浴本 享)
Elani, Yuval
Emoto, Yuri (江本 結理)
Empuku, Hikaru (圓福 光)
Emura, Soma (江村 聡馬)
Endo, Masaharu (遠藤 雅治)

Endo, Shun (遠藤 隼)
Endo, Yusuke (遠藤 優介)
Enomoto, Mayu (榎本 麻由)
Entzminger, Kevin (Entzminger Kevin)Eom, Jaehyeok (厳 在爀)Etchuya, Kenji (越中谷 賢治)

Florence, Tama
Fofou Yonta, Tostani
Forman-Kay, Julie
Fraccia, Tommaso
Fried, Kaj
Frohn, Béla
Fuchigami, Sotaro (渕上 壮太郎)
Fuchikami, Rika (渕上 利香)
Fueki, Shunta (笛木 駿太)
Fuji, Yunosuke (藤 悠之介)
Fujie, Takuya (藤江 拓哉)
Fujii, Kengo (藤井 研吾)
Fujii, Masako (藤井 真子)
Fujii, Masashi (藤井 雅史)
Fujii, Ritsuko (藤井 律子)
Fujii, Yuki (藤井 悠生)
Fujii, Yuki (藤井 裕紀)
Fujikawa, Kohki (藤川 紘樹)
Fujimi, Mai (藤見 麻衣)
Fujimori, Toshihiko (藤森 俊彦)
Fujimoto, Koichi (藤本 仰一)
Fujimoto, Kosuke (藤本 航輔)
Fujino, Tomoshige (藤野 公茂)
Fujioka, Hiroyoshi (藤岡 礼任)
Fujioka, Yuko (藤岡 優子)
Fujisaki, Hiroshi (藤崎 弘士)
Fujisawa, Tetsuro (藤澤 哲郎)
Fujisawa, Tomotsumi (藤澤 知績)Fujise, Kenshiro (藤瀬 賢志郎)
Fujishima, Kento (藤島 顕人)
Fujishiro, Shin (藤城 新)Fujita, Hideaki (藤田 英明)
Fujita, Hironori (藤田 浩徳)
Fujita, Junso (藤田 純三)
Fujita, Katsumasa (藤田 克昌)

Fujita, Keisuke (藤田 恵介)
Fujita, Kyoko (藤田 恭子)
Fujita, Shinya (藤田 慎也)– S205 –1Pos219
1Pos046
3Pos092
3SAA-2
2Pos158
2SMA-1
3SKA-3
1SEA-1
3Pos139
3Pos097
2Pos239
3Pos062
2Pos183
2Pos133
3Pos130
2Pos134
1Pos158
1GA1445
2Pos213
3Pos067
1Pos134
2SAP-62Pos206
3Pos147
3Pos215
1GC1515
1GC1615
3Pos244
2Pos122
3Pos098
1Pos027
1GJ1430
1Pos149
1Pos150
1Pos156
1Pos157
2Pos130
2Pos1311Pos118
3Pos175
1SBA-3
3Pos216
1Pos170
1Pos176
3Pos010
1GM1600
1GM1630
2Pos229
2Pos238
3Pos243
3Pos078
3SFA-3
1Pos110

Name Index

Eto, Sumie (江藤 澄江)
Fabry, Ben
Fainsod, Shai
Fan, Minzhi (范 敏之)
Farnè, Kaori (ファルネ かおり)
Faure, LouisFeng, Hao (豊 昊)Feng, Qingzhou
Flechsig, Holger

1GJ1530
2SCA-2
1Pos146
2Pos139
2SMA-4
2Pos046
1Pos178
2SGA-6
3Pos243
1Pos165
1Pos182
3Pos1113Pos198
3Pos205
1SHA-2
1GJ1530
3SCA-4
1GE1630
2SMP-2
2SMA-1
3Pos243
2SJP-3
3Pos152
3Pos154
3Pos155
1Pos210
1Pos213
3Pos188
2Pos185
1Pos178
3Pos023
3Pos074
1GE1530
1GG1500
2Pos087
2Pos090
1GE1515
3Pos142
3Pos028
2Pos048
3Pos051
1Pos187
1Pos190
3Pos175
2SAP-6
2SMA-1
2Pos132
2Pos063
2SAA-6
2SMA-1
2Pos216
2SIA-2
1SEA-3

Fujita, Shoko (藤田 祥子)

Fujita, Shuji (藤田 嵩治)
Fujita, Suguru (藤田 卓)
Fujita, Yuya (藤田 雄也)
Fujiwara, Ikuko (藤原 郁子)

Fujiwara, Kazuo (藤原 和夫)
Fujiwara, Kei (藤原 慶)
Fujiwara, Makoto (藤原 誠)
Fujiwara, Satoru (藤原 悟)
Fujiwara, Takaaki
Fujiwara, Takaaki (藤原 孝彰)

Fujiwara, Takahiro
Fujiwara, Takahiro (藤原 敬宏)
Fujiwara, Takahiro K
Fujiwara, Takahiro K. (藤原 敬宏)
Fujiwara, Toshimichi (藤原 敏道)

Fujiwara, Yuichiro (藤原 祐一郎)
Fujiyabu, Chihiro (藤藪 千尋)
Fujiyoshi, Satoru (藤芳 暁)
Fukasawa, Atsuhito (深澤 宏仁)
Fukasawa, Genki (深澤 元喜)
Fukasawa, Tomu (深沢 斗夢)
Fukatsu, Takema (深津 武馬)
Fukaya, Natsumi (深谷 菜摘)
Fukiya, Satoru (吹谷 智)
Fukuda, Akihiro (福田 朗大)Fukuda, Akiya (福田 諒哉)
Fukuda, Makoto (福田 誠)
Fukuda, Masahiro (福田 昌弘)
Fukuda, Mitsunori (福田 光則)
Fukuda, Natsuki (福田 菜月)
Fukuda, Shingo (福田 真悟)
Fukuda, Yu (福田 悠)
Fukuhara, Hideo (福原 秀雄)
Fukuhara, Tomoki (普久原 朝基)
Fukui, Makoto (福井 真)

1SGA-8
1GB1500
1GC1530
1GC1545
3Pos001
3HL1100
2Pos173
3Pos154
3Pos155
1GG1515
1Pos089
1Pos094
1Pos114
3Pos073
2Pos033
1Pos172
1Pos182
2SIP-5
2Pos021
1Pos008
1GB1515
1Pos0122Pos199
3Pos150
3Pos245
3SEA-1
2Pos109
1Pos067
2Pos075
3Pos028
2SCA-4
1GJ1400
2Pos133
1GM1400
2Pos231
1Pos0412Pos235
2Pos192
3SKA-6
1GC1615
2Pos139
2Pos067
3Pos203
3Pos125
1GB1415
1GJ1530
3SHA-5
3Pos122
2Pos233
1Pos029
3Pos205
1Pos145
2Pos208

Fukui, Masaya (福井 雅也)
Fukuma, Takeshi (福間 剛士)
Fukumoto, Takakuni (福元 孝晋)
Fukunaga, Hiroki (福永 裕樹)
Fukunishi, Yoshifumi (福西 快文)
Fukuoka, Hajime (福岡 創)

Fukushima, Aoi (福島 碧唯)

Fukushima, Moeka (福嶋 萌夏)
Fukushima, Shun-ichi (福島 俊一)

Fukushima, Toshiaki (福嶋 俊明)
Fukushima, Yuria (福嶋 優理亜)
Fukushima, Yusaku (福島 悠朔)
Fukute, Jumpei (福手 淳平)
Fukuyama, Mao (福山 真央)
Fukuzawa, Sachiko (福澤 咲知子)
Funahashi, Akira (舟橋 啓)
Funane, Mamoru (舟根 守)
Funatsu, Takashi (船津 高志)

Furubayashi, Taro (古林 太郎)
Furube, Akihiro (古部 昭広)
Furui, Kairi (古井 海里)
Furuichi, Ryohei (古市 遼平)Furuie, Yasumasa (古家 和将)
Furuike, Yoshihiko (古池 美彦)
Furuita, Kyoko (古板 恭子)
Furukawa, Kana (古川 可奈)
Furukawa, Katsuko (古川 克子)
Furukawa, Ryutaro (古川 龍太郎)
Furumoto, Yuya (古本 悠也)
Furusawa, Chikara (古澤 力)

Furuta, Akane (古田 茜)
Furuta, Ken'ya (古田 健也)
Furuta, Tadaomi (古田 忠臣)
Furutani, Yuji (古谷 祐詞)– S206 –2Pos103
1Pos232
2Pos225
1Pos088
2Pos218
3Pos078
1GK1515
1Pos099
1Pos111
1Pos123
2Pos085
2Pos099
3Pos1103Pos179
3Pos1813Pos182
2Pos149
2SEA-3
1GM1630
2Pos229
1Pos216
2Pos094
1Pos039
1GE1430
2SAA-5
1Pos174
3Pos164
2Pos171
1GC1615
2Pos220
2Pos248
3Pos237
3Pos241
2Pos046
2SEP-3
1GB1530
1GK1530
2Pos062
3Pos168
2SFP-5
3Pos028
2SLP-4
1Pos036
2Pos080
1GG1600
2Pos153
2Pos157
2Pos207
1GF1400
1GF1400
1Pos240
1Pos244
3Pos033

Futaki, Shiroh (二木 史朗)
Futamata, Hiroyuki (二又 裕之)

G Erickson, AlekGan, Li (甘 莉)Ganser, ChristianGao, Zidan (高 子丹)Gao, Zihao
Gegen, Tuya (Gegen Tuya)
George, Chikenji (千見寺 浄慈)
Gerle, Christoph
Ghosh, Swagatha (ゴシュ スワガタ)

Gicking, Allison
Giovanni, Soligo (ジオヴァンイ ソリご)
Goda, Natsuko (合田 名都子)
Goda, Yukiko (合田 裕紀子)
Gomibuchi, Yuki (五味渕 由貴)
Gong, Jing (Gong Jing)
Gong, Yiming (龔 逸鳴)
Goshima, Gohta (五島 剛太)
Goto, Kaede (後藤 楓)
Goto, Yota (後藤 陽太)
Goto, Yuhei (後藤 祐平)
Gu, Chenyang (グ チェンヤン)Gu, Hao (谷 昊)Hamada, Michiaki (浜田 道昭)
Hamada, Rio (濵田 莉緒)
Hamada, Shogo (浜田 省吾)

Hamada, Shogo (濵田 省吾)
Hamada, Yuki (濱田 祐輝)
Hamada, Yuta (濱田 悠太)
Hamaguchi, Norie (濱口 紀江)
Hamaguchi, Tasuku (濵口 祐)
Hamanishi, Kohei (濱西 浩平)
Hamaoka, Kazuko (浜岡 加寿子)
Hamaoka, Noriyuki
Hamid, Sm Ahasanul
Hamid, Sm. Ahasanul
Hanaoka, Ami (花岡 杏美)
Hanayama, Rikinari (華山 力成)
Hancock, William
Hando, Atsumi
Hanke, Christian A.
Hao, Jihua
Hara, Kiyotaka (原 清敬)
Hara, Kojiro (原 光二郎)
Harada, Jiro (原田 二郎)
Harada, Ryuhei (原田 隆平)

Harada, Ryuichi (原田 龍一)
Harada, Yoshie (原田 慶恵)
Harada, Yoshinori (原田 義規)

Harada, Yosuke (原田 洋祐)
Haraguchi, Takeshi (原口 武士)
Harasawa, Ami (原澤 愛未)
Harashima, Takanori
Harashima, Takanori (原島 崇徳)
Hario, Saaya (針尾 紗彩)
Hasan, Mahmudul
Hasan, Moynul (ヘーサン モイナル)
Hasegawa, Kaito (長谷川 快篤)
Hasegawa, Kazuya
Hasegawa, Ryoya (長谷川 諒弥)
Hasegawa, Yoshihiko (長谷川 禎彦)
Hashi, Norihito (橋 紀仁)
Hashiguchi, Takao (橋口 隆生)
Hashimoto, Kosuke (橋本 浩輔)– S207 –2Pos130
3Pos155
1GI1445
2Pos004
1SLA-4
1GH1500
2Pos163
1Pos136
3Pos212
2Pos055
1Pos056
3Pos082
1SHA-5
1Pos163
1Pos110
3SJA-1
3Pos143
3Pos144
1GC1600
1Pos232
2SIA-2
1GD1415
2Pos181
2SAP-2
2Pos158
1Pos058
3SKA-2
1GL1430
1Pos223
3Pos189
3Pos202
1GA1400
1Pos248
1GM1600
1GM1630
3Pos243
1GF1430
1GF1530
1Pos017
3Pos044
2Pos084
2Pos065
1GM1415
1Pos020
2Pos122
2Pos139
1Pos007
2Pos160
3Pos217
3HL1100
1GB1545
3Pos205
2Pos095

Name Index

Guillaume, Charras (Charras Guillaume)
Gunji, Takuma (郡司 卓磨)
Guo, Hanliang
Haeggström, Jesper Z.
Haga, Kenya (芳賀 健也)
Haga, Wataru (羽賀 渉)
Hagihara, Takuma (萩原 拓真)
Hagihara, Yoshihisa (萩原 義久)
Hagimoto, Sari (萩本 紗理)
Hagiri, Yuki (羽切 夕貴)
Hagiwara, Masaya (萩原 将也)
Hagiwara, Soya (萩原 蒼也)
Hamada, Hiroshi (濱田 博司)
Hamada, Masako (濱田 雅子)

3Pos159
3Pos160
3Pos162
3SHA-3
1Pos169
1Pos225
1Pos226
2SMA-1
3Pos225
3Pos226
2SFA-5
2SGA-5
3Pos113
1SGA-6
1Pos004
1Pos005
1GK1415
3SJA-1
1Pos010
2Pos003
2Pos009
3Pos250
2SIA-2
2SIP-3
3Pos023
1Pos192
2Pos101
2Pos215
2Pos160
2SIA-1
2SIA-3
1GA1400
1GC1500
2SBA-4
3Pos174
3Pos177
1GB1600
2Pos049
3Pos071
3Pos181
2SMP-1
1Pos020
3Pos126
3Pos144
1SLA-2
1Pos018
1Pos059
1GH1430
3SHA-2
3Pos1482Pos224
1Pos156
1Pos157

Hashimoto, Ryuki (橋本 隆希)
Hashimoto, Sae (橋本 紗依)
Hashimoto, Satoshi (橋本 聡)
Hashimoto, Wakana (橋本 若奈)
Hashimoto, Yu (橋本 優)
Hashino, Yoshihito (橋野 嘉仁)
Hashiya, Fumitaka (橋谷 文貴)
Hata, Hiroaki (畑 宏明)
Hatamoto, Takuya (幡本 拓哉)
Hatasaki, Yuichiro (畑崎 優一郎)
Hatazawa, Suguru (畠澤 卓)
Hatori, Kuniyuki (羽鳥 晋由)
Hattori, Mitsuru
Hattori, Mitsuru (服部 満)
Hayakawa, Masayuki (早川 雅之)
Hayakawa, Tomohiro (早川 智広)
Hayama, Hiroki (端山 拓希)
Hayamizu, Yuhei (早水 裕平)

Hayashi, Fumio (林 史夫)
Hayashi, Fumio (林 文夫)

Hayashi, Gosuke (林 剛介)
Hayashi, Hideyuki (林 秀行)
Hayashi, Ikuko (林 郁子)
Hayashi, Junna (Hayashi Junna)
Hayashi, Kumiko (林 久美子)
Hayashi, Masahito (林 真人)

Hayashi, Shigehiko (林 重彦)

Hayashi, Shogo (林 奨剛)
Hayashi, Tomohiko (林 智彦)

2Pos190
2Pos093
1GC1400
1GH1430
1GH1445
2Pos074
1Pos034
2SAP-3
3Pos064
1GL1500
1GF1415
3Pos058
1Pos113
1GM1515
3Pos234
3Pos220
1Pos127
1GF1545
1Pos045
2Pos2123Pos248
3Pos249
2Pos029
3Pos158
1GH1530
1Pos135
2Pos134
3Pos119
1GC1515
1GC1615
1Pos215
1SEA-4
2Pos025
2SIA-6
1GI1430
1Pos120
1Pos1211Pos179
2Pos1022Pos118
3Pos109
3Pos124
3Pos139
3Pos1413Pos168
1Pos204
1Pos205
1Pos224
2Pos058
3Pos152
3Pos248
3Pos249
1Pos077

2Pos079
1GG1615
2Pos101
Hazama, Yuji (挾間 優治)
2SEP-5Heintzmann, Rainer (ハインツマン ライナー)
1GM1630
Helmia, Jayyinunnisya (ヘリ三ア ジャイヌンニシャ)
2Pos186
Hengphasatporn, Kowit
1Pos223
Henkys, Ivo (ヘンキース イヴォ)
1GI1415
Hensley, Andrew
2SIA-4
Herzog, Sophie
2SLP-6
Hess, Henry (ヘス ヘンリ)
2Pos106
Hibino, Emi (日比野 絵美)
3SAA-3
3Pos023
Hibino, Hiroshi (日比野 浩)
1Pos231
Hibino, Kayo (日比野 佳代)
1SMA-2
Hibino, Kota (日比野 滉太)
3Pos010Hibino, Masahiro (日比野 政裕)
2Pos149
Hidaka, Naoki (日高 直樹)
2Pos076
Hidaka, Naoki (日髙 直樹)
2Pos071
Hieu Chi, Dam (ダム ヒョウ チ)
1Pos078
Higaki, Takumi (檜垣 匠)
1SLA-2
Higashimura, Chika (東村 智佳)
1Pos224
Higashiura, Akifumi (東浦 彰史)
2SFA-4
Higo, Tomoya (肥後 智也)
2Pos215
Higuchi, Hideo (樋口 秀男)
1GG1430
1Pos088
Higuchi, Taiki (樋口 大樹)
1SCA-3
Hijikata, Atsushi (土方 敦司)
3SJA-4
Hijikata, Hiroko (土方 博子)
2Pos109
Hijikata, Reiji (土方 礼嗣)
3SAA-3
Hikiri, Simon (肥喜里 志門)
1Pos079
Himeoka, Yusuke (姫岡 優介)
2Pos153
2Pos207
Hinde, Elizabeth
2SBP-2
Hino, Tomohiro
3Pos018
Hirai, Fumi (平井 芙実)
1GB1600
2Pos049
Hirai, Kazuma (平井 和真)
3HL1000
Hirai, Masami Yokota (平井 優美（横田）)3Pos206
Hirai, Mitsuhiro (平井 光博)
1Pos022
3Pos030
Hiraiwa, Tetsuya (平岩 徹也)
2SBP-4
1Pos070
Hiramoto-Yamaki, Nao (平本‐山木 菜央)
2Pos109
Hirano, Hanae (平野 花咲)
1GM1630
Hirano, Kana (平野 佳奈)
1Pos128
Hirano, Kazuhiro (平野 和宏)
3Pos075
Hirano, Minako (平野 美奈子)
1Pos165
3Pos134
3Pos135
3Pos167
Hayashida, Yukihisa (林田 幸久)– S208 –Hirano, Riu (平野 莉佑)
Hirano, Saito (平野 才人)
Hirano, Sayuki (平野 咲雪)
Hirata, Eishu (平田 英周)
Hirata, Fumio (平田 文男)
Hirata, Hiroaki (平田 宏聡)
Hirata, Mizuki (平田 瑞樹)
Hiratsuka, Suzune (平塚 鈴音)
Hiroaki, Hidekazu (廣明 秀一)

Hirohata, Masahumi (廣畑 雅史)
Hirokawa, Takatsugu (広川 貴次)
Hironishi, Reika (廣西 麗加)
Hirono, Yoko (弘埜 陽子)
Hirosawa, Koichiro M
Hirosawa, Koichiro M. (廣澤 幸一朗)
Hirose, Masanori (廣瀬 仁教)
Hirose, Mika (廣瀬 未果)

Hirose, Yuu (広瀬 侑)

Hiroshima, Michio (廣島 通夫)
Hirota, Shun (廣田 俊)
Hisatomi, Osamu (久冨 修)

Hishida, Mafumi (菱田 真史)
Hizukuri, Yohei (檜作 洋平)
Hizume, Yuya (日詰 雄哉)
Hoffmann, Christian

Honda, Gen (本田 玄)

Honda, Hajime (本多 元)

Honda, Naoki (本田 直樹)

Honda, Natsuki (本多 夏樹)
Honda, Shinya (本田 真也)
Honda, Takeshi (本田 剛士)
Honjo, Masahiro (本荘 雅宏)
Horade, Mitsuhiro (洞出 光洋)
Hori, Katsutoshi (堀 克敏)
Hori, Yuta (堀 優太)
Horibe, Kazuya (堀部 和也)
Horii, Taiga (堀井 大雅)
Horiike, Yoshiaki (堀池 由朗)
Horikawa, Yu (堀川 湧)
Horikiri, Momoka (堀切 萌々香)
Horikoshi, Naoki (堀越 直樹)
Horiuchi, Atsushi (堀内 厚志)
Horonushi, Dan (袰主 暖)
Hoshino, Atsushi
Hoshino, Ayuko (星野 歩子)
Hoshino, Masaru (星野 大)
Hoshino, Nanami (星野 七海)
Hoshino, Shin-ichi (星野 真一)
Hosoi, Haruko (細井 晴子)
Hosokawa, Chie (細川 千絵)

Hosokawa, Masahito (細川 正人)
Hosokawa, Yuhei (細川 雄平)
Hososhima, Shoko (細島 頌子)

Hossain, Farzana (Hossain Farzana)
Hou, Yuge (侯 玉格)
Hsu, Shang-Te DannyHu, I-Chen
Hu, Zhiyan (胡 知彦)
Huang, Chuanzhen
Huang, Wei-En (Huang Wei-En)
Huang, YuTong (黃 瑀彤)
Huh, Yun Suk
Hulimane Ananda, Sahithya– S209 –1GG1515
1Pos089
1Pos094
1Pos114
3Pos074
2Pos103
2Pos174
3Pos0123Pos159
1GC1500
3Pos020
2Pos037
1Pos225
2Pos104
2SKP-5
1Pos075
1Pos215
3Pos147
1Pos003
3Pos216
2SFP-32Pos217
3Pos058
1Pos148
1GG1600
3Pos112
3Pos018
2SJP-5
3Pos025
3Pos247
2SBA-2
1Pos019
1Pos130
3Pos129
3Pos138
2SKP-4
2SEP-7
2SCA-1
1GJ1630
3Pos0113Pos173
2Pos124
1GH1515
1SHA-2
3Pos013
1SHA-6
3Pos225
3Pos226
1SGA-6
2Pos057
3Pos052
1Pos132
1Pos245

Name Index

Hojo, Hironobu (北條 裕信)
Holger, Flechsig
Holle, Andrew W.
Homma, Hiroki (本間 弘暉)
Homma, Michio (本間 道夫)

1Pos0102Pos203
1SJA-4
1GC1415
1Pos232
1Pos038
2SGA-62SLP-5
3Pos153
3Pos008
3SAA-3
3SBA-1
3Pos023
1Pos155
2Pos013
1Pos155
1Pos058
3SEA-1
2SDP-4
1GG1400
1Pos247
2SGP-1
2SHP-2
1GF1600
2Pos082
3SJA-5
1Pos156
1Pos157
2Pos130
3Pos154
3Pos155
1Pos124
3Pos101
1Pos052
1Pos053
1Pos066
3Pos165
3Pos166
3SFA-6
1Pos021
2Pos012
2Pos049
3SEA-1
3Pos150
1Pos067
1GM1500
1SJA-7
2Pos080
1Pos107
2Pos005
2Pos092
2Pos094
2Pos108

Hung-Wen, Li
Huziyoshi, Yoshinori (藤吉 好則)
Ibban, Sadab Sipar
Ichida, Hikaru (市田 光)
Ichihashi, Norikazu (市橋 伯一)

Ichikawa, Ayaka (市川 彩花)
Ichikawa, Masatoshi (市川 正敏)
Ichikawa, Takehiko (市川 壮彦)
Ichikawa, Tatsuya (市川 達也)
Ichikawa, Yuki (市川 雄貴)
Ichiki, Takanori (一木 隆範)
Ida, Nozomu (飯田 望夢)
Ide, Satoru (井手 聖)

Ide, Toru (井出 徹)

Ideguchi, Takuro (井手口 拓郎)
Ienaga, Ryo (家永 竜)
Igarashi, Manabu (五十嵐 学)
Igarashi, Ryuji (五十嵐 龍治)
Igisu, Motoko
Ihara, Ayaka (伊原 礼華)
Ihara, Kunio
Iida, Ririka (飯田 莉梨香)
Iida, Shinji (飯田 慎仁)
Iida, Shiori (飯田 史織)
Iida, Wataru (飯田 航)
Iino, Ryota
Iino, Ryota (飯野 亮太)
Iizuka, Hiroyuki (飯塚 博幸)
Iizuka, Ryo (飯塚 怜)

Iizuka, Tomona (飯塚 友菜)
Ikeda, Akihito (池田 聡人)
Ikeda, Hisako (池田 寿子)
Ikeda, Kazuki (池田 和希)
Ikeda, Mao (池田 茉央)
Ikeda, Masato (池田 将)
Ikeda, Mitsuru (池田 充)
Ikeda, Rei (池田 麗)
Ikegami, Koji (池上 浩司)
Ikegami, Takahisa (池上 貴久)
Ikeguchi, Masamichi (池口 雅道)

1GE1415
2Pos0113Pos1112Pos225
3SKA-1
1GI1530
2Pos159
2Pos165
1Pos217
2SIA-1
1Pos232
2Pos225
1Pos105
3Pos160
1Pos047
1Pos091
1SBA-4
1GE1600
1GE1615
3Pos134
3Pos135
3Pos167
3Pos246
3Pos223
2Pos195
1GM1615
2SAP-2
2Pos158
1Pos100
3Pos172
2Pos129
2Pos043
1Pos073
3Pos011
2Pos084
2SEA-5
2Pos065
1Pos185
1GE1630
1Pos229
2Pos2423Pos242
1GC1600
3Pos082
1GJ1530
1Pos184
1Pos117
2SAA-3
2Pos092
1Pos225
1Pos105
2Pos075
2Pos033

Ikeguchi, Mitsunori (池口 満徳)

Ikenoue, Tatsuya (池之上 達哉)
Ikeya, Teppei (池谷 鉄兵)
Ikezaki, Keigo (池崎 圭吾)
Im, Haeri
Imada, Katsumi (今田 勝巳)

Imai, Hiroo (今井 啓雄)
Imai, Hiroshi (今井 洋)
Imai, Masayuki (今井 正幸)

Imai, Takao (今井 貴雄)
Imaizumi, Yuki (今泉 友希)
Imamoto, Yasushi (今元 泰)
Imamura, Hiromi (今村 博臣)

Imamura, Hiroshi (今村 比呂志)

Imamura, Kayo (今村 香代)
Imamura, Ryuki (今村 隆輝)
Imashimizu, Masahiko (今清水 正彦)
Imayasu, Mieko (今康 身依子)
Imayoshi, Ryuta (今吉 竜太)
Imayoshi, Ryuta (今吉 竜汰)Imoto, Hiroaki (井元 宏明)
Inaba, Kazuo (稲葉 一男)
Inaba, Kenji (稲葉 謙次)
Inaba, Satomi (稲葉 理美)
Inaba, Tsuyoshi (稲葉 剛)
Inada, Akihiro (稲田 晃大)– S210 –1Pos210
1Pos213
2Pos185
3Pos188
2Pos057
3SAA-1
2Pos218
3Pos078
2Pos198
1Pos049
1Pos084
2Pos0422Pos078
2Pos088
2Pos092
2Pos093
2Pos098
2Pos127
2Pos129
1GJ1415
1GJ1500
1GF1600
2Pos082
1GI1415
2Pos170
3Pos126
3Pos169
2Pos012
1GJ1400
1Pos153
1Pos236
1Pos241
2Pos042
1GA1445
2Pos154
3Pos020
1GA1415
2Pos230
2Pos232
3SFA-1
3SFA-2
3Pos143
3Pos144
3Pos195
3Pos218
1Pos217
1Pos085
2SHA-4
2SHP-3
3Pos082
2Pos163
1SLA-4
1GH1500

Inada, Toshifumi (稲田 利文)
Inagaki, Kenji (稲垣 賢二)
Inagaki, Mayuko (稲垣 万優子)
Inagaki, Tomomi (稲垣 知実)
Inami, Wataru (居波 渉)
Incaviglia, Ilaria
Inoko, Sayo (猪子 咲陽)
Inou, Ryutaro (伊納 竜太郎)
Inoue, Akitoshi (井上 明俊)
Inoue, Asuka (井上 飛鳥)
Inoue, Daisuke (井上 大介)
Inoue, Haruka (井上 遥)
Inoue, Keiichi (井上 圭一)

Inoue, Kunio (井上 邦夫)
Inoue, Masao (井上 雅郎)
Inoue, Masatoshi (井上 昌俊)
Inoue, Masayo (井上 雅世)
Inoue, Rintaro (井上 倫太郎)

Ishidate, Fumiyoshi (石館 文善)
Ishigane, Genki (石金 元気)
Ishiguro, Kensuke (石黒 健介)
Ishiguro, Ryo (石黒 亮)
Ishihara, Shuji (石原 秀至)

3Pos245
3Pos246
2SHP-4
1Pos027
1Pos220
1Pos222
Ishihara, Soma (石原 颯馬)
1GC1600
Ishihara, Tsubasa (石原 翼)
3Pos087
Ishii, Hiroto (石井 裕人)
3Pos089
Ishii, Kunihiko (石井 邦彦)
1Pos040
Ishii, Masaru (石井 優)
2Pos238
Ishii, Shiho (石井 志歩)
3Pos061
Ishii, Tatsuma (石井 辰磨)
2Pos148
Ishii, Yoshitaka (石井 佳誉)
2Pos015
Ishijima, Akihiko (石島 秋彦)
1Pos099
1Pos111
1Pos123
2Pos085
2Pos099
3Pos110
Ishikawa, Haruto (石川 春人)
1GD1500
Ishikawa, Hiroka (石川 大翔)
1Pos228
Ishikawa, Hiroki
3SEA-1
Ishikawa, Kazuki (石川 和季)
3Pos162
Ishikawa, Kouki (石川 光紀)
3HL0900
Ishikawa, Shumpei (石川 俊平)
1GA1430
Ishikawa, Takuji (石川 拓司)
2Pos224
Ishikawa, Tomohiro (石川 朋宏)
2Pos147
Ishikita, Hiroshi (石北 央)
3SJA-3
1GL1415
1GL1445
3Pos157
Ishimori, Koichiro (石森 浩一郎)
2Pos051
Ishimori, Kouichirou (石森 浩一郎)
2Pos011Ishimura, Arisa (石村 有沙)
1GJ1500
Ishioka, Yuki (石岡 祐輝)
3Pos179
Ishitani, Tohru (石谷 太)
1SCA-3Ishizaka, Takumi (石坂 拓海)
1Pos113
Ishizawa, Ryota (石沢 涼太)
1GL1600
Ishizuka, Koki (石塚 皓貴)
2SJA-4Islam, MD Alrazi (イスラム エムディアルラジ)
3Pos092
Islam, MD. Din (Islam MD. Din)
1Pos024
Islam, Md. Zahidul (Islam Md. Zahidul)
2Pos124
3Pos128
Islam MD, Alrazi
2Pos028
Iso, Naoki (磯 尚樹)
2Pos050
2Pos245
Isoda, Minako (磯田 珠奈子)
2SFP-3Isogai, Tatsuki (磯貝 樹)
1GG1400
Isogai, Yasuhiro (磯貝 泰弘)
2Pos154
Isokawa, Teijiro (礒川 悌二郎)1GH1500
Isokawa, Teijiro (礒川 悌次郎)
1SLA-4– S211 –Name Index

Inoue, Shinya (井上 慎也)
Inoue, Takanari (井上 尊生)
Inoue, Tomoyoshi (井上 智好)
Inoue, Tsuyoshi (井上 豪)
Inoue, Yusuke (井上 祐介)
Inoue, Yusuke (井上 裕介)
Inukai, Shino (犬飼 紫乃)
Inutsuka, Yugo (犬塚 悠剛)
Inuzuka, Haruna (犬塚 遥奈)
Irie, Katsumasa (入江 克雅)
Irikura, Ohsuke (入倉 桜介)
Irisa, Masayuki (入佐 正幸)
Iritani, Yu (入谷 悠)
Iseri, Tomoka (井芹 友香)
Ishibashi, Kenta (石橋 健太)
Ishibashi, Kojiro (石橋 公二朗)
Ishibashi, Tomoki (石橋 朋樹)
Ishida, Hisashi (石田 恒)
Ishida, Nobumasa (石田 展雅)
Ishida, Ryuji (石田 竜二)
Ishida, Tsubasa (石田 翼)

1SMA-1
1Pos049
2Pos048
1GL1430
2Pos1411Pos169
2SLP-62SCA-2
1Pos146
1Pos079
2SGP-1
2SGP-1
3Pos008
2SLA-3
3HL0900
1SAA-1
2SEP-5
1GJ1530
1Pos147
2Pos132
2Pos136
3Pos003
3Pos161
3Pos163
1Pos210
1GJ1530
2Pos209
3SBA-4
1GA1445
1Pos009
1Pos032
2Pos025
2Pos044
2Pos1642Pos230
3Pos010
2Pos029
3Pos158
1GJ1515
1GM1545
3Pos002
3Pos133
1GL1500
1Pos038
1GD1500
3Pos114
3Pos103
1Pos232
3Pos183
1Pos063
3Pos217
1Pos195
2Pos071

Itabashi, Takeshi (板橋 岳志)
Itakura, Shota (板倉 彰汰)Ito, Etsuro (伊藤 悦朗)

Ito, Hiroshi (伊藤 浩史)
Ito, Kaho (伊藤 夏穂)
Ito, Kazuki (伊藤 和輝)
Ito, Keisuke (伊藤 敬佑)
Ito, Kohji (伊藤 光二)
Ito, Moka (伊藤 萌香)
Ito, Natsuumi (伊藤 夏海)
Ito, Nobutoshi (伊藤 暢聡)
Ito, Sae (伊藤 沙衣)
Ito, Shingo (伊東 真吾)
Ito, Shogo (伊藤 照悟)
Ito, Takuya (伊藤 卓也)
Ito, Yoshihiro
Ito, Yoshihiro (伊藤 嘉浩)
Ito, Yoshito
Ito, Yoshito (伊藤 義人)
Ito, Yuki (伊藤 祐希)
Ito, Yuma (伊藤 由馬)

Ito, Yutaka (伊藤 隆)
Ito-Miwa, Kumiko (伊藤－三輪 久美子)
Itoga, Hiroya (糸賀 裕弥)
Itoh, Ayaka (伊藤 綾香)
Itoh, Hideaki (伊藤 英晃)
Itoh, Hiroyasu (伊藤 博康)
Itoh, Shigeru (伊藤 繁)

Itoh, Thoma (伊藤 冬馬)
Itoh, Yuji
Itoh, Yuji (伊藤 優志)

Itou, Nayu (伊東 夏夕)
Iura, Yuto (井浦 雄斗)
Iwabuchi, Shoji (岩渕 祥璽)Iwadate, Yoshiaki (岩楯 好昭)
Iwahashi, Nao (岩橋 菜桜)
Iwaki, Mitsuhiro (岩城 光宏)

Iwamoto, Hiroyuki (岩本 裕之)

2Pos224
1GL1400
1Pos125
2Pos0412Pos214
2SFP-4
1Pos192
1Pos127
2Pos242
1GF1530
1Pos017
2Pos126
3Pos123
1Pos016
1GA1430
1Pos209
2Pos197
2SFP-3
2Pos001
1Pos051
1Pos054
1Pos051
1Pos054
1Pos039
1Pos243
1Pos246
1Pos247
3Pos230
3SAA-1
2SFP-1
3Pos239
3Pos149
2Pos030
2Pos074
2SEP-1
1Pos161
1Pos164
2Pos143
1GK1615
2Pos060
1GB1545
1GE1515
1Pos041
2Pos059
2Pos100
3Pos224
3Pos053
1Pos1122Pos128
2SLA-22Pos218
3Pos078
1Pos085

3Pos103
1GG1545
1Pos127
2SCA-3
3Pos137
Iwane, Atsuko H. (岩根 敦子)
1GK1545
2Pos224
Iwaoka, Michio (岩岡 道夫)
3Pos190
Iwasa, Yuka (岩佐 結佳)
1Pos091
Iwasaki, Hiroshi (岩崎 博史)
1Pos062
Iwasaki, Shintaro (岩崎 信太郎)
2SJP-2
Iwasaki, Wataru (岩崎 渉)
2Pos155
3Pos184
Iwasaki, Yuishi (岩崎 唯史)
2Pos208
Iwasaki, Yuishi (岩﨑 唯史)
3Pos140
Iwase, Hiroki (岩瀬 裕希)
3Pos030
Iwashita, Misato (岩下 美里)
2SLP-2
Iwata, Ryohei (岩田 亮平)
1GD1600
Iwata, Seiya (岩田 聖也)
2SGP-1
Iwata, Seiya (岩田 聖矢)
3Pos043
Iwata, So
1Pos007
1Pos008
Iwata, So (岩田 想)
1GB1415
Izawa, Saho (井澤 咲帆)
3HL1130
Jack, Amanda
2SIA-4
Jackson, Colin
3Pos019
Jaewoon, Jung
3Pos088
Janon, Kanokwan
2Pos007
Jantarit, Nawee
3Pos007
Japrung, Deanpen
2Pos007
Jayyinunnisya, Helmia
1Pos212
Jeon, Tae-Joon (全 兌焌)
1Pos132
Jia, Tony Z
2Pos158
Jia, Tony Z.
2SAP-2
Jiang, Jiaxi (蒋 佳稀)
3Pos225
3Pos226
Jiang, Rui
2SIA-2
Jibiki, Kazuya
1GE1400
Jing, Gong (Jing Gong)
2Pos062
Jitsuki, Susumu (實木 亨)
1Pos237
Jo, YoungJu
1GJ1530
Jokura, Kei (城倉 圭)
1Pos085
Jonsson, Erik
1Pos087
Jung, Hyeyun (Jung Hyeyun)
3Pos101
Jung, Hyun Suk
1Pos132
Jung, Jaewoon (鄭 載運)
2SIP-2
3Pos192
Jyojima, Yasuhiro (城島 恭皓)
2Pos130
K C, Biplab (K C Biplab)
2Pos167
Kabayama, Sukehiro (樺山 資大)
3Pos146
Kabir, Arif Md. Rashedul
1Pos093
Kabir, Arif Md. Rashedul (コビル アリフ ムハンマド
ラセドウル)
2SIA-1
Iwamoto, Koji (岩本 浩司)
Iwamoto, Kunihiko (岩本 邦彦)
Iwamoto, Masayuki (岩本 真幸)– S212 –Kagawa, Ako (香川 亜子)
Kage, Azusa (鹿毛 あずさ)
Kageyama, Yoshiyuki (景山 義之)
Kagimoto, Takumi (鍵本 拓海)
Kagusa, Yuki (鹿草 悠樹)
Kah, Delf
Kai, Shogo (甲斐 省吾)
Kaide, Yuki (貝出 裕規)
Kainosho, Masatune (甲斐荘 正恒)
Kaiser, Jozef
Kajimoto, Haruya (梶本 遥也)
Kajimoto, Shinji (梶本 真司)

Kajimura, Naoko (梶村 直子)
Kakegawa, Wataru (掛川 渉)
Kakimi, Kazuhiro (垣見 和宏)
Kakizawa, Shigeyuki (柿澤 茂行)

Kakugo, Akira
Kakugo, Akira (角五 彰)

Kalli, Antreas
Kamada, Yoshiaki (鎌田 芳彰)
Kamagata, Kiyoto
Kamagata, Kiyoto (鎌形 清人)
Kamata, Tomoyuki (鎌田 智之)
Kambara, Fumika (神原 史佳)
Kameda, Takeru (亀田 健)
Kamei, Ken-ichiro F. (亀井 健一郎)

Kamimura, Atsushi (上村 淳)
Kamimura, Kenji (上村 健二)
Kamimura, Shinji (上村 慎治)
Kamino, Keita (神野 圭太)

Kamiya, Koki (神谷 厚輝)

Kamiya, Mako (神谷 真子)
Kamiya, Mana (神谷 茉那)
Kamiyama, Yukinari (神山 幸成)
Kamizawa, Hiroshi (神澤 大志)
Kamo, Takanari (加茂 尊也)
Kamoshita, Karen (鴨下 香恋)Kan, Tetsuo (菅 哲朗)
Kanadome, Takashi (京 卓志)
Kanai, Masaki (叶井 正樹)
Kanai, Yasushi (金井 康)
Kanamaru, Shuji (金丸 周司)
Kanaoka, Yui (金岡 優依)
Kanatani, Shigeaki
Kanazashi, Kyotaro (金指 響太郎)
Kanazawa, Riko (金澤 莉香)
Kanbayashi, Saori
Kandori, Hideki (神取 秀樹)

Kaneda, Naoya (金田 直也)
Kaneko, Hiroto (金子 大斗)– S213 –1GI1500
1Pos133
1Pos175
1Pos177
2Pos161
3Pos055
3Pos244
3HL0915
1GB1615
2Pos166
3Pos154
3Pos155
1Pos242
1GG1415
3Pos247
1Pos240
1Pos244
2Pos219
2Pos023
3HL1130
2Pos211
2SMA-1
3Pos094
3Pos095
2Pos082
1GD1415
2SGP-1
1GA1545
1GB1415
1GB1445
1GJ1415
1GJ1445
1GJ1515
1GJ1530
1GJ1600
1GJ1630
1GL1400
1Pos037
2Pos034
2Pos135
3Pos003
3Pos011
3Pos014
3Pos033
3Pos043
3Pos159
3Pos161
3Pos162
3Pos169
3Pos173
1GE1515
2Pos059
1Pos013Name Index

Kamei, Shoma (亀井 翔天)
Kamei, Takahumi (亀井 賢史)
Kamei, Takuto (亀井 拓斗)
Kamei, Yasuhiro (亀井 保博)
Kameneva, Polina
Kamiie, Yuki (上家 夕季)
Kamijo, Ayaka (上条 綾夏)
Kamikubo, Hironari (上久保 裕生)

1Pos033
1Pos100
2SCP-6
3SJA-3
2Pos195
2SMA-1
2Pos066
2Pos054
2Pos075
2SMA-1
1Pos028
1GC1415
1GC1445
1GE1500
1GL1500
1GM1430
1GF1600
2Pos082
3Pos169
3Pos241
2SDA-4
3SKA-6
3Pos106
1Pos093
2SIA-1
1GG1530
2Pos106
3Pos214
1GD1530
2SBA-4
1GD1415
1GE1400
2SIP-1
2Pos236
1GE1530
3Pos054
1Pos029
1GK1630
1Pos193
1Pos235
2Pos010
3Pos039
3SKA-2
2SMA-1
2Pos150
3HL0915
1GB1400
1Pos028
2Pos137
2Pos204
1Pos114
2Pos082
1SMA-3

Kaneko, Kazumu (金子 和夢)
Kaneko, Taikopaul (金子 泰洸ポール)
Kaneko, Tomoyuki (金子 Tomoyuki)
Kaneko, Tomoyuki (金子 智行)

Kaneko, Toshiyuki (金子 智之)
Kanemaki, Masato (鐘巻 将人)
Kanemaki, Masato T. (鐘巻 将人)
Kanematsu, Yusuke (兼松 佑典)
Kaneshiro, Junichi (金城 純一)
Kaneso, Masahiro (金曽 将弘)
Kang, Su-Jin (カン スウジン)
Kannaka, Miho (甘中 美帆)
Kanno, Miki (菅野 未希)
Kano, Kohei (加納 康平)
Kanso, Eva
Karasuyama, Masayuki (烏山 昌幸)
Karimata, Ryunosuke (狩俣 龍之介)
Kasahara, Keisuke (笠原 慶亮)
Kasai, Kazuki (笠井 一希)
Kasai, Rinshi (笠井 倫志)
Kasai, Rinshi R
Kasai, Rinshi S. (笠井 倫志)
Kasama, Takeshi (笠間 健嗣)
Kasamaki, Ryosuke (笠巻 亮佑)
Kasano, Ichiro (笠野 一郎)
Kashihara, Kennichiro (樫原 賢一朗)
Kashino, Yasuhiro (菓子野 康浩)
Kashiwabara, Tomoka (柏原 智香)
Kasimchetty, Arun (カシムチェティ 亜瑠夢)
Kasuya, Go (糟谷 豪)
Katada, Yusaku (堅田 侑作)
Katagiri, Taro (片桐 太郎)
Katahira, Masato (片平 正人)
Katai, Junya (片井 順也)
Kataoka, Naoya (片岡 直也)
Katayama, Iona (片山 維央名)
Katayama, Kota (片山 耕大)

1Pos0142Pos156
1SJA-6
2SMA-5
3Pos168
1GI1430
1Pos120
1Pos1211Pos179
2Pos118
3Pos109
3Pos124
3Pos139
3Pos141
3Pos076
1SMA-2
1Pos073
1SBA-4
1GE1600
1Pos185
3Pos069
1Pos224
2Pos075
2Pos219
1GG1400
1GB1600
2SMP-1
1SAA-2
3Pos208
1GA1515
1GA1415
1Pos098
3SEA-1
2Pos109
2SAP-6
3HL1115
3Pos158
3Pos114
3SKA-2
1GI1630
3Pos086
2SCA-6
1SDA-5
1Pos1422Pos061
1Pos169
2Pos230
1Pos140
2SGP-1
2SGP-5
1GA1545
1GB1415

Katayama, Ryoya (片山 稜也)
Katayama, Takuya
Katayama, Takuya (片山 拓也)
Katayama, Tetsuo (片山 哲夫)
Katayama, Tetsuro (片山 哲郎)
Katayama, Yoshiki (片山 佳樹)
Kato, Dai (加藤 大)
Kato, Hideaki (加藤 英明)
Kato, Hideaki. E. (加藤 英明)
Kato, Hiroto (加藤 洋人)
Kato, Koichi (加藤 晃一)
Kato, Masashi (加藤 昌志)
Kato, Mika (加藤 美佳)
Kato, Sae (加藤 沙愛)
Kato, Setsu (加藤 節)
Kato, Shingo (加藤 真悟)
Kato, Soichiro (加藤 壮一郎)
Kato, Soichiro (加藤 崇一郎)
Kato, Takayuki (加藤 貴之)

Kato, Yuki (加藤 佑樹)
Kato, Yuki (加藤 祐樹)
Katoh, Takanobu A. (加藤 孝信)
Katsuta, Hiroki (勝田 紘基)
Katsuyama, Yohei (勝山 陽平)
Kaucka, Marketa
Kawabata, Takeshi (川端 猛)
Kawada, Kazuki (川田 和輝)
Kawagishi, Ikuro (川岸 郁朗)– S214 –1GB1445
1GJ1415
1GJ1445
1GJ1515
1GJ1530
1GJ1600
1GL1400
2Pos034
3Pos011
3Pos043
3Pos162
3Pos035
2Pos060
2Pos059
2Pos010
2SEP-2
2SEP-3
2Pos166
2Pos167
2Pos236
2SGP-2
1GB1415
1GJ1530
1GA1430
2SFA-6
1Pos032
2SLP-52Pos220
2Pos026
1SHA-3
3Pos106
3Pos033
1Pos045
2SGP-1
1GA1415
1GF1600
1Pos003
2Pos082
2Pos088
2Pos215
1Pos166
1Pos165
2Pos224
2SLP-5
1Pos050
2SMA-1
3Pos201
3Pos187
1GH1600
2Pos127
3Pos100
3Pos114
3Pos116

Kawagoe, Soichiro (川越 聡一郎)
Kawaguchi, Kazutomo
Kawaguchi, Kazutomo (川口 一朋)

Kawaguchi, Tomoki (川口 倫輝)
Kawaguchi, Yoshimasa (川口 祥正)
Kawagutchi, Kazutomo (川口 一朋)
Kawahara, Shinnosuke (河原 進之介)
Kawahara, Yuu (河原 佑羽)
Kawai, Shinnosuke (川合 新之助)
Kawai, Shinnosuke (河合 新之介)
Kawai, Takayuki (川井 隆之)
Kawakami, Keisuke (川上 恵典)
Kawakami, Kouki (川上 耕季)
Kawakami, Takashi (川上 貴資)
Kawamata, Ibuki (川又 生吹)

Kawamoto, Akihiro
Kawamoto, Akihiro (川本 晃大)

Kawamura, Anzu (河村 あんず)
Kawamura, Izuru (川村 出)

Kawamura, Ryuzo (川村 隆三)
Kawanabe, Akira (川鍋 陽)
Kawano, Ryuji (川野 竜司)

Kawasaki, Shota (川﨑 翔太)
Kawashima, Tatsuhiro (川島 龍大)Kawata, Yasushi (河田 康志)

Kawata, Yoshimasa (川田 善正)
Kawatani, Minoru (河谷 稔)
Kawato, Suguru (川戸 佳)
Kawato, Syota (川戸 翔太)
Kay, Lewis
Kaya, Motoshi (茅 元司)

1Pos169
3Pos244
3Pos145
1Pos163
3SAA-2
3SCA-3
3Pos072
Kayamori, Fumihiro (栢森 史浩)
1SGA-8
1GB1500
3Pos001
Kazami, Sayaka (風見 紗弥香)
2Pos074
Kazeruni, Neda M. Bassir (カゼルニ ネダ エム バ
シル)2Pos106
Kazuhisa, Kinoshita (木下 和久)
1SBA-7
Kazumi, Sora (数見 青空)
3HL0930
3HL1000
Kazuta, Yasuaki (數田 恭章)
3Pos096
Kenta, Mizushima (水島 健太)
3Pos243
Kholodenko, Boris
1Pos217
Kibria, Md. Golam
1Pos018
Kida, Masatoshi (木田 雅俊)
2Pos1412Pos144
Kidera, Akinori (木寺 詔紀)
1Pos195
Kidoaki, Satoru (木戸秋 悟)
1SJA-22SLP-5
Kidokoro, Shun-ichi (城所 俊一)
1Pos023
Kiga, Daisuke (木賀 大介)
1SAA-5
Kihara, Yoshiki (木原 良樹)
1GA1500
Kikawada, Takahiro (黄川田 隆洋)
1Pos082
Kikuchi, Hiroto (菊地 浩人)
1Pos168
Kikuchi, Jun-ichi (菊池 純一)
3Pos118
Kikuchi, Kantaro (菊地 幹太郎)
1Pos045
2Pos212
Kikuchi, Kosuke (菊池 幸祐)
1GB1400
Kikuchi, Takehiro (菊池 健弘)
1Pos042
Kikuchi, Y (菊池 裕)
1Pos183
Kikuchi, Yoshitomo (菊池 義智)
1GG1415
Kikukawa, Hiroshi (菊川 寛史)
1Pos058
Kikukawa, Takashi (菊川 峰志)
2SCA-2
1Pos060
1Pos146
1Pos149
1Pos150
2Pos139
3Pos044
3Pos158
3Pos173
Kikuma, Chihiro (菊間 千滉)
1Pos057
Kikumoto, Mahito (菊本 真人)
2Pos1022Pos126
Kikuta, Junichi (菊田 順一)
2Pos238
Kim, Chung Nguyen (Kim Chung Nguyen)
1GC1615
Kim, Eunsoo
1Pos132– S215 –Name Index

Kawano, Yoshiaki (河野 能顕)
Kawasaki, Hisashi (川崎 寿)
Kawasaki, Masato (川崎 政人)

2Pos051
1Pos2122Pos186
3Pos191
3Pos218
1Pos151
3SHA-3
3Pos195
2Pos085
3Pos233
1Pos013
1Pos014
1Pos131
1SHA-5
3Pos008
2Pos146
2SIA-1
1Pos136
2Pos163
3Pos049
3Pos051
3SJA-1
2SHP-2
2Pos018
3Pos017
3Pos061
1GC1530
2Pos135
3Pos001
3Pos161
2Pos235
2SCA-4
1SGA-8
1GB1500
1GC1430
1GC1530
1GC1545
1GD1515
1GE1530
1GH1430
1GH1445
3Pos001
3Pos034
3Pos053
3Pos054
2SHP-5
3Pos131
3SKA-2
3Pos082
1GJ1430
3Pos195
3Pos218
2Pos057

Kim, Han-ul
Kim, Hyonchol (金 賢徹)
Kim, Jaeah
Kim, Sam Young

1Pos132
2Pos236
1GJ1530
3Pos143
3Pos144
Kim, Shin Woong
1Pos051
Kim, Suheon
1Pos132
Kim, Suhyang (金 穂香)
1GJ1530
3Pos153
Kim, Sun Min
1Pos132
Kim, Yoon Seok
1GJ1530
Kimura, Akihiro (木村 明洋)
2SEP-1
1Pos161
1Pos164
2Pos143
Kimura, Hiroshi (木村 宏)
1Pos232
Kimura, Hitomi (木村 仁美)
2Pos053
Kimura, Masahiko (木村 雅彦)
2Pos219
Kimura, Motohiko (木村 元彦)
1Pos225
Kimura, Shun (木村 俊)
3Pos140
Kimura, Tetsunari
1Pos007
Kimura, Tetsunari (木村 哲就)
3Pos041
Kimura, Yasuhisa (木村 泰久)
3Pos045
Kimura, Yuji (木村 祐史)
2Pos074
Kimura, Yukihiro (木村 行宏)
1Pos162
Kimura-Yoshida, Chiharu (木村－吉田 千春) 3Pos066
Kinjo, Masastaka (金城 政孝)
3Pos229
Kinoshita, Kazuhisa (木下 和久)
1SBA-6
Kinoshita, Kengo (木下 賢吾)
3Pos201
Kinoshita, Makoto (木下 専)
1SMA-4
Kinoshita, Masahiro (木下 正弘)
2Pos079
Kinoshita, Masanao (木下 祥尚)
1Pos128
1Pos131
Kinoshita, Miki (木下 実紀)
2SDA-1
2Pos078
2Pos088
Kinoshita, Noriyuki (木下 典之)
1GC1415
Kinoshita, Seiichiro (木下 誠一朗)
1Pos095
Kinoshita, Yuna (木ノ下 佑奈)
1Pos019
Kinoue, Kouta (木ノ上 滉太)
1Pos150
Kise, Ryoji (木瀬 亮次)
2SGP-1
Kishi, Koichiro (岸 孝一郎)
1GJ1530
Kishikawa, Jun-ichi (岸川 淳一)
3Pos080
Kishimura, Akihiro (岸村 顕広)
2SCP-1
2Pos166
2Pos167
Kita, Shunsuke (喜多 俊介)
3Pos205
Kita, Tomoki (北 智輝)
3Pos091
Kitagawa, Daiju (北川 大樹)
1SCA-2
Kitagawa, Yumi (北川 優美)
1Pos001
1Pos015
1Pos016
Kitaguchi, Akito (北口 暁士)
3Pos161

Kitahara, Ryo (北原 亮)
Kitai, Asako (北井 朝子)
Kitajima-Ihara, Tomomi (北島（井原）智美)
Kitamura, Akira (北村 朗)
Kitamura, Keiji (北村 奎時)
Kitamura, Yoshiichiro (北村 美一郎)
Kitao, Akio (北尾 彰朗)
Kito, Kentaro (鬼頭 健太郎)

Kitoh, Hirotaka (鬼頭 宏任)

Kiyama, Hana (木山 花)

Kiyonaka, Shigeki (清中 茂樹)
Kizuka, Yasuhiko (木塚 康彦)
Kleckner, Nancy (Kleckner Nancy)
Klärner, Frank-Gerrit (Klärner Frank-Gerrit)
Kobayashi, Chigusa (小林 千草)
Kobayashi, Erica (小林 里沙)
Kobayashi, Honoka (小林 穂乃香)
Kobayashi, Katsura
Kobayashi, Kazuhiro (小林 和弘)
Kobayashi, Mika (小林 美加)
Kobayashi, Naoya (小林 直也)
Kobayashi, Naritaka (小林 成貴)
Kobayashi, Ren (小林 廉)
Kobayashi, Ryohei (小林 稜平)
Kobayashi, Takuya (小林 拓也)

Kobayashi, Takuya (小林 琢也)
Kobayashi, Tatsuya (小林 達也)
Kobayashi, Tetsuya (小林 徹也)
Kobayashi, Tetsuya J. (小林 徹也)
Kobayashi, Toshihide (小林 俊秀)
Kobayashi, Yuki (小林 優希)
Kobayashi, Yuri (小林 由李)
Kobori, Yasuhiro (小堀 康博)
Kocanova, Silvia
Kodama, Naoki (小玉 直樹)
Kodama, Takashi (児玉 高志)– S216 –2Pos019
2Pos152
1Pos165
2Pos055
3Pos229
2Pos019
3Pos146
1GK1430
1Pos059
1Pos120
1Pos121
3Pos168
2SEP-1
1Pos161
1Pos164
2Pos143
2SDA-4
3Pos104
3Pos105
3Pos106
1Pos012
1GG1400
2SBP-5
1GD1400
2SHA-4
3Pos088
3Pos096
1Pos089
1Pos094
2SAP-2
2Pos158
3Pos008
3Pos060
1Pos052
1Pos053
2Pos217
2Pos006
1GF1415
3Pos093
2SGP-1
1GB1415
3Pos043
3Pos072
2Pos0122Pos171
2Pos204
1Pos127
2Pos214
3Pos050
3Pos041
2SBP-7
1SAA-5
3Pos028

Kodama, Toshio (児玉 年央)
Kodan, Atsushi (小段 篤史)
Kodera, Noriyuki

Kodera, Noriyuki (古寺 哲幸)

Kodera, Yoshio (小寺 義男)
Koezuka, Masato (肥塚 雅人)

Koga, Ryuichi (古賀 隆一)
Koga, Taisei (古賀 大聖)
Kohn, Benjamin (コーン ベンジャミン)
Kohyama, Shunshi
Koide, Hiroki (小出 洋輝)
Koike, Hiroyuki (小池 裕幸)
Koike, Jigen (小池 二元)
Koike, Ryotaro (小池 亮太郎)

Koike, Shohei (小池 祥平)
Koiwa, Hiroaki (小岩 大晃)
Koiwa, Hiroki (小岩 滉宜)
Koizumi, Nobuo (小泉 信夫)
Koizumi, Yuka (小泉 優香)
Kojima, Asato (小島 朝翔)
Kojima, Chojiro (児嶋 長次郎)
Kojima, Daiki (小島 大幹)
Kojima, Hiroaki (小嶋 寛明)

Kojima, Kaito (小島 快斗)

Kojima, Masaru (小嶋 勝)
Kojima, Motohiro (小嶋 基寛)

Kojima, Naoshi (小島 直)
Kojima, Risa (小島 理沙)
Kojima, Seiji (小嶋 誠司)

Kokubo, Kaichi (小窪 海地)
Kokuo, Yuki (國尾 祐貴)
Komatsu, Hideyuki (小松 英幸)
Komatsu, Naoki (小松 直貴)
Komatsu, Ryota (小松 亮太)
Komatsuzaki, Tamiki (小松崎 民樹)
Komatsuzaki, Yoshimasa (小松﨑 良将)
Komazawa, Ayumi (駒沢 歩弥)
Kometani, Haruka (米谷 遙)
Komiya, Ken (小宮 健)
Komura, Daisuke (河村 大輔)
Komura, Naoko (河村 奈穂子)
Kon, Takahide (昆 隆英)
Konaka, Yuki (小中 祐輝)
Kondo, Akihiko (近藤 昭彦)
Kondo, Hinase (金堂 陽生)
Kondo, Hiroko X. (近藤 寛子)
Kondo, Kazunori
Kondo, Kazunori (近藤 和典)
Kondo, Keiko (近藤 敬子)
Kondo, Madoka (近藤 まどか)
Kondo, Naoshi (近藤 直)
Kondo, Ryoya (近藤 僚哉)
Kondo, Taishi (近藤 太志)
Kondo, Takao (近藤 孝男)
Kondo, Tomo (近藤 興)
Kondo, Toru (近藤 徹)

Kondo, Yohei (近藤 洋平)
Konishi, Anna (小西 杏奈)
Konno, Hiroki (紺野 宏記)

Konno, Masae (今野 雅恵)
Kono, Hidetoshi
Kono, Hidetoshi (河野 秀俊)– S217 –2Pos236
2Pos144
1Pos107
2Pos005
2Pos071
2Pos092
2Pos094
3Pos195
3Pos218
2Pos025
2Pos100
2SBA-5
1GH1400
1GM1600
3Pos149
3Pos244
3HL1115
3Pos048
1GA1430
2SDP-4
1GF1600
2Pos082
2Pos176
3Pos028
3Pos167
1Pos185
2Pos028
3Pos170
2Pos047
2Pos061
1Pos090
1Pos081
1GM1600
1GC1515
2SFP-1
1Pos180
1GL1430
2Pos147
2Pos1482Pos150
1GK1615
2Pos238
1GA1415
1GM1500
1Pos0313Pos240
1SDA-2
1GJ1530
1Pos071
1Pos072
1Pos063
1Pos069
1Pos224

Name Index

Kojima, Keiichi (小島 慧一)

1Pos104
3Pos045
1Pos096
1Pos219
2Pos077
1SBA-2
1SEA-4
1SEA-6
3SBA-3
1Pos2422Pos225
3Pos045
3Pos236
2Pos001
2Pos038
1GH1415
1GH1530
1Pos135
3Pos119
3SKA-6
1Pos157
2SAA-7
3SKA-3
1Pos096
3SKA-2
2Pos174
1Pos002
1Pos186
2Pos1762Pos179
2Pos128
1Pos107
2Pos005
1SGA-3
2Pos018
2Pos091
3Pos028
1GB1415
3Pos028
1Pos060
1GF1545
3Pos096
3Pos103
2Pos097
3Pos095
1SDA-3
1GJ1545
1GJ1615
1Pos057
1Pos153
1Pos155
2Pos104
1Pos115

3Pos203
1GM1630
1Pos006
1Pos013
1Pos014
Kosaka, Mio (小坂 実央)
1Pos085
1Pos091
Kosaka, Yuishin (小坂 唯心)
1Pos174
Kosaki, Shinya (小﨑 慎也)
1Pos167
Koshimizu, Uika (小清水 初花)
1GK1515
Koshita, Yusuke (越田 祐介)
1GG1500
2Pos090
Koshiyama, Tomomi (越山 友美)
2SCP-3
Kosodo, Yoichi (小曽戸 陽一)
2SLP-2
Kosugi, Makiko (小杉 真貴子)
3SKA-2
Kosugi, Takahiro (小杉 貴洋)
2SBA-7
Kosugi, Takatsugu (小杉 孝嗣)
3Pos005
Kosumi, Daisuke (小澄 大輔)
2Pos1412Pos144
Kotani, Takahiro (小谷 崇博)
2Pos213
3Pos067
Koteishi, Hiroyasu (小手石 泰康)
3Pos017
Kousaka, Jin (高坂 仁)
1GK1545
Kouyama, Tsutomu (神山 勉)
3Pos172
Kouzai, Daisuke (香西 大輔)
2Pos011
Koyama, Hiroshi (小山 宏史)
2Pos206
Koyama, Masaki (古山 雅貴)
2Pos178
Koyama, Tetsu (小山 哲)
2Pos050
Koyanagi, Mitsumasa (小柳 光正)
1SDA-4
1GJ1515
3Pos163
Kubo, Daichi (久保 大地)
3Pos083
Kubo, Minoru (久保 稔)
2Pos054
3Pos039
Kubo, Shintaroh
1Pos201
Kubo, Shintaroh (久保 進太郎)
1Pos083
Kubo, Toshiki (久保 俊貴)
1GM1630
2Pos229
Kuboi, Shusuke (窪井 秋介)
2Pos073
Kuboki, Thasaneeya (久保木 タッサニーヤ)
1SJA-2
Kubota, Ryou (窪田 亮)
2SCP-2Kudo, Genki (工藤 玄己)
2Pos013
Kudo, Makiko (工藤 麻希子)
2Pos225
Kudoh, Sakae (工藤 栄)
3SKA-2
Kuhara, Atsushi (久原 篤)
1GD1545
Kujirai, Tomoya (鯨井 智也)
1GE1630
3Pos058
Kumagai, Izumi (熊谷 泉)
3Pos006
Kumagai, Rie (熊谷 里瑛)
3Pos224
Kumagai, Sari (熊谷 咲里)
2Pos135
Kumagai, Shinya (熊谷 慎也)
2Pos223
2Pos237
Kumaki, Yasuhiro (熊木 康裕)
3Pos225
Kono, Kakeru (河野 駆)
Kono, Yusuke (河野 友祐)
Korenaga, Ryunosuke (是永 龍之介)

3Pos226
1GM1630
3Pos243
Kumar, Amarjeet
1Pos069
1Pos072
Kumar, Ashutosh (Kumar Ashutosh)
1GK1445
Kumashiro, Munehiro (熊代 宗弘)
2Pos051
Kumeta, Hiroyuki (久米田 博之)
2Pos051
3Pos225
3Pos226
Kunihiro, Tak
2SAP-2
2Pos158
Kunimoto, Takumi (國本 拓実)
1GM1630
2Pos229
Kunita, Itsuki (國田 樹)
3Pos074
Kuno, Takafumi (久野 貴史)
3Pos171
Kuragano, Masahiro
1Pos245
Kuragano, Masahiro (倉賀野 正弘)
1Pos004
1Pos005
1Pos103
Kurebayashi, Nagomi (呉林 なごみ)
3Pos072
Kuribayashi, Toshiki (栗林 稔樹)
2Pos018
Kuribaysdhi-shigetomi, Kaori (繁富（栗林） 香織)
1Pos115
Kurihara, Tatsuo (栗原 達夫)
2Pos081
Kurihara, Toru (栗原 貫)
3Pos075
Kurisaki, Ikuo (栗崎 以久男)
1SFA-1
Kurisu, Genji
3SJA-1
3Pos007
Kurisu, Genji (栗栖 源嗣)
3Pos017
3Pos196
Kurisu, Minoru (栗栖 実)
2Pos170
Kurisu, Yuto (栗栖 悠斗)
3Pos241
Kurita, Hiroki (栗田 浩樹)
1Pos103
Kurita, Ryoji (栗田 僚二)
1GA1500
1Pos043
Kuroda, Daisuke (黒田 大祐)
1GA1515
3Pos027
Kuroda, Etsushi (黒田 悦史)
3Pos237
Kuroda, Shinya (黒田 真也)
1GM1415
Kuroda, Yutaka (黒田 裕)
1Pos018
1Pos024
1Pos025
2Pos182
3Pos026
Kurokawa, Minami (黒川 南)
2SHP-2
Kurokawa, Yumiko (黒川 裕美子)
1SBA-2
1SEA-6
Kuruma, Yutetsu (車 兪澈)
2SAP-6
Kurumizaka, Hitoshi
1Pos072
Kurumizaka, Hitoshi (胡桃坂 仁志)
2SEA-2
1GE1630
2Pos231
Kumamoto, Yasuaki (熊本 康昭)– S218 –Lo, Chien-Jung
Lo, Chien-Jung (羅 健榮)

1Pos074
1Pos086
2Pos096
Lo, Yu-Chih (羅 玉枝)
1SHA-4
Longo, Liam (ロンゴ リアム)
1Pos033
Luo, Fangjia
1Pos007
1Pos008
1Pos012
Lynch, Kelli Ann
3SCA-2
Lyu, Ping-Chiang
1SHA-6
Lyu, Zikun (呂 子琨)1Pos147
M. Nomura, Shin-ichiro (野村 M. 慎一郎)
2Pos164
Ma, Long
1SGA-6
Ma, Tzu-Chen
2SIA-2
Mabashi, Saira (馬橋 サイラ)
3Pos145
Mabuchi, Takuya (馬渕 拓哉)
1SGA-4
2Pos051
Machii, Syuto (町井 秀斗)
3HL1000
Machiyama, Hiroaki (町山 裕亮)
2SLP-5Maeda, Akari (前田 明里)
2SJA-3Maeda, Ryo (前田 亮)
1Pos153
Maeda, Shingo (前田 真吾)
2SFP-4Maeda, Taimu (前田 大夢)
3Pos187
Maeda, Takuma (前田 拓真)
1Pos103
Maeda, Tomoya (前田 智也)
2Pos139
Maeda, Tomoyuki (前田 知幸)
3HL1000
Maeda, Yusuke (前多 裕介)
3Pos223
Maeda, Yusuke T. (前多 裕介)
1GI1630
Maenaka, Katsumi
3Pos198
Maenaka, Katsumi (前仲 勝実)
3Pos205
Maeoka, Haruka (前岡 遥花)
1GM1615
Maeshima, Kazuhiro (前島 一博)
1SBA-4
1SMA-2
2SBP-1
1GE1600
1GE1615
1Pos073
Maeshima, Toshihisa (前嶋 捷久)
1GF1600
Maestre-Reyna, Manuel (Maestre-Reyna Manuel)
2SEP-7
Mahmood, Md. Iqbal
1Pos201
Maik, Huettemann
3Pos039
Maj, Piotr
3Pos059
Maj, Piotr Sebastian
2Pos035
Makabe, Koki (真壁 幸樹)
2SFA-2
3Pos006
Maki, Koichiro (牧 功一郎)
2SMA-1
2SMA-2
1GE1430
Maki, Kosuke (槇 亙介)
3Pos224
Maki, Takahisa (真木 孝尚)
2SCA-3
3Pos137
Makino, Asami (牧野 麻美)
1Pos127– S219 –Name Index

3Pos058
3Pos008
3SEA-1
3Pos150
Kusumi, Akihiro (楠見 明弘)
2Pos109
Kusunoki, Issei (楠 壱晴)
3Pos057
Kutami, Momoka (朽網 桃香)
2Pos114
Kuwabara, Hiromu (桒原 宙歩)
2Pos097
3Pos095
Kuwabara, Riku (桑原 莉来)
3Pos008
Kuwata, Takumi (桑田 巧)
2Pos033
Kuwayama, Hidekazu (桑山 秀一)
3Pos220
Kuzuya, Akinori (葛谷 明紀)
1SLA-5
Kuzuyama, Tomohisa (葛山 智久)
1GB1515
1Pos203
Kyoda, Koji (京田 耕司)
3Pos239
Kyosei, Yuta (教誓 祐太)
2Pos041Kępczyński, Mariusz
3Pos194
Lai, Chih-Hsuan
1SHA-6
3Pos013Larbig, Alexander
2Pos181
Laurino, Paola
3Pos019
Lawrence, Glossman
3Pos039
Lazarski, Grzegorz
3Pos194
Le, Gaing. N. T. (リー ジャン N. T.)
1GM1415
Le Huray, Kyle Ian Peter
1GD1530
Lee, Deborah
1Pos132
Lee, I-Ren (李 以仁)
3Pos065
Lee, Mina
1Pos132
Lee, Sumin (李 水民)
1Pos177
Lee, Sungrim Seirin (李 聖林)
3Pos070
Lee, Wei (李 微)
1Pos062
Lee, Yongchan (李 勇燦)
3Pos002
Lei, YaoKun (雷 曜坤)
2Pos187
Lenne, Pierre-François (Lenne Pierre-François) 3Pos107
Leonard, Chavas (シャバス レオナルド)
1GK1415
Lestari, Beni (Lestari Beni)
1Pos216
Li, Chunyangguang (李 春阳光)
2Pos136
Li, Hung-Wen (李 弘文)
1Pos062
Li, Jiannan
3SJA-1
Li, Menglu
3Pos243
Li, Menglu (李 梦露)
2Pos238
Li, Xin (Li Xin)
1GB1400
Li, Xinyuan (李 欣遠)
2Pos172
Liao, Zengwei (廖 増威)
1Pos015
Lin, Shao-Zhen (Lin Shao-Zhen)
3Pos107
Lince, Meriko (リンセ メリコ)
2Pos186
Liu, Runjing (劉 潤晶)
1GA1530
2Pos024
2Pos026
Liu, Ying (劉 穎)
3SCA-2
Liu, Yiwei (劉 一イ)
2Pos166
Liu, Ziwei (Liu Ziwei)
1Pos005
Kusakizako, Tsukasa (草木迫 司)
Kusumi, Akihiro

Makino, Fumiaki
Makino, Fumiaki (牧野 文信)

3SJA-1
1GA1415
2Pos088
2Pos093
2Pos098
3Pos0103Pos104
3Pos106
Mameuda, Aoi (豆生田 葵衣)
3Pos055
Mangeat, Thomas
2SBP-7
Manghi, Manoel
2SBP-7
Marco Edoardo, Rosti (マルコ エドアルド ロスチ)
2SIP-3
Marshall, Wallace
2SMP-1
Martel, Anne (Martel Anne)
1Pos009
Martin Seibt, Joachim (Martin Seibt Joachim) 1Pos160
Marui, Riku (丸井 里駆)
1GF1445
3Pos082
Marumo, Akisato (丸茂 哲聖)
1GF1530
Maruta, Shinsaku
2Pos028
3Pos170
Maruta, Shinsaku (晋策 丸田)
3Pos092
Maruta, Sinsaku (丸田 晋策)
2Pos047
Maruyama, Hana (丸山 花菜)
3Pos173
Maruyama, Mihoko (丸山 美帆子)
2Pos238
Maruyama, Takashi (丸山 崇史)
1Pos050
Maruyama, Tomoya (丸山 智也)
2Pos062
3Pos056
Maruyama, Toshiaki (丸山 俊昭)
2Pos048
Marzuk, Ahmed (Marzuk Ahmed)
2Pos123
Marín, María del Carmen
1Pos147
Masaike, Tomoko (政池 知子)
1Pos105
2Pos039
Mashima, Tsuyoshi (真島 剛史)
1Pos052
Masuda, Shinnosuke (増田 真之介)
2Pos148
Masuda, Tetsuya
1Pos007
Masuho, Ikuo (増保 生郎)
3Pos175
Masui, Kyoko (増井 恭子)
3Pos129
3Pos138
Masukawa, Marcos (Masukawa Marcos)
2Pos168
Masumoto, Gen (舛本 現)
1Pos185
Masumoto, Hiroshi (増本 博)
3Pos227
3Pos228
Masumura, Souta (鱒村 颯太)
1GB1400
Masunaga, Taisei (増永 泰成)
2Pos061
Matoba, Kazuaki (的場 一晃)
1Pos200
Matsubara, Hironori (松原 央昇)
1Pos048
Matsubara, Hitomi (松原 瞳)
2Pos218
Matsubara, Shogo (松原 翔吾)
2Pos1482Pos150
Matsubara, Takumi (松原 巧)
1Pos165
Matsubara, Yuki (松原 佑記)
3Pos064
Matsubayashi, Hideaki (松林 秀明)
2Pos164

Matsubayashi, Hideaki (松林 英明)
Matsuda, Atsushi (松田 厚志)
Matsuda, Isamu (松田 勇)
Matsuda, Keita (松田 啓汰)Matsuda, Kyohei (松田 恭平)
Matsuda, Naoki (松田 直樹)
Matsuda, Ryoutarou (松田 涼太郎)
Matsuda, Shinji (松田 信爾)
Matsuda, Teruhiko (松田 瑛彦)
Matsuda, Tomoki (松田 知己)
Matsuda, Tsuyoshi (松田 剛)
Matsuda, Yusuke (松田 祐介)
Matsui, Hayato (松井 勇人)
Matsui, Takashi (松井 崇)

Matsui, Toshiki (松井 俊貴)
Matsuki, Sho (松木 翔)
Matsuki, Yoh (松木 陽)
Matsuki, Yuka (松木 悠佳)
Matsumori, Nobuaki (松森 信明)
Matsumoto, Atsushi (松本 淳)
Matsumoto, Eiji (松元 瑛司)
Matsumoto, Hideki (松本 英)
Matsumoto, Kazuhiko (松本 和彦)
Matsumoto, Nagomi (松本 和海)
Matsumoto, Naoki (松本 直樹)
Matsumoto, Ryusei (松本 龍征)
Matsumoto, Shuma (松元 脩真)Matsumoto, Sohkichi (松本 壮吉)
Matsumoto, Suguru (松本 英)
Matsumoto, Tomoharu (松本 友治)
Matsumura, Hiroyoshi (松村 浩由)
Matsumura, Rumie (松村 るみゑ)Matsunaga, Daiki (松永 大樹)
Matsunaga, Ryo (松長 遼)
Matsunaga, Tatsuya (松永 達弥)
Matsunaga, Yasuhiro (松永 康佑)

Matsunami, Hideyuki (松波 秀行)
Matsuno, Kenji (松野 健治)
Matsuo, Isao (松尾 勲)– S220 –3SKA-42Pos163
1Pos239
2Pos015
1GI1600
1GF1530
3Pos210
1Pos038
3Pos169
1Pos036
3Pos247
1GM1400
3Pos017
1Pos240
1Pos244
2Pos001
2Pos038
3Pos006
1GJ1530
3Pos068
1Pos067
3Pos137
1Pos128
1Pos1312Pos002
2SLA-4
3Pos132
2Pos219
3Pos165
3Pos166
1Pos094
1Pos033
2Pos235
3SBA-3
3SBA-4
1GI1615
3Pos215
3Pos035
3Pos010
2SAP-62SLA-4
1GA1430
2Pos048
2Pos015
1SEA-1
1SEA-2
1Pos048
2Pos040
2Pos180
2Pos201
1Pos011
1Pos017
3Pos066

Matsuo, Junpei (松尾 淳平)
Matsuo, Kazuya (松尾 和哉)
Matsuo, Koichi (松尾 光一)
Matsuo, Sumire (松尾 菫)
Matsuo, Takuya (松尾 拓哉)
Matsuo, Tomohiro (松尾 智大)
Matsuo, Yamato (松尾 大和)
Matsuo, Yoshitaka (松尾 芳隆)
Matsuo, Yuki (松尾 優輝)
Matsuoka, Satomi (松岡 里実)

Matsuoka, Shigeru (松岡 茂)
Matsusaki, Motonori (松崎 元紀)
Matsushima, Keisuke (松島 啓介)
Matsushita, Michio (松下 道雄)
Matsushita, Takaaki (松下 生明)
Matsushita, Yui (松下 由依)
Matsuura, Tomoaki
Matsuura, Tomoaki (松浦 友亮)

Matsuura, Uchu (松浦 宇宙)
Matsuyama, Ayaka (松山 綾夏)
Matsuyama, Saki (松山 紗妃)
Matsuzaki, Katsumi (松崎 勝巳)
Matsuzaki, Kohei (松崎 興平)
Matsuzaki, Takahisa (松崎 賢寿)
Matsuzaki, Takahisa (松﨑 賢寿)

3Pos150
1Pos225
1Pos180
3Pos106
3SKA-2
1Pos051
1Pos054
1GD1430
1GI1545
2Pos039
2Pos046
2Pos162
2Pos240
Minakawa, Tomohiro (皆川 朋皓)
3Pos245
Minami, Chika (南 知香)
3Pos047
Minami, Katsuhiko (南 克彦)
1SBA-4
1GE1600
Minamiki, Tsukuru (南木 創)
3Pos136
Minamino, Akane (南野 朱音)
1Pos162
Minamino, Tohru (南野 徹)
2SDA-1
1GM1530
2Pos078
2Pos088
Minei, Ryuhei (嶺井 隆平)
3SJA-4
Mino, Hiroyuki (三野 広幸)
1Pos167
Minoshima, Wataru (箕嶋 渉)
1Pos239
3Pos138
Mio, Kazuhiro (三尾 和弘)
3Pos016
3Pos046
Miranda-Miranda, Miguel (ミランダ ミゲル) 3Pos239
Mirco, Dindo (ミルコ ヂンド)2SIP-3
Misawa, Sayako (三澤 颯子)
3Pos190
Mishima, Masaki (三島 正規)
3Pos155
Mishima, Yuichi (三島 優一)
1Pos067
Mita, Yoshio (三田 吉郎)
3Pos244
Mitani, Takahiro (三谷 隆大)
1GG1515
3Pos074
Mitani, Yuki (三谷 優季)
3Pos034
Mito, Mari (水戸 麻理)
2SJP-2
Mitra, Shrutarshi
2Pos059
2Pos060
Mitsui, Toshiyuki (三井 敏之)
1Pos108
1Pos249
2Pos095
2Pos097
2Pos239
3Pos062
3Pos068
3Pos094
3Pos095
Mitsumatsu, Mika (三松 美香)
1Pos038
Mitsuoka, Kaoru (光岡 薫)
1GF1600
2Pos072
Mimoto, Reika (三本 麗華)
Mimura, Hisatoshi (三村 久敏)
Mimura, Mone (三村 萌音)
Minagawa, Jun (皆川 純)
Minagawa, Noriko
Minagawa, Noriko (皆川 倫子)
Minagawa, Yoshihiro (皆川 慶嘉)– S221 –Name Index

Matsuzaki, Yuri (松崎 由理)
Matsuzawa, Shota (松澤 翔太)
Matubayashi, Hideaki (松林 秀明)
Matuo, Hiromi (松尾 宏美)
Mayanagi, Kouta (真柳 浩太)
Meriko, Lince
Meshcheryakova, Irina
Mie, Yasuhiro
Mieczkowski, Adam
Mii, Atsuhiro (三井 敦弘)
Mikami, Chitose
Mikami, Yoshinori (三上 義礼)
Miki, Hirokazu (三木 浩和)
Milovanovic, Dragomir

1Pos149
2SAA-4
1GC1400
1Pos076
2SJA-62Pos213
3Pos067
1Pos239
1SMA-1
3Pos214
1GG1545
1Pos1022Pos107
2Pos1113Pos101
2Pos029
2Pos051
1Pos138
1GM1400
3Pos154
3Pos155
3Pos204
1Pos178
2SAP-3
2SKP-1
1GC1545
1Pos033
1Pos045
2Pos156
2Pos235
1GE1500
2Pos058
3Pos063
3Pos025
1Pos087
2Pos217
2Pos235
2Pos238
2Pos243
2Pos175
2Pos119
1Pos136
2SJA-3
3SBA-3
1Pos2123Pos150
3Pos036
3Pos059
2Pos107
3Pos036
1SFA-4
2Pos037
3SEA-1

Mitsutake, Ayori (光武 亜代理)
Miura, Atsuko (三浦 温子)
Miura, Daiki (三浦 大輝)
Miura, Kota (三浦 宏太)
Miura, Natsuko (三浦 夏子)
Miura, Riri (三浦 莉理)
Miura, Tohru (三浦 徹)
Miwa, Akari (三輪 明星)
Miyachi, Ryota (宮地 亮多)
Miyafusa, Takamitsu (宮房 孝光)
Miyagawa, Akihisa (宮川 晃尚)
Miyagawa, Koichi (宮川 晃一)
Miyagawa, Yasuki (宮川 靖基)
Miyahara, Ayaka (宮原 彩華)
Miyakawa, Naruto (宮川 成人)
Miyake, Koki (三宅 恒輝)
Miyake, Takuya (三宅 拓也)
Miyakoshi, Kaori (宮腰 かおり)
Miyamoto, Akinori (宮本 明典)
Miyamoto, Kei (宮本 圭)
Miyamoto, Norio (宮本 教生)
Miyamoto, Shunsuke (宮本 隼輔)
Miyamoto, Taisei (宮本 大聖)
Miyamoto, Yuto (宮本 勇人)
Miyamura, Wakana (宮村 和奏)
Miyamura, Yusuke (宮村 優輔)
Miyanoiri, Yohei (宮ノ入 洋平)
Miyashita, Naoyuki (宮下 尚之)
Miyashita, Osamu
Miyashita, Osamu (宮下 治)

Miyasita, Naoyuki (宮下 尚之)
Miyata, Kanjiro (宮田 完二郎)
Miyata, Kazuki (宮田 一輝)
Miyata, Makoto (宮田 真人)

Miyata, Takaki (宮田 卓樹)
Miyata, Tomoko (宮田 知子)

2Pos082
3Pos080
2SGP-4
1GK1500
2Pos030
1Pos199
2SJA-4
2SIP-42Pos249
1GD1545
2Pos161
2Pos165
1GC1500
3Pos038
2Pos146
2Pos105
1Pos108
2Pos219
1Pos050
2Pos012
3SKA-6
1Pos070
3Pos063
2Pos105
2SMP-5
1GJ1615
1Pos077
2Pos099
1Pos1962Pos229
2Pos005
2Pos057
1Pos061
3Pos125
1Pos046
1Pos221
1Pos230
1Pos234
2Pos199
3Pos047
2Pos166
3Pos184
2SDA-4
1Pos067
1Pos089
3Pos073
3Pos104
3Pos105
3Pos106
2SLP-5
1GA1415
2Pos088
2Pos093

Miyata, Yuki (宮田 悠生)
Miyata, Yuri (宮田 優里)
Miyata, Yuuri (宮田 優里)
Miyauchi, Kenjyo (宮内 健常)
Miyawaki, Atsushi (宮脇 敦史)
Miyawaki, Yumi (宮脇 佑実)
Miyazaki, Chie (宮崎 智瑛)Miyazaki, Kazuteru (宮崎 和光)
Miyazaki, Makito (宮﨑 牧人)
Miyazaki, Ryoji (宮崎 亮次)
Miyazaki, Takayuki (宮崎 崇之)
Miyazaki, Tomoki (宮崎 友輝)
Miyazaki, Yusuke
Miyazaki, Yusuke (宮崎 裕介)
Miyazako, Hiroki (宮廻 裕樹)
Miyoshi, Hiromi (三好 洋美)
Mizoe, Tatsumi (溝江 竜実)
Mizohata, Eiichi
Mizouchi, Yuta (溝内 雄太)
Mizue, Hatsune (水江 初音)
Mizuguchi, Kenji
Mizuguchi, Kenji (水口 賢司)
Mizukami, Taku (水上 卓)
Mizuno, Daisuke
Mizuno, Daisuke (水野 大介)
Mizuno, Genta (水埜 元太)
Mizuno, Katsutoshi (水野 克俊)
Mizuno, Misao (水野 操)
Mizuno, Yosuke (水野 陽介)
Mizuno, Yuta (水野 雄太)
Mizushima, Kenta (水島 健太)
Mizushima, Noboru (水島 昇)
Mizutani, Azuki (水谷 淳生)
Mizutani, Kenji (水谷 健二)
Mizutani, Masaki (水谷 雅希)
Mizutani, Natsuki (水谷 夏希)
Mizutani, Yasuhisa (水谷 泰久)
Mizutani, Yuki (水谷 友紀)
Mizutori, Ritsu (水鳥 律)
Mizuuchi, Ryo (水内 良)
Mochida, Kyoko (持田 京子)
Mochihara, Akari (餅原 明莉)
Mochizuki, Atsushi (望月 敦史)
Mochizuki, Kentaro (望月 健太郎)

– S222 –2Pos098
3Pos104
3Pos106
2Pos213
3Pos067
1GH1415
3Pos119
2SHP-4
2SBA-5
1Pos174
1GD1545
1SAA-5
1SCA-1
1SJA-3
3Pos2422Pos140
1GC1615
3Pos200
1GK1445
3Pos194
3Pos2102SLP-3
1Pos187
1Pos007
1GM1400
1Pos165
1Pos020
3Pos185
1Pos078
3SCA-4
2SIP-5
2SFP-22Pos224
1SFA-2
1GJ1415
1GL1400
1GM1600
1GM1630
2SIP-5
3SAA-4
1GD1445
3Pos038
3SKA-62SCA-5
1GD1500
2Pos126
1GA1545
3Pos162
2Pos159
3Pos066
3HL0900
3Pos207
3Pos243

Morita, Masatomo (森田 昌知)
Morita, Miyo Terao (森田（寺尾）美代)
Morita, Rikuri (森田 陸離)Moritsugu, Kei (森次 圭)

Moriuchi, Akiya (森内 瑛也)
Moriwaki, Yoshitaka (森脇 由隆)

Moriya, Toshio (守屋 俊夫)
Moriyama, Saya (森山 彩野)
Moriyama, Shunya (森山 俊哉)
Moriyama, Yuuta (守山 裕大)Moro, Kazuyo (茂呂 和世)
Motai, Kazunori (茂田井 和紀)
Motegi, Fumio (茂木 文夫)
Motohashi, Masahiro (本橋 昌大)Muharror Ahsanul Husna, Syamil
Mullane, Kelli K.
Muneyuki, Eiro (宗行 英朗)
Murakami, Akira (村上 光)
Murakami, Hiroshi (村上 裕)
Murakami, Ken (村上 賢)
Murakawa, Takeshi (村川 武志)
Muraki, Norifumi (村木 則文)
Murakoshi, Hideji (村越 秀治)

Murakoshi, Syunya (村越 俊也)
Muramatsu, Hiroyasu (村松 浩康)
Muramoto, Kazumasa (村本 和優)
Muranaka, Tomoaki (村中 智明)
Muraoka, Takahiro (村岡 貴博)
Murata, Hirokazu (村田 寛和)
Murata, Hiroto (村田 裕斗)
Murata, Kazuyoshi
Murata, Kazuyoshi (村田 和義)– S223 –2Pos018
1SLA-2
3Pos189
3Pos202
1Pos194
1Pos195
1Pos197
1Pos216
2Pos199
1Pos050
1Pos188
1Pos203
3Pos193
3SKA-2
3Pos082
3Pos205
3Pos129
1Pos108
1Pos249
2Pos095
2Pos097
2Pos239
3Pos062
3Pos068
3Pos094
3Pos095
1GI1600
3Pos248
3Pos249
1SJA-2
3Pos088
1GD1415
2Pos081
3Pos088
2Pos248
1GC1515
1GC1615
1Pos192
1Pos215
2SHP-5
1GD1615
1Pos137
1Pos138
3Pos003
3Pos008
3Pos037
2SJA-5
2SFP-3
1Pos199
2Pos189
1Pos0102Pos226
2SFA-4

Name Index

Mohammad Shahidul, Alam (Alam Mohammad
Shahidul)
2Pos225
Mohd Ariff, Putri Nur Arina Binti (Putri Nur Arina Binti
Mohd Ariff)
1GB1445
Mohit, K. Saini
1Pos162
Molloy, Justin Edward
3SEA-4Mori, Eiichiro (森 英一朗)
3SBA-5Mori, Kurumi (森 来未)
2Pos098
Mori, Megumi (森 めぐみ)
1Pos174Mori, Mitsuki (森 美月)
2Pos154
Mori, Miyu (森 美友)
1Pos109Mori, Shogo (森 祥伍)
1SLA-2Mori, Shoko (森 祥子)
1Pos134
Mori, Taisei (森 大晟)
1GB1545Mori, Takaharu (森 貴治)
2Pos211Mori, Takeshi (森 健)
2Pos166
2Pos167
Mori, Toshifumi (森 俊文)
1Pos152
Mori, Yusuke (森 勇介)
2Pos238
Morigaki, Kenichi (森垣 憲一)
1GH1400
1GH1415
1GH1530
1Pos135
2Pos134
2Pos1423Pos119
3Pos130
Moriguchi, Maiko (森口 舞子)
3Pos010Morii, Takashi (森井 孝)
1GM1400
Morikawa, Kosuke (森川 耿右)
1Pos015
Morikawa, Masato (森川 真人)
3Pos187
Morikoshi, Nanaka (森越 菜々香)
1Pos024
Morimatsu, Masatoshi
2SGA-3Morimatsu, Masatoshi (森松 賢順)
2SGA-5
3Pos113Morimoto, Chinatsu (森本 千夏)
1GD1545
Morimoto, Daichi (森本 大智)
2SAA-7Morimoto, Jumpei (森本 淳平)
1SAA-3Morimoto, Naoya (森本 直也)
2Pos136
Morimoto, V. Yusuke (森本 雄祐)
1GM1530
3Pos090
Morimoto, Yusuke V (森本 雄祐)
1GG1615Morimoto, Yusuke V. (森本 雄祐)
2SDA-52Pos101
2Pos215
3Pos115Morioka, Shin (森岡 新)
3Pos058
Morishima, Ken (守島 健)
3SBA-4
1GA1445
1Pos009
1Pos032
2Pos025
Morishita, Hayato (森下 勇志)
3HL1100

Murata, Michio (村田 道雄)
Murata, Naoya (村田 直哉)
Murata, Satoshi (村田 智)

Murata, Takeshi (村田 武士)

Murata, Tomomi (村田 智美)
Murata, Yutaka (村田 隆)
Murayama, Keiji (村山 恵司)
Murayama, Koichi (村山 幸市)
Murayama, Takashi (村山 尚)
Murayama, Yasuto (村山 泰斗)
Murayama, Yoshihiro (村山 能宏)

Muro, Ikumi (室 郁弥)
Muromoto, Masaki (室本 匡希)
Muto, Hisashi (武藤 久)
Müller, Daniel J.
Nabetani, Tomoya (鍋谷 朋哉)
Nagae, Fritz (長江 文立律)
Nagae, Fritz (長江 文立津)
Nagae, Takayuki (永江 峰幸)Nagai, Arata (長井 新)
Nagai, Kaichi (永井 海地)
Nagai, Shun (長井 駿)
Nagai, Takeharu
Nagai, Takeharu (永井 健治)

Nagano, Yuta (長野 祐太)
Nagao, Asuteka (長尾 翌手可)

1GB1400
2Pos092
2Pos250
2Pos029
1GC1615
1SGA-3
1SLA-4
1GH1500
1Pos136
2Pos163
3Pos049
3Pos051
1Pos056
2Pos079
3Pos008
3Pos082
3Pos134
3SAA-4
3Pos199
1GI1400
2Pos249
3Pos072
1SBA-2
1SEA-6
1Pos070
1Pos143
1Pos144
3Pos061
3Pos063
1GM1500
1Pos102
2SFA-72SLP-6
1Pos213
1Pos068
1GE1545
3Pos155
2Pos097
3Pos095
1GC1415
2Pos024
1GM1515
2SEA-3
2SKA-6
1GM1445
1GM1630
2Pos205
2Pos229
3Pos234
3Pos235
3Pos247
1Pos169
2SHP-4

Nagao, Hidemi
Nagao, Hidemi (長尾 秀実)

Nagao, Ryo (長尾 遼)
Nagao, Satoshi (長尾 聡)
Nagao, Suzune (長尾 涼音)
Nagaoka, Koji (長岡 孝治)
Nagasawa, Yutaro (長澤 裕太郎)
Nagase, Hiroshi (長瀬 博)
Nagashima, Kazuki (長嶋 一喜)
Nagashima, Toshio (長島 敏雄)
Nagata, Akane (長田 あかね)
Nagata, Takashi (永田 崇)

Nagata, Yuya (長田 祐也)
Nagatoishi, Satoru (長門石 曉)

Nagatomi, Isamu (永富 勇)
Nagatomo, Shigenori (長友 重紀)
Nagatsuka, Nanami (長塚 ななみ)
Nagaura, Ryota (長浦 遼太)Nagayama, Kazuaki (長山 和亮)
Nagayama, Kuniaki (永山 國昭)
Naima, Jannatul
Naito, Kazuma (内藤 一馬)
Naitou, Haruna (内藤 春奈)
Naka, Ayaka (仲 絢香)
Nakabayashi, Takakazu (中林 孝和)

Nakada, Ayaka (中田 彩夏)
Nakafukasako, Miho (中深迫 美穂)
Nakagaki, Toshiyuki (中垣 俊之)
Nakagawa, Fumi (中川 史)
Nakagawa, Ryoya
Nakagawara, Ai (中川原 亜依)

Nakahara, Naoya (中原 直哉)– S224 –1Pos229
1Pos2122Pos186
3Pos191
3Pos195
3Pos218
1Pos160
1Pos001
2Pos054
1Pos080
3Pos241
1GD1615
2SGP-1
1Pos229
1Pos155
2Pos135
3Pos136
1GJ1530
2Pos061
2Pos132
2Pos136
1GJ1615
1GA1515
1GC1615
3Pos027
2Pos042
3Pos038
1GH1415
3Pos119
1Pos149
2SLP-52Pos227
1GG1630
2Pos109
2Pos011
3Pos041
1GC1415
1GC1445
1GD1400
1GE1500
1GL1500
1GM1430
2Pos191
2Pos192
1GD1515
2Pos215
2SMP-2
1Pos056
3Pos018
1Pos060
1Pos129
3Pos044
3Pos075

Nakai, Hiromi (中井 浩巳)
Nakai, Nori (中井 紀)
Nakai, Yukina (中居 雪菜)
Nakajima, Akihito (中嶋 章仁)
Nakajima, Daichi (中島 大地)
Nakajima, Ryoto (中嶋 亮斗)
Nakajima, Takeru (中島 武琉)
Nakajima, Yurie (中嶋 友里枝)
Nakajo, Koichi (中條 浩一)
Nakakido, Makoto (中木戸 誠)
Nakakita, Shin-ichi (中北 愼一)Nakamichi, Norihito (中道 範人)
Nakamoto, Kaho (中本 佳歩)
Nakamura, Akihiko (中村 彰彦)
Nakamura, Chikashi (中村 史)
Nakamura, Eizo
Nakamura, Gaku (中村 樂)
Nakamura, Hideki (中村 秀樹)
Nakamura, Kosuke (中村 公祐)
Nakamura, Mai (中村 麻愛)
Nakamura, Ryota (中村 瞭太)
Nakamura, Seiwa (中村 星王)
Nakamura, Shuichi (中村 修一)

Nakamura, Shunji (中村 駿志)
Nakamura, Sotaro (中村 宗太郎)
Nakamura, Toshiki (中村 敏規)
Nakamura, Yui (中村 優衣)
Nakamura, Yuto (中村 勇斗)
Nakamura-Norimoto, Aya
Nakane, Daisuke (中根 大介)

Nakane, Takanori
Nakane, Takanori (中根 崇智)

Nakano, Hirofumi (中野 博文)
Nakano, Miki (中野 美紀)

1Pos234
3Pos116
1GB1430
1GK1400
Nakashima, Mio (中島 美緒)
3Pos023
Nakasone, Yusuke (中曽根 祐介)
3Pos151
3Pos153
3Pos156
3Pos171
Nakata, Eiji (中田 栄司)
1GM1400
Nakata, Haruto (仲田 覇人)
2Pos210
Nakata, Shoki (中田 翔貴)
2Pos240
Nakata, Yoshiki (中田 吉紀)
1GG1600
Nakatani, Kiyoharu (中谷 清治)
3Pos038
Nakatani, Naoki (中谷 真規)
3Pos108
Nakatsumi, Hirokazu (中津海 洋一)
2SBA-1Nakayama, Chihiro (中山 千尋)
2Pos061
Nakayama, Keiichi I. (中山 敬一)
2SBA-1Nakayama, Natsume (中山 夏女)
1Pos049
Nakayama, Shintaro (中山 慎太郎)
1GF1400
Nakayama, Takahiro (中山 隆宏)
2Pos225
Nakayoshi, Tomoki (仲吉 朝希)
3Pos196
Nakazaki, Ren (中崎 蓮)
1Pos229
Namba, Keiichi
3SJA-1
Namba, Keiichi (難波 啓一)
2SDA-1
1GA1415
2Pos088
2Pos093
2Pos098
3Pos0103Pos104
3Pos106
Namiki, Hazuki (並木 葉月)
2Pos029
Nango, Eriko
1Pos007
1Pos008
Nango, Eriko (南後 恵理子)
1GB1415
1Pos0122Pos199
3Pos203
Nango, Eriko (南後 惠理子)1GB1515
Nara, Takaaki (奈良 高明)
3Pos210
Nara, Takuya (奈良 拓也)
1Pos183
Narimiya, Marina (成宮 毬那)
1Pos154
Narita, Akihiro (成田 哲博)
1GA1415
1GF1600
3Pos035
Narita, Yukihiko (成田 幸彦)
2Pos030
Narumi, Tetsuo (鳴海 哲夫)
1Pos169
Naruse, Kanta (成瀬 寛太)
1GM1400
Naruse, Keiji (成瀬 恵治)
3Pos113
Nasrin, Syeda Rubaiya
1GG1530
Nasrin, Syeda Rubaiya (ナスリン サエダルバイヤ)
2Pos106
Nakano, Momoka (中野 萌華)Nakasako, Masayoshi (中迫 雅由)– S225 –Name Index

Nakane, Yurina (中根 有梨奈)
Nakanishi, Atsuko (中西 温子)
Nakanishi, Kotaro (中西 浩太郎)
Nakano, Atsuki (中野 敦樹)

1GK1515
1Pos119
3Pos188
3Pos228
2Pos164
3HL0945
3HL1000
2Pos003
1GC1600
2SCA-6
1GA1430
3Pos027
2Pos219
2SJA-3
3Pos045
1Pos034
1Pos035
3Pos136
2SAP-2
2Pos158
3Pos008
2SAA-6
1GF1545
2SEP-7
1Pos013
1Pos014
1GJ1530
2SDA-3
2Pos018
2Pos073
2Pos091
3Pos087
2SFP-3
1GL1545
3Pos033
1Pos079
1GH1545
3Pos150
2SDA-2
1GG1415
1GG1445
1Pos100
1Pos007
2SEP-2
2Pos010
1GM1615
2Pos072
1GJ1545
2Pos006
2Pos072
3Pos080
2Pos228
1Pos230

Nasu, Yusuke (那須 雄介)
Natsume, Koki (夏目 航希)
Negami, Tatsuki (根上 樹)
Negoro, Chisato (根来 知里)
Negoro, Hiroto (根来 宙利)
Nemoto, Wataru (根本 航)

1GM1415
1GJ1630
1Pos206
2Pos112
3Pos017
3Pos179
3Pos180
3Pos1813Pos182
Nemoto, Yuri L
3SEA-1
Nemoto, Yuri L.
3Pos150
Nemoto, Yuri L. (根本 悠宇里)
2Pos109
Nezasa, Miku (根笹 未来)
1Pos114
Ng'ang'a, Douglas K.
1Pos092
Ngo, Kien Xuan
2Pos077
Nguyen, Han Gia (グエン ハンジャ)2Pos223
Nguyen, Thi Ngoc Loan (グエン ティ ゴック ロアン)
2Pos221
Nicholas, Isac Smith
3Pos243
Nii, Teruki (新居 輝樹)
2Pos166
2Pos167
Niitani, Yamato (新谷 大和)
1Pos087
Niitsu, Ai (新津 藍)
2SIP-2
Nishatani, Shinya (二社谷 伸弥)
1Pos001
Nishibe, Nobuyuki
2Pos028
Nishibe, Nobuyuki (西部 伸幸)
2Pos047
3Pos170
Nishida, Kei (西田 慧)
2Pos153
Nishida, Keiji (西田 敬二)
3Pos028
Nishida, Kentaro (西田 健太郎)
1GM1630
Nishida, Mizuho (西田 水穂)
1Pos236
Nishida, Noritaka (西田 紀貴)
3SAA-6
Nishida, Yui (西田 結衣)
2Pos072
Nishida, Yuki (西田 優樹)
2Pos246
Nishide, Hiroyo (西出 浩世)
3SKA-2
Nishigami, Yukinori (西上 幸範)
1SHA-1
2SMP-2
Nishiguchi, Daiki (西口 大貴)
3SCA-1
Nishiguchi, Shigetaka
2SFA-5
Nishiguchi, Shigetaka (西口 茂孝)
1Pos098
Nishihara, Ryo (西原 諒)
1GA1500
1Pos043
Nishikata, Ichiro (西片 一路)
1Pos114
Nishikawa, Chihiro (西川 ちひろ)
3HL0900
Nishikawa, Kaori (西川 香里)
1SJA-6
2SMA-5
Nishikawa, Koji (西川 幸志)
2Pos004
Nishikawa, Kouki (西川 幸希)
2Pos011
Nishikawa, Masatoshi (西川 正俊)
3Pos070
3Pos100
Nishikawa, Ryo (西川 遼)
2SGP-1
3Pos043
Nishikawa, Seiya (西川 星也)
1Pos222

Nishikawa, Takaaki (西川 孝明)
Nishikawa, Yui (西川 結惟)
Nishikino, Tatsuro (錦野 達郎)

Nishikubo, Kai (西久保 開)
Nishimura, Akiho (西村 明穂)
Nishimura, Aoi (西村 あおい)
Nishimura, Chiaki (西村 千秋)
Nishimura, Michihiro (西村 方博)
Nishimura, Taiki (西村 太希)
Nishimura, Takeshi (西村 岳志)
Nishimura, Takuma (西村 拓馬)
Nishimura, Yosuke (西村 陽介)
Nishimura, Yuji (西村 祐志)
Nishimura, Yukako (西村 有香子)
Nishina, Takumi (仁科 拓海)
Nishinami, Suguru (西奈美 卓)
Nishio, Takashi (西尾 天志)
Nishitani, Yudai (西谷 雄大)
Nishiyama, Akihito (西山 晃史)
Nishiyama, Ken-ichi (西山 賢一)
Nishiyama, Masayoshi (西山 雅祥)

Nishiyama, So-ichiro (西山 宗一郎)
Nishiyama, Yumie (西山 弓恵)
Nishizaka, Takayuki (西坂 崇之)
Nishizaki, Shintaro (西﨑 伸太郎)
Nishizawa, Kenji (西澤 賢治)
Nishizawa, Mayu (西澤 茉由)
Nishizawa, Ryohei (西澤 凌平)
Nishizawa, Tomohiro (西澤 知宏)
Nitta, Takahiro
Niwa, Kazuki (丹羽 一樹)
Niwa, Shinsuke (丹羽 伸介)
Niyomura, Naoki (饒村 直樹)
Nobunaga, Shingo (延永 慎吾)
Noda, Hiroshi (野田 寛)
Noda, N. Nobuo (野田 展生)
Noda, Naoki (野田 直紀)
Noda, Natsumi (野田 夏実)
Noda, Nobuo N. (野田 展生)
Noda, Takeshi (野田 健治)
Noda, Takeshi (野田 岳志)
Nogi, Terukazu (禾 晃和)– S226 –3Pos168
3HL1045
1Pos037
2Pos005
2Pos092
2Pos0212Pos113
1Pos131
3SBA-2
3Pos008
1Pos089
1Pos094
1SLA-2
2Pos070
1GJ1615
3Pos224
1SJA-2
3Pos178
2Pos122
1Pos171
3SJA-2
1Pos159
3SBA-3
3SBA-4
1Pos134
2SGA-4
1Pos095
2Pos081
3Pos0762Pos127
2Pos128
3Pos249
1Pos100
2Pos224
1Pos179
3Pos107
2SAA-7
3Pos183
2SEP-5
3Pos002
1Pos092
1GA1500
3Pos091
3HL0915
1Pos079
3Pos008
1Pos200
2Pos089
2SAP-3
2Pos122
2SBA-6
1GB1415
1Pos055

Noguchi, Akemi (野口 明美)
Noguchi, Takumi (野口 巧)

Noguchi, Tomoki (野口 知輝)
Noji, Hiroyuki (野地 博行)

Noma, Ryohei (野間 涼平)
Nomura, Kaoru (野村 薫)
Nomura, Kohei (野村 浩平)
Nomura, M. Shin-ichiro (野村 M. 慎一郎)
Nomura, Mami (野村 真未)
Nomura, Nobuhiko (野村 暢彦)
Nomura, Norimichi
Nomura, Ryusei (野村 竜聖)
Nomura, Shin-ichiro (野村 慎一郎)

Nomura, Shinichiro (野村 慎一郎)
Nomura, Takao (野村 尚生)
Nonaka, Yuto (野中 雄仁)
Norihiro, Takekawa (竹川 宜宏)
Norizoe, Yuki (乗添 祐樹)

Obataya, Ikuo (小幡谷 育夫)
Obayashi, Kohei (尾林 虹兵)
Obuchi, Haruto (小淵 晴仁)
Ochi, Saki (越智 咲希)
Ochiai, Hiroshi (落合 博)
Ochiai, Shoha (落合 翔生)
Oda, Arisa (小田 有沙)
Oda, Kazumasa (小田 和正)
Oda, Masayuki (織田 昌幸)

Oda, Shino (織田 紫野)
Oda, Shunta (尾田 駿太)
Oda, Soichiro (小田 奏一郎)
Oda, Toshiro (小田 俊郎)
Oda, Yoshihisa (小田 祥久)
Odagiri, Kenta (小田切 健太)
Oded, Béjà (Oded Béjà)
Ogami, Koichi (尾上 耕一)
Ogasawara, Yuta (小笠原 裕太)
Ogata, Hideaki (緒方 英明)
Ogata, Kirari (緒方 きら莉)
Ogata, Koji (緒方 浩二)
Ogawa, Haruto (小川 遥士)
Ogawa, Hinano (小川 陽菜乃)
Ogawa, Rei (小川 令)
Ogawa, Rikiya (小川 力也)

Ogawa, Rina (小川 莉奈)
Ogawa, Yuichi (小川 雄一)
Ogita, Goshi (荻田 豪士)
Ogiue-Ikeda, Mari (池田 真理)
Ogo, Naohisa (小郷 尚久)
Ogura, Soichiro (小倉 聡一郎)
Ogura, Takaya (小倉 鷹矢)
Ogura, Toshihiko (小椋 俊彦)
Ogura, Toshihiko (小椋 利彦)
Ogura, Yui (小掠 由依)
Oh-oka, Hirozo (大岡 宏造)
Ohashi, Sayaka (大橋 沙也佳)
Ohata, Takatoshi (大畑 貴聖)– S227 –1GJ1445
1GL1545
3Pos003
3Pos008
3Pos011
3Pos014
1Pos238
1Pos152
1SLA-4
1GH1500
2Pos017
2SBP-6
3Pos160
1GK1630
2SEP-5
1Pos001
1Pos015
1Pos016
2Pos017
1Pos207
3Pos077
2Pos180
3Pos079
1SLA-1
3Pos098
1GL1400
2SBA-2
2Pos122
1Pos052
2Pos004
2Pos1312Pos184
1Pos171
2Pos199
3Pos098
3HL0930
3HL0945
3HL1000
1GB1500
1GD1515
1Pos0811Pos220
3Pos183
3Pos145
3Pos009
3Pos238
2SGP-1
2SDP-3
2Pos104
1Pos035
2Pos144
1GB1415
3Pos156

Name Index

Nowroz, Senjuti
Nozaki, Tadasu (野崎 慎)
Nozaki, Takuro (野崎 拓郎)
Nozawa, Hikaru (野澤 光輝)
Nozawa, Kayo (野澤 佳世)
Nozoe, Takashi (野添 嵩)
Nuemket, Nipawan
Nuemket, Nipawan (Nipawan Nuemket)
Numoto, Nobutaka (沼本 修孝)
Nunes Evangelista, Nathan
Nur Rochmah, Atika
Nureki, Osamu
Nureki, Osamu (濡木 理)

2Pos0122Pos185
1Pos130
1Pos160
1Pos165
1Pos166
2SFP-2
1GD1430
1GF1415
1GF1445
1GI1515
1GI1545
2Pos039
2Pos046
2Pos080
2Pos162
2Pos240
3Pos060
3Pos082
3Pos233
1GM1445
1Pos134
2SAP-3
2Pos063
2Pos160
2SMP-4
3Pos117
1Pos008
2Pos182
1SGA-3
2Pos163
3Pos051
1Pos136
3Pos205
3HL1130
1Pos056
1Pos049
2Pos050
2Pos052
2Pos245
1GG1530
2SBP-5
1GA1445
3Pos232
2SEA-2
1Pos193
1Pos008
1GB1415
1Pos016
1Pos173
1GB1515
3Pos018
2SEP-5

Ohira, Kosuke (大平 皐介)
Ohki, Mio (大木 規央)
Ohki, Yuya (大木 優也)

3Pos230
3Pos038
2SCA-2
3Pos173
Ohkubo, Tatsunari (大久保 達成)
3Pos016
3Pos046
Ohmachi, Masashi (大町 優史)
3Pos078
Ohmori, Tsukasa
3Pos018
Ohmuro-Matsuyama, Yuki (大室 有紀)
1Pos240
Ohmuro-Matsuyama, Yuki (大室（松山） 有紀)
1Pos244
Ohnishi, Kohei (大西 康平)
1GD1545
Ohnishi, Yasuo (大西 康夫)
1Pos050
Ohnishi, Yuki (大西 裕季)
3Pos225
3Pos226
Ohnishi, Yusuke (大西 裕介)
3Pos196
Ohno, Hirohisa (大野 博久)
2Pos063
Ohno, Marina (大野 麻莉菜)
1SEA-4
Ohno, Tetsuo (大野 哲生)
3Pos075
Ohnuki, Jun (大貫 隼)
1Pos211
Ohnuma, Kiyoshi (大沼 清)
1Pos109
Ohshima, Daisuke (大島 大輔)
1SFA-4
Ohsugi, Miho (大杉 美穂)
1Pos180
Ohta, Akane (太田 茜)
1GD1545
Ohta, Kunihiro (太田 邦史)
1GK1630
Ohta, Michihiro (太田 道裕)
1Pos154
Ohta, Yoshihiro
1GG1630
3Pos111
Ohta, Yoshihiro (太田 善浩)
2Pos113
2Pos114
Ohtake, Yoshiyuki (大竹 良幸)
2Pos074
Ohtani, Syuji (大谷 修司)
3SKA-2
Ohuchi, Hideyo (大内 淑代)
1GJ1400
1GJ1615
Ohue, Masahito (大上 雅史)
1GB1530
1GK1530
1GL1600
2Pos183
3Pos005
Ohya, Masaiku (大宅 正育)
1Pos149
Ohya, Susumu (大矢 進)
3Pos076
Oi, Rika (大井 里香)
2Pos012Oide, Mao (大出 真央)
3SAA-1
1GB1430
1GK1400
3Pos088
Oikawa, Hiroyuki (小井川 浩之)
1GE1515
1Pos041
Oiki, Shigetoshi (老木 成稔)
2SCA-3
3Pos137
Oishi, Kentaro (大石 健太郎)
2Pos184
Oishi, Takumi (大石 匠美)
3Pos058
Oiwa, Kazuhiro (大岩 和弘)
1GF1400

Oka, Naohiro (岡 直宏)
Oka, Toshihiko (岡 俊彦)
Okabe, Kohki (岡部 弘基)
Okabe, Koki (岡部 弘基)
Okabe, Mami (岡部 真未)
Okabe, Masahiro (岡部 誠大)
Okada, Kazuma (岡田 一真)
Okada, Mariko (岡田 眞里子)

Okada, Ryo (岡田 涼)
Okada, Takashi (岡田 崇)
Okada, Tomoko (岡田 知子)
Okada, Yasushi
Okada, Yasushi (岡田 康志)

Okajima, Takaharu (岡嶋 孝治)

Okajima, Toshihide (岡島 俊英)
Okamoto, Hiroyuki (岡本 紘幸)
Okamoto, Kenji (岡本 憲二)
Okamoto, Nachi (岡本 那智)
Okamoto, Reina (岡本 玲菜)
Okamoto, Tatsuki (岡本 樹希)
Okamoto, Yukihiro (岡本 行広)
Okamura, Yasushi (岡村 康司)
Okaniwa, Tomoaki (岡庭 有明)
Okano, Keiko (岡野 恵子)
Okano, Natsuki (岡野 夏暉)Okano, Toshiyuki (岡野 俊行)
Okayama, Ayumi (岡山 杏由美)
Okazaki, Kei-ichi
Okazaki, Kei-ichi (岡崎 圭一)

Okimura, Chika (沖村 千夏)
Okino, Hayata (沖野 隼大)Okita, Hikari (沖田 ひかり)– S228 –1GF1430
1GF1545
1Pos085
1Pos101
3Pos103
3Pos108
1Pos158
1Pos153
1Pos248
3Pos246
2Pos248
2Pos016
1GE1630
2Pos201
1GI1600
1GK1600
1Pos192
1Pos217
1Pos188
1Pos225
2SDP-32Pos222
1GM1430
1GM1545
1Pos083
2Pos224
2SLP-1
1Pos115
2Pos213
3Pos067
1Pos215
3Pos008
2Pos036
3HL1100
1GF1600
3Pos180
3Pos122
3Pos123
2SCA-5
1GL1515
2SJA-42Pos140
1Pos228
2SJA-42Pos140
2Pos115
1Pos201
2SHA-5
1Pos211
3Pos093
1Pos1122Pos237
1GI1400

Okitsu, Takashi (沖津 貴志)
Okochi, Mina (大河内 美奈)
Okuda, Aya (奥田 綾)

Okuda, Mitsuhiro (奥田 充宏)
Okuda, Satoru (奥田 覚)

Okuda, Sota (奥田 宗太)
Okumura, Hideo (奥村 英夫)
Okumura, Hisashi (奥村 久士)
Okumura, Ryu (奥村 龍)
Okumura, Shigeru (奥村 繁)
Okunishi, Taishi (奥西 泰之)
Okuno, Misuzu (奥野 未鈴)
Omae, Ryoma (大前 諒真)
Omori, Fuga (大森 楓河)
Omori, Kan (大森 環)
Omori, Toshihiro (大森 俊宏)
Omoto, Kenta (尾本 健太)
Omura, Risa (太村 理沙)
Omura, Satoshi
Onami, Shuichi (大浪 修一)

Onchaiya, Sawaros
Onishi, Hidenori (大西 秀典)
Onishi, Itaru (大西 到)
Ono, Junichi (小野 純一)
Ono, Junichiro (小野 純一郎)
Ono, Ryohei (小野 稜平)
Ono, Takao (小野 尭生)
Onoda, Hiroki
Onoda, Hiroki (小野田 浩宜)

Onodera, Taishi (小野寺 大志)
Onoue, Yasuhiro (尾上 靖宏)
Ooishi, Ayako (大石 郁子)
Ooka, Koji (大岡 紘治)

Oroguchi, Tomotaka (苙口 友隆)
Osabe, Kenji (長部 謙二)
Osada, Seiji (長田 誠司)

Osakada, Yasuko (小阪田 泰子)
Osaki, Toshihisa (大崎 寿久)
Osanai, Riu (小山内 瑠)
Osawa, Tsukiho (大澤 月穂)
Oshima, Hiraku (尾嶋 拓)
Oshima, Ryuhei (大嶋 龍平)
Oshima, Taketo (大島 健登)
Oshiro, Takumi (大城 拓未)
Ota, Hideaki (太田 英暁)
Ota, Motonori (太田 元規)

Ota, Riko (太田 莉瑚)
Ota, Ryosaku (太田 亮作)
Ota, Sadao (太田 禎生)
Ota, Takeru (太田 岳)
Otani, Kan (大谷 莞)
Otomo, Akihiro
Otomo, Akihiro (大友 章裕)
Otosu, Takuhiro (乙須 拓洋)
Otsu-Hyodo, Tomoko (兵土 知子)
Otsubo, Yoko (大坪 瑶子)
Otsuka, Hiroaki (大塚 浩晨)
Otsuka, Takemasa (大塚 丈雅)
Otsuka, Yoichi (大塚 洋一)
Otubo, Shiho (大坪 史歩)
Oyama, Ryo (小山 糧)
Oyama, Takuji (大山 拓次)
Oyama, Tokitaka (小山 時隆)
Ozeki, Yasuyuki (小関 泰之)
Ozeki, Yuriko (尾関 百合子)
P. Tiwari, Sandhya (サンデヒャ ティワリ)
Paggi, Joseph M.
Pan, Xu (潘 旭)
Paola, Laurino (パオラ ラウリノ)
Park, Sam-Yong (朴 三用)
Parkin, Dan (パーキン 暖)Peng, Zugui (彭 祖癸)Pengsawang, Maneenuch
Peter, Chi
Pongprayoon, Prapasiri
Porcar, Lionel (Porcar Lionel)
Postrado, Michael (ポストラド マイケル)
Potiszil, Christian– S229 –3Pos226
2SEA-4
1Pos180
3Pos099
1Pos134
2Pos188
2Pos040
1Pos111
2Pos001
1GG1430
1Pos002
1Pos186
2Pos1762Pos179
1Pos090
3Pos0122SJP-4
1Pos2313Pos138
2Pos084
2Pos065
2Pos120
2Pos121
2Pos074
2SBA-3
2SBA-42Pos140
3HL0945
3HL1000
1SMA-5
2Pos0421Pos224
3Pos152
1Pos015
2SJA-5
2SFP-3
3Pos244
3SBA-3
1Pos234
1GJ1530
3Pos205
2SIP-3
3Pos038
3Pos188
1GB1615
1SGA-82Pos008
1GE1415
2Pos007
2Pos008
1Pos009
2Pos117
2SAP-2Name Index

Orii, Ryota (折井 良太)

3Pos161
2Pos110
3SBA-4
1GA1445
2Pos025
2Pos241
2SMA-32SLP-5
3Pos208
1SAA-5
2SHP-5
2SAA-2
1Pos2022Pos217
2Pos048
3Pos025
3Pos066
2Pos167
1GH1600
2SAP-52Pos224
1Pos197
2Pos225
3Pos018
2SBP-3
3Pos069
3Pos239
1Pos018
1GA1415
1Pos038
2SHA-3
1GK1515
1Pos142
2SEP-52Pos219
1Pos044
2Pos003
2Pos178
3Pos032
3Pos250
3Pos205
2SFP-2
3Pos020
1GA1530
2Pos024
2Pos026
3Pos021
3Pos022
1Pos070
1Pos116
3Pos031
2SEA-3
3Pos225

2Pos158
Pretre, Gabriela (Pretre Gabriela)
2Pos241
Proesmans, Karel Josef A.
3Pos216
Prost, Jacques (PROST Jacques)
2SBP-4
Qiu, Yinghua
1SGA-6
Rajamani, Sudha
2SAP-4
Ramakrishnan, Charu
1GJ1530
Rangadurai, Atul
3SAA-2
Rashid, Mst Rubaya (ラシヅ モサンマツルバヤ)
1Pos093
Rashid, Mst. Rubaya
3Pos214Rathnayaka, Tharangani
1Pos025
Rauch, Nora
1Pos217
Razavi, Shiva
2Pos164
Re, Suyong (李 秀栄)
3Pos185
Ren, Weitong (Ren Weitong)
3SAA-1
Rendrawan, Dedy
1Pos212Renger, Thomas (Renger Thomas)
1Pos160
Reschke, Bianca
2Pos181
Reza, Bagherzadeh (Reza Bagherzadeh)
2SEP-5Rocklin, Gabriel (ロックリン ガブリエル)
1SAA-4
Roland, Norr
2SIP-5
Rondelez, Yannick (ロンドゥレーズ ヤニック)
2Pos046
Royant, Antoine
2SEP-6
Rozenberg, Andrey
2Pos132
Rukhlenko, Oleksii
1Pos217
Rupprecht, Jean-François (Rupprecht Jean-François)3Pos107
Rutkowski, David M.
3SCA-2
Sabek, Yassine
2Pos047
Sada, Kazuki
1Pos093
Sada, Kazuki (佐田 和己)
2SIA-1
1GG1530
Sadakane, Koichiro (貞包 浩一朗)
1Pos171
Saeki, Shiori (佐伯 詩織)
2Pos072
Saga, Yoshitaka (佐賀 佳央)
1Pos163
Saio, Tomohide (齋尾 智英)
2Pos051
Saito, Akari (齊藤 明里)
2Pos118
Saito, Ayaka (齋藤 彩夏)
1GC1445
Saito, Gota (齋藤 豪太)
3Pos181
Saito, Gouta (齋藤 豪太)
3Pos182
Saito, Hirohide (齊藤 博英)
1GI1445
2Pos063
Saito, Katsunari (齋藤 克成)
1Pos192
Saito, Keisuke (斉藤 圭亮)
3SJA-3
1GL1415
1GL1445
3Pos157
Saito, Kohei (齋藤 康平)
3Pos227
Saito, Masahiro (齊藤 昌弘)
1GL1415
Saito, Minoru (斎藤 稔)
3Pos145
3Pos149

Saito, Nen (斉藤 稔)
Saito, Ryosuke (齊藤 諒介)
Saito, Ryunosuke (齋藤 龍之介)
Saito, Shigure (斎藤 詩恋)
Saito, Shigure (齊藤 詩恋)
Saito, Shogo (齊藤 彰吾)
Saito, Takahiro (齊藤 崇啓)
Saito, Takuya (齋藤 拓也)
Saito, Tsuyoshi (斉藤 毅)
Saito, Yasuhisa (斎藤 保久)
Saito, Yoko (齊藤 洋子)
Saito, Yutaka (齋藤 裕)
Sakaguchi, Ayuri (坂口 歩理)
Sakaguchi, Chie
Sakaguchi, Miyuki (坂口 美幸)
Sakai, Hayata (酒井 颯太)
Sakai, Kazumi (酒井 佳寿美)
Sakai, Keiichiro (酒井 啓一朗)
Sakai, Makoto (酒井 誠)
Sakai, Ryuichi (酒井 隆一)
Sakai, Yuji (境 祐二)

Sakai, Yusuke (酒井 祐輔)
Sakajo, Takashi (坂上 貴之)
Sakakibara, Hitoshi (榊原 斉)
Sakakibara, Yusuke (榊原 佑介)
Sakamaki, Kazuhiro (酒巻 和弘)
Sakamoto, Hirokazu (坂本 寛和)
Sakamoto, Kazufumi (坂本 一史)

Sakamoto, Koji (阪本 康司)
Sakamoto, Naoaki (坂本 尚昭)
Sakamoto, Yuta (阪本 悠太)
Sakanoue, Rin (坂上 凛)
Sakata, Kai (坂田 桧)
Sakata, Kazuki (坂田 和樹)
Sakata, Yusei (阪田 悠世)
Sakaue, Takahiro (坂上 貴洋)

Sakayori, Akinari (酒寄 朗成)
Sako, Yasushi (佐甲 靖志)– S230 –1GK1615
2Pos103
2Pos147
3Pos070
3HL1045
2Pos020
2Pos022
2Pos1102Pos218
2Pos050
2SGP-1
1Pos225
2Pos063
2Pos043
3Pos141
2SAP-2
2Pos158
2Pos120
2Pos1212Pos1421Pos1482Pos138
2SBA-4
1Pos227
1Pos228
2Pos016
1SMA-2
1Pos200
3Pos207
3Pos163
3Pos2103Pos103
2Pos017
3Pos151
3Pos171
3SEA-3
1GI1615
3Pos132
3Pos215
3Pos048
3Pos061
2Pos244
2Pos105
1GM1530
3Pos045
3Pos163
2SBP-4
2Pos050
2Pos052
2Pos244
2Pos245
3Pos163
1Pos122

Sakuma, Koya (佐久間 航也)
Sakuma, Mayuko (佐久間 麻由子)
Sakuma, Shinya (佐久間 臣耶)
Sakuma, Yuka (佐久間 由香)
Sakumichi, Naoyuki (作道 直幸)
Sakuraba, Shun (櫻庭 俊)
Sakuragi, Shigeo (櫻木 繁雄)
Sakurai, Takashi (櫻井 隆)
Sakuta, Hiroki (作田 浩輝)
Sano, Fumiya K. (佐野 文哉)
Sano, Koki (佐野 航季)
Sano, Yutaka (佐野 豊)
Saotome, Tomonori (早乙女 友規)
Sarkar, Bidyut (Sarkar Bidyut)
Sasajima, Yuya (笹嶋 雄也)
Sasaki, Ayu (佐々木 亜優)
Sasaki, Daiki
Sasaki, Jiei (佐々木 慈英)
Sasaki, Kazuo (佐々木 一夫)
Sasaki, Kensuke (佐々木 健介)
Sasaki, Ryota (佐々木 亮太)
Sasaki, Takanori (佐々木 貴規)

Sasaki, Takema (佐々木 武馬)
Sasaki, Taro (佐々木 太朗)
Sasaki, Yuji C. (佐々木 裕次)

Sato, Kazunobu (佐藤 和信)
Sato, Keidai (佐藤 啓大)
Sato, Keisuke (佐藤 啓介)
Sato, Keita (佐藤 恵太)

1GJ1615
1GK1400
1SLA-6
1Pos101
3Pos006
1GC1545
1Pos144
3Pos206
1Pos127
1Pos072
3Pos058
1Pos017
1Pos028
2SEA-3
3Pos219
2Pos054
1GF1530
2SCP-4
1Pos1812Pos066
2Pos067
2Pos168
3Pos057
Sato, Yusuke (佐藤 雄介)
2SDP-42SDP-6
Sato-Tomita, Ayana (佐藤 文菜)
3Pos038
Sawada, Jun-ichi (澤田 潤一)
3Pos009
Sawada, Kazuhiro (澤田 和宏)
3Pos008
Sawada, Shogo (澤田 翔吾)
3Pos102
Sawada, Shun (澤田 駿)
2Pos202
Sawada, Yasuyuki (澤田 康之)
3Pos131
Sawai, Satoshi (澤井 哲)
2Pos108
Sawatari, Hayate (猿渡 追颯)
1Pos005
Scheler, Ulrich (シェーラー ウルリッヒ)
2SAA-7
Schmidt, Thorsten
2SCP-4
Schrader, Thomas (Schrader Thomas)
1GD1400
Schwille, Petra
3SKA-3
Schwitter, Ariane Melissa (詩湯武位多 娃利愛成 女立桜)3Pos121
Seaim, Lwin Aye (Seaim Lwin Aye)
3Pos057
Segawa, Yumi (瀬川 夕海)
3Pos138
Seidel, Claus A. M.
2Pos181
Seike, Ryouhei (清家 陵平)1Pos150
Seki, Soichiro (関 荘一郎)
1Pos158
Sekiguchi, Hiroshi (関口 博史)
1Pos001
Sekine, Kosuke (関根 宏介)
3Pos143
Sekine, Yasuhito (関根 康人)
2Pos156
Semba, Yumi (銭場 由美)
3Pos038
Senda, Toshiya (千田 俊哉)
3SKA-2
3Pos082
Sentoku, Mitsuru (千徳 光)
1GG1500
2Pos090
3Pos132
Sato, Kochi (佐藤 航地)
Sato, Kohei
Sato, Kosei (佐藤 耕世)
Sato, Kyohei (佐藤 恭平)
Sato, Mana (佐藤 茉奈)Sato, Mitsuki (佐藤 美月)
Sato, Ryoichi (佐藤 諒一)
Sato, Satoshi B. (佐藤 智)
Sato, Shoko
Sato, Shoko (佐藤 祥子)
Sato, Suguru (佐藤 優)
Sato, Takehiro (佐藤 健大)
Sato, Tomoaki (佐藤 智亮)
Sato, Toshiyuki (佐藤 俊之)
Sato, Wataru (佐藤 航)
Sato, Yusei (佐藤 優成)
Sato, Yusuke
Sato, Yusuke (佐藤 佑介)– S231 –Name Index

Sasaki, Yunoshin (佐々木 悠之進)
Sasamoto, Yuhi (笹本 結飛)
Sato, Akane (佐藤 朱音)
Sato, Ayaka (佐藤 綾香)
Sato, Chikara (佐藤 主税)
Sato, Daisuke (佐藤 大輔)
Sato, Katsuhiko (佐藤 勝彦)

2Pos036
1Pos0022Pos1762Pos129
3Pos237
2Pos125
3Pos126
1Pos198
1Pos224
3Pos203
1Pos140
1Pos142
3Pos072
2Pos102
3Pos108
3Pos011
3Pos0142SCP-5
1Pos041
1Pos023
1Pos026
1Pos040
3Pos104
3Pos106
3Pos094
3Pos095
3SEA-1
3Pos205
1Pos088
3Pos091
1Pos170
3Pos230
1Pos189
1Pos191
2Pos177
3Pos176
2SIA-32Pos236
2Pos031
3Pos016
3Pos046
1Pos0421Pos163
1Pos125
1Pos075
1Pos187
3Pos001
2SMP-2
1Pos218
1Pos067
1GI1415
1Pos119
1GJ1400

Sentoku, Mitsuru (千德 光)
Seo, Daisuke (瀬尾 悌介)
Seo, Kaito (瀬尾 海渡)
Seri, Kentaro (世利 謙太郎)
Seto, Ryoka (瀬戸 涼香)
Shekhar, ShashankShen, Yang-I (沈 洋逸)Shi, Liangquan (SHI LIANGQUAN)
Shibagaki, Mitsuki (柴垣 光希)
Shibamiya, Itsuki (芝宮 一輝)
Shibata, Keisei (柴田 桂成)
Shibata, Mikihiro (柴田 幹大)

Shibata, Norio (柴田 哲男)
Shibata, Satoshi (柴田 敏史)
Shibata, Tatsuo (柴田 達夫)

Shibata, Yutaka (柴田 穣)

Shibayama, Naoya (柴山 修哉)
Shibuya, Asuka (渋谷 明日香)
Shibuya, Hayato (渋谷 颯人)
Shibuya, Ren (澁谷 蓮)
Shichida, Yoshinori (七田 芳則)
Shichino, Yuichi (七野 悠一)
Shida, Tomoya (志田 智哉)
Shidara, Hisashi (設樂 久志)
Shigeno, Mamoru (重野 守)
Shigeta, Yasuteru (重田 育照)

Shihoya, Wataru (志甫谷 渉)

Shikakura, Takafumi (鹿倉 啓史)
Shikata, Hiromasa (四方 明格)

1GG1600
2Pos014
1GI1530
1Pos105
1Pos156
2SMP-1
3Pos065
1Pos004
1GB1600
2Pos049
3HL0900
2SEP-5
2SEA-1
1Pos064
1Pos137
1Pos138
2Pos225
3Pos058
1GB1445
3Pos162
1Pos011
1Pos220
3Pos183
3Pos220
3SKA-2
1Pos160
2Pos1422Pos145
3Pos038
3Pos009
1SEA-4
1GC1415
1GM1430
1GJ1400
1Pos153
2SJP-2
1Pos055
1GM1445
1Pos237
1Pos019
1Pos075
1Pos215
1Pos223
2Pos146
3Pos189
3Pos202
1GJ1445
1GL1545
3Pos003
3Pos011
3Pos014
1Pos204
1SLA-2

Shimada, Atsuhiro (島田 敦広)

Shimada, Hiroyuki (島田 紘行)
Shimada, Yuichiro (嶋田 友一郎)
Shimakawa, Ginga (嶋川 銀河)
Shimamori, Keiya (島森 圭弥)
Shimamoto, Keiko (島本 啓子)
Shimamoto, Yuta (島本 勇太)

Shimamura, Hisashi (嶋村 悠)
Shimamura, Sakie (島村 幸稀英)
Shimane, Yasuhiro (嶋根 康弘)
Shimanuki, Kyoko (島貫 京子)
Shimatake, Yukako (嶋武 優香子)
Shimazoe, Masa A. (島添 將誠)
Shimi, Takeshi (志見 剛)
Shimizu, Fumiya (清水 郁也)
Shimizu, Hiroaki (清水 宏明)
Shimizu, Kentaro (清水 謙多郎)
Shimizu, Kosei (清水 光星)
Shimizu, Masahiro (清水 将裕)

Shimizu, Masaru (清水 勝)
Shimizu, Rumi (清水 瑠美)
Shimizu, Yoshihiro (清水 義宏)

Shimo-Kon, Rieko (下 理恵子)
Shimoaka, Takafumi (下赤 卓史)

Shimobayashi, Shunsuke (下林 俊典)
Shimooka, Wataru (下岡 渉)
Shimosato, Taku (下里 卓)
Shimoyama, Hiromitsu (下山 紘充)
Shin, Da Young (申 多英)
Shinagawa, Ayumi (品川 歩)
Shinkai, Soya (新海 創也)
Shino, Genki (篠 元輝)
Shinobu, Ai (信夫 愛)
Shinoda, Hajime (篠田 肇)
Shinoda, Keigo (篠田 圭吾)
Shinoda, Tatsuya (篠田 達也)
Shinoda, Toshiyuki (篠田 稔行)
Shinoda, Wataru
Shinoda, Wataru (篠田 渉)– S232 –2Pos010
2Pos011
2Pos032
3Pos246
1Pos165
3Pos017
1Pos005
1Pos103
1Pos134
1SCA-6
1Pos073
2Pos105
2Pos052
3Pos182
2SAP-6
3Pos083
1Pos018
1GE1615
1Pos232
3Pos115
2Pos030
1Pos188
3Pos193
2Pos121
3SBA-3
3SBA-4
1Pos009
3Pos008
1Pos022
2SKP-2
2Pos063
2Pos165
2Pos082
1Pos060
1Pos129
3Pos044
3SEA-5
2SEP-1
1Pos164
3Pos190
3Pos197
3Pos101
2Pos219
2SBP-3
1Pos068
2Pos188
2SJP-1
1Pos040
2Pos083
2Pos156
2Pos145
3Pos200
3SHA-4

Shinohara, Yuta (篠原 雄太)
Shinone, Tsukasa (篠根 司)
Shintaku, Hirofumi (新宅 博文)
Shintani, Masaki (新谷 政己)
Shintani, Seine A. (新谷 正嶺)
Shintani, Yuta (新谷 優太)
Shintomi, Keishi (新冨 圭史)
Shintomi, Miyuki (新冨 美雪)
Shinzawa-Itoh, Kyoko (伊藤・新澤 恭子)
Shioda, Norifumi (塩田 倫史)
Shioi, Go (塩井 剛)
Shiomi, Akifumi (塩見 晃史)
Shiraga, Keiichiro (白神 慧一郎)
Shirai, Nobu C. (白井 伸宙)
Shirai, Taku (白井 拓)
Shirai, Tsuyoshi (白井 剛)

Shirakawa, Masahiro (白川 昌宏)
Shirane, Michiko (白根 道子)
Shirasaki, Yoshitaka (白崎 善隆)

Shirata, Ren (白田 廉)
Shiro, Yoshitsugu (城 宜嗣)
Shiroguchi, Katsuyuki (城口 克之)
Shiroishi, Mitsunori (白石 充典)
Shirota, Hideaki (城田 秀明)
Shirouzu, Mikako (白水 美香子)
Shivashankar, Gv (SHIVASHANKAR GV)
Shoji, Hiroto (庄司 紘都)
Shoji, Kan (庄司 観)

Shoji, Tomoya (庄司 智哉)
Shou, Jingwen (Shou Jingwen)
Shuhei, Kameyama (亀山 修平)
Shulman, Gerald I (Shulman Gerald I)
Siddhesh, Aras
Simada, Atsuhiro (島田 敦広)
Singh, Manish

Sivashanmugan, Kundan (Sivashanmugan Kundan)
1Pos232
Smith, Gregory Allan
2SIA-5Smith, Nicholas (Nicholas Smith)2Pos229
Smith, Nicholas (スミス ニコラス)
1GM1630
So, Masatomo (宗 正智)
2Pos057
Sobott, Frank
1GD1530
Sodeoka, Mikiko (袖岡 幹子)
3Pos243
Soeda, Yoshiyuki (添田 義行)
1Pos140
Soga, Kyohei (曽我 恭平)
1Pos012
Sokabe, Masahiro (曽我部 正博)
2SGA-62SLP-5
3Pos131
Soma, Mika (相馬 ミカ)
3Pos145
Someya, Takumi (染谷 拓)
1Pos195
Son, Sejin
1Pos132
Song, Chihong (ソン チホン)
2Pos250
Song, Seoyoon
1Pos132
Song, Yuchi
3Pos015
Song, Zihao (宋 子豪)
3Pos225
3Pos226
Sonobe, Seiji (園部 誠司)
1GF1545
Sonoyama, Masashi (園山 正史)
1Pos060
1Pos129
2Pos029
3Pos044
3Pos158
Sonoyama, Shogo (園山 翔悟)
3Pos176
Sowa, Yoshiyuki (曽和 義幸)
1GJ1545
2Pos071
2Pos076
Srinivasa Raghavan, Sriram
1Pos046
Stephanie, Gladyck
3Pos039
Subhan Hadi, Kusuma
1GM1515
Sudo, Miu (須藤 未羽)
2SCA-2
1Pos146Sudo, Yuki (須藤 雄気)
1SDA-3
2SEA-6
1GJ1545
1GJ1615
1Pos057
1Pos155
Suetaka, Shunji (季高 駿士)
2Pos044
3Pos022
Suetake, Isao (末武 勲)
1Pos067
Suetani, Hiromichi (末谷 大道)
3Pos098
Suetsugu, Masayuki (末次 正幸)
2SKA-1
Suetsugu, Shiro (末次 志郎)
2SDP-1
Suga, Hiroaki (菅 裕明)
2Pos057
Sugahara, Michihiro
1Pos007
Sugasawa, Haruka (菅澤 はるか)
3SAA-1
Sugasawa, Hinata
1GE1400
Sugase, Kenji (菅瀬 謙治)
2SAA-7– S233 –Name Index

Shoji, Kyohei (庄司 響平)
Shoji, Mikio (庄子 幹郎)
Shoji, Mitsuo (庄司 光男)

1GK1445
2Pos116
3Pos194
2SJA-22SCA-2
1SJA-6
2SMA-5
1Pos169
3Pos222
2Pos177
1Pos180
1Pos180
3Pos037
2SAA-4
3Pos069
1SJA-6
2SMA-5
1Pos080
1Pos0811Pos198
1Pos237
3SJA-4
3HL1045
2Pos154
2SAA-7
2SBA-1
2Pos220
3Pos237
3Pos2412Pos235
3Pos041
1GL1515
1Pos013
1Pos014
3SFA-4
2SHP-4
2Pos015
2SBP-4
3HL1030
1SGA-3
1SGA-5
3Pos231
3Pos083
1Pos011
1Pos215
2Pos146
2Pos0763Pos244
3Pos0812Pos032
3Pos039
3Pos039
3Pos033

Sugawa, Mitsuhiro (須河 光弘)
Sugawara, Takeshi (菅原 武志)
Sugawara, Taku (菅原 卓)
Sughiyama, Yuki (杉山 友規)
Sugi, Takuma (杉 拓磨)

Sugihara, Kaori (杉原 加織)

Sugimoto, Hikaru (杉本 光)
Sugimoto, Hiroshi (杉本 宏)
Sugimoto, Masahiro (杉本 昌弘)
Sugimoto, Teppei (杉本 哲平)

Sugimoto, Yasuhiro (杉本 靖博)
Sugimura, Kaoru (杉村 薫)
Sugishita, Tomoaki (杉下 友晃)
Sugita, Masatake (杉田 昌岳)
Sugita, Yui (杉田 有治)
Sugita, Yuji

Sugita, Yuji (杉田 有治)

Sugita, Yukihiko (杉田 征彦)
Sugiura, Kazunori (杉浦 一徳)

Sugiura, Masahiro (杉浦 雅大)Sugiura, Wataru (杉浦 航)
Sugiura, Yuya (杉浦 勇也)
Sugiyama, Hironori (杉山 博紀)
Sugiyama, Jun-ichi (杉山 順一)
Sugiyama, Masaaki (杉山 正明)

1GF1530
3Pos213
2Pos030
2Pos204
1GM1615
2Pos230
2Pos232
3SHA-1
1GH1515
3Pos121
1GM1415
3Pos0411Pos191
1GJ1445
1Pos037
2Pos034
3Pos011
1SFA-5
1Pos220
1Pos067
2Pos183
2Pos197
2Pos187
2Pos198
3Pos198
2SHA-4
2SIP-2
3SAA-1
1GD1445
1Pos200
1Pos209
2Pos188
3Pos088
3Pos186
3Pos192
2SGP-1
1GB1415
1GM1445
1GM1630
2Pos229
3Pos234
3Pos235
1GJ1530
3Pos162
2Pos020
2Pos022
1GB1445
1SLA-4
1GH1500
3SFA-1
3SBA-4
1GA1445
1Pos009

Sugiyama, Shigeru (杉山 成)
Sugiyama, Teruki (杉山 輝樹)
Sugo, Noriyuki (菅生 紀之)
Sumi, Shunsuke (角 俊輔)
Sumida, Yuki (炭田 悠貴)
Sumii, Yuji (住井 裕司)
Sumikama, Takashi (炭竈 享司)
Sumino, Yutaka (住野 豊)
Sumiyoshi, Ai (住吉 愛)
Sumiyoshi, Rieko (住吉 里英子)
Sun, Linhao (スン リンハオ)
Sunadome, Kazunori (砂留 一範)
Sunami, Tomoko
Sunami, Tomoko (角南 智子)
Suno, Chiyo (寿野 千代)
Suno, Ryoji (寿野 良二)

Suno-Ikeda, Chiyo (寿野‐池田 千代)
Suto, Arisa (須藤 愛莉咲)
Suwa, Makiko (諏訪 牧子)

Suyong, Re (李 秀栄)
Suzuki, Akira (鈴木 翠)
Suzuki, Fuga (鈴木 風雅)Suzuki, Haruya (鈴木 陽也)
Suzuki, Hiroaki (鈴木 宏明)
Suzuki, Kenichi G. N. (鈴木 健一)
Suzuki, Kenichi G.N. (鈴木 健一)
Suzuki, Kenichi GN
Suzuki, Kenshi (鈴木 研志)
Suzuki, Leo (鈴木 怜和)Suzuki, Madoka (鈴木 団)
Suzuki, Mamoru
Suzuki, Masaru (鈴木 賢)
Suzuki, Masato (鈴木 允人)
Suzuki, Naoya (鈴木 直哉)
Suzuki, Nobutake (鈴木 信勇)
Suzuki, Rika (鈴木 里佳)
Suzuki, Riko (鈴木 璃子)Suzuki, Shino (鈴木 志野)
Suzuki, Sota (鈴木 爽太)
Suzuki, Taisei (鈴木 大晴)– S234 –1Pos032
2Pos025
2Pos029
2Pos235
1GD1600
1GI1445
3Pos041
1GB1445
3Pos162
2SHA-1
3Pos108
3Pos214
3Pos102
1GF1500
3Pos084
2Pos223
2SMA-1
1Pos072
1Pos069
3Pos043
2SGP-1
1GB1415
1GB1445
3Pos043
2SGP-1
2Pos038
1Pos187
1Pos190
3Pos175
2Pos188
3Pos009
3HL1015
2Pos248
3Pos056
1GG1400
2SDP-4
3SEA-1
1Pos169
1GE1515
1SFA-1
1Pos007
3Pos064
1GI1500
1Pos139
2Pos220
3Pos237
1Pos057
1Pos155
2SGP-1
3SKA-7
1GG1600
3Pos112
1Pos137

Suzuki, Takao K. (鈴木 誉保)Suzuki, Takehiro (鈴木 健裕)
Suzuki, Taro (鈴木 太朗)
Suzuki, Tateki (鈴木 干城)Suzuki, Toshiharu (鈴木 俊治)
Suzuki, Tsutomu (鈴木 勉)
Suzuki, Yasuo (鈴木 康夫)
Suzuki, Yuki (鈴木 勇輝)
Suzuki, Yutaka (鈴木 穣)
Suzuki, Yuto (鈴木 悠斗)
Su’etsugu, Masayuki (末次 正幸)
Sya, Kyokuhou (Sya Kyokuhou)
Tabata, Kazuhito (田端 和仁)

Tabata, Sho (田畑 祥)
Tachibana, Seira (橘 星良)
Tadokoro, Takashi (田所 高志)
Tadokoro, Yoshitaka (田所 良崇)
Taga, Gentaro (多賀 厳太郎)
Taguchi, Masahiko (田口 真彦)

Taguchi, Tomohiko (田口 友彦)
Taguchi, Yuto (田口 雄翔)
Tahara, Kai (田原 海)
Tahara, O. Yuhei (田原 悠平)
Tahara, Shinya (田原 進也)

Tahara, Tahei (田原 太平)
Taira, Naoyuki (平 尚之)
Tajima, Hirotaka (田島 寛隆)

Tajiri, Michiko (田尻 道子)

Takabe, Kyosuke (高部 響介)
Takada, Ayato (髙田 礼人)
Takada, Hiroya (高田 弘弥)
Takada, Kazunori (高田 一範)
Takada, Naoya (高田 直哉)
Takada, Sakura (髙田 咲良)
Takada, Shoji
Takada, Shoji (高田 彰二)

Takagi, Ayumu (高木 歩夢)
Takagi, Hiroaki (高木 拓明)

Takagi, Koki (高木 洸希)Takagi, Toshiyuki (高木 俊之)

Takahashi, Ai (髙橋 晏衣)
Takahashi, Daichi (高橋 大地)

Takahashi, Haruko (高橋 治子)
Takahashi, Hideo (高橋 栄夫)
Takahashi, Hiroaki (高橋 大智)
Takahashi, Hirona (高橋 広奈)
Takahashi, Hiroshi (高橋 浩)

Takahashi, Kanji (高橋 幹士)
Takahashi, Kuria (高橋 くりあ)
Takahashi, Masayo (髙橋 政代)
Takahashi, Naho (高橋 南帆)
Takahashi, Nobuhiro (高橋 宣博)
Takahashi, Nobuhiro (髙橋 宣博)
Takahashi, Sara (高橋 咲良)
Takahashi, Satoshi
Takahashi, Satoshi (高橋 聡)– S235 –2Pos091
2Pos016
3Pos098
3Pos227
3Pos228
3Pos148
1Pos182
1Pos071
1Pos096
1SBA-1
1SEA-1
3SAA-4
1GD1445
1GE1445
1GE1545
1Pos068
2Pos196
3Pos177
3Pos199
1Pos161
3Pos078
3Pos101
3Pos209
2Pos142
1Pos060
1Pos129
3Pos044
1Pos114
2SDA-4
3Pos073
3Pos104
1Pos183
1Pos057
1Pos155
1GL1500
1Pos227
1Pos228
1Pos060
1Pos127
1Pos129
2Pos115
2Pos117
3Pos044
2Pos005
1Pos190
2SKA-5
2SAP-3
1Pos225
1Pos226
3HL1130
2Pos060
1GB1545
1GE1515

Name Index

Tajima, Kenya (田島 研也)
Tajima, Seiya (但馬 聖也)
Tajimi, Yuki (多治見 祐希)

2Pos155
1Pos165
2Pos169
1GB1545
3Pos205
2Pos075
2SHP-4
1Pos229
2Pos219
2Pos070
3Pos050
1Pos192
3Pos001
1GI1515
3Pos179
3SKA-5
1GI1515
3Pos233
1GI1600
1Pos106
3Pos205
1Pos061
3Pos125
3Pos147
1GB1515
1Pos224
2Pos058
2Pos199
3Pos203
3Pos008
2Pos011
1GC1615
1Pos089
1GC1415
1GC1445
1GD1400
1GE1500
2Pos191
2Pos192
1Pos040
3Pos163
1GH1600
2Pos127
3Pos114
3Pos116
2Pos045
1GJ1530
3HL1130
1Pos084
2Pos005
2Pos078
2Pos092
1Pos055

1Pos041
2Pos059
Takahashi, Shota (高橋 渉太)
3Pos158
Takahashi, Shunsuke (高橋 駿介)
3HL1115
Takahashi, Takuya (高橋 卓也)
1Pos079
Takahashi, Yoshimasa (高橋 宜聖)
3Pos205
Takahashi-Yamashiro, Kei (高橋-山城 恵生) 1GM1415
Takai, Ken (高井 研)
1GJ1615
Takai, Tomoyo (高井 朋代)
2SGP-1
Takaichi, Shinichi (高市 真一)
3SKA-2
Takamatsu, Yukine (髙松 幸音)
3HL1100
Takamiya, Masato (髙宮 諒翔)
1GD1400
Takamori, Sho (高森 翔)
1Pos180
Takanari, Hiroki (高成 広起)
2Pos037
Takano, Mitsunori (高野 光則)
2SLA-1
1GB1615
3Pos083
3Pos085
Takano, Shin (髙野 辰)
2Pos239
3Pos062
Takano, Yu (鷹野 優)
1Pos185
3Pos196
Takanuki, Kazunori (髙貫 一徳)
2Pos012
Takarada, Masaharu (寳田 雅治)
3Pos246
Takaramoto, Shunki (宝本 俊輝)
1Pos147
2Pos132
Takaramoto, Shunki (寳本 俊輝)
1GJ1530
Takaramoto, Shunki (寶本 俊輝)
2SEP-5
Takashima, Akihiko (高島 明彦)
1Pos140
Takasu, Atsushi (鷹巣 篤志)
2Pos105
Takasuka, Taichi (高須賀 太一)
1Pos042
Takatsuka, Susumu (高塚 進)
2SMP-5
Takayama, Yuriko (高山 友理子)
2SEP-2
Takazaki, Hiroko (髙﨑 寛子)
1Pos0032Pos215
Takebe, Masumi (建部 益美)
3Pos167
Takeda, Hironori (竹田 弘法)
1Pos030
Takeda, Kazusa (武田 春冴)
1GM1500
Takeda, Kiyoshi (竹田 潔)
2Pos217
Takeda, Koujin (竹田 晃人)
3Pos140
3Pos142
Takeda, Seiji (武田 晴治)
1Pos042
Takeda, Shuichi (武田 修一)
1GG1515
Takeda, Tetsuya (竹田 哲也)
1Pos118
Takei, Kohji (竹居 孝二)
1Pos118
Takei, Miki (武井 美樹)
1GG1500
2Pos090
Takekawa, Norihiro (竹川 宜宏)
1Pos084
2Pos0422Pos078
2Pos092
2Pos093
2Pos098

Takekawa, Norihiro (竹川 宣宏)
Takemori, Kenta (竹森 健太)
Takemori, Shigeru (竹森 重)
Takemoto, Kiwamu (竹本 研)
Takemoto, Tatsuya (竹本 龍也)
Takemura, Masaharu (武村 政春)
Takenaka, Daiki (竹中 大輝)
Takenaka, Shinji (竹中 慎治)
Takeshi, Yokoyama (横山 武司)
Takeshita, Harutaka (竹下 晴山)
Takeshita, Toshihiro (竹下 俊弘)
Takeuchi, Chihiro (竹内 千尋)
Takeuchi, Kento (竹内 健人)
Takeuchi, Koh (竹内 恒)
Takeuchi, Shoji (竹内 昌治)
Takigawa-Imamura, Hisako (今村 寿子)
Takiguchi, Kingo (瀧口 金吾)
Takiguchi, Sotaro (滝口 創太郎)

Takinoue, Masahiro (瀧ノ上 正浩)

Takishima, Ryota (瀧島 僚太)
Takizawa, Yoshimasa (滝沢 由政)
Takui, Takeji (工位 武治)
Tama, FlorenceTama, Florence (Tama Florence)
Tama, Florence (タマ フロハンス)
Tamai, Sho (玉井 将)
Tamakoshi, Masatada (玉腰 雅忠)
Tamura, Atsuo (田村 厚夫)
Tamura, Kentaro (田村 謙太郎)
Tamura, Sachiko (田村 佐知子)

– S236 –2Pos127
2Pos129
3Pos090
3Pos075
1GM1445
1Pos237
2SKA-2
2SFA-42Pos250
2Pos137
1Pos162
2Pos016
3Pos140
3Pos136
1Pos109
2Pos191
3SFA-2
1Pos057
1Pos180
2Pos203
2Pos1022Pos126
1GE1530
3Pos034
3Pos054
1SBA-5
1Pos173
2Pos062
2Pos063
2Pos064
2Pos068
2Pos069
2Pos160
2Pos168
3Pos054
3Pos055
3Pos056
3Pos180
2Pos231
3Pos058
1Pos067
1Pos221
1Pos230
1Pos234
1Pos101
1GG1445
2SHP-2
1SCA-5
1Pos058
1SBA-4
1GE1600
1GE1615
1Pos073

Tamura, Saki (田村 沙貴)
Tamura, Shoko (田村 昌子)
Tan, Cheng
Tan, Cheng (タン チェン)
Tan, Cheng (譚 丞)Tan, Tse-Hua
Tanabe, Haruki (田辺 陽暉)Tanaka, Hideaki
Tanaka, Hideaki (田中 秀明)
Tanaka, Hideo (田中 秀夫)
Tanaka, Hideo (田中 秀央)
Tanaka, Hiroto (田中 裕人)
Tanaka, Julia (田中 珠梨亜)
Tanaka, Kenta (田中 健太)
Tanaka, Masahito (田中 真人)
Tanaka, Masahito (田中 真仁)
Tanaka, Masayoshi (田中 祐圭)
Tanaka, Nobukiyo (田中 信清)
Tanaka, Rie
Tanaka, Rikuto (田中 陸登)
Tanaka, Ryota (田中 良汰)Tanaka, Sae (田中 冴)
Tanaka, Shun-ichi (田中 俊一)
Tanaka, Tatsuki (田中 逹基)
Tanaka, Tatsuki (田中 達基)
Tanaka, Tomoya (田中 智也)
Tanaka, Tomoyuki
Tanaka, Yasuhiro (田中 康裕)
Tanaka, Yoshikazu (田中 良和)

1Pos097
1Pos110
1Pos116
1Pos117
Tanimoto, Shoichi (谷本 勝一)
1Pos202
Tanimoto, Yasushi (谷本 泰士)
1Pos130
3Pos129
Taninaka, Yuki (谷中 宥樹)
1Pos036
Taoka, Kenichiro (田岡 健一郎)
3Pos028
Tashiro, Yosuke (田代 陽介)
1Pos169
1Pos225
1Pos226
Tate, Shin-ichi (楯 真一)
1Pos029
2Pos053
Tateno, Keita (館野 圭太)
3SAA-1
Tatsumi, Hitoshi (辰巳 仁史)
1Pos106
Tatsumi, Kazuma (巽 和真)
3Pos236
Tatsuya, Hirano (平野 達也)
1SBA-7
Tayama, Tomotaka (田山 智嵩)
2Pos242
Tazawa, Kanta (田澤 貫太)
3Pos127
Tefera Dessalegn, Abeje (テフェラ デサレニ アベジェ)
1GB1600
Tehrani, Mohammad Jafar (テヘラーニ モハンマド
ジャファー)
2Pos015
Tei, Yuuto (鄭 有人)
1SFA-4
Tenno, Takeshi (天野 剛志)
3SAA-3
3Pos023
Terada, Hiroto (寺田 弘人)
1Pos194
Terada, Sumio (寺田 純雄)
1Pos119
Terada, Tohru (寺田 透)
1Pos050
1Pos188
1Pos203
1Pos206
2Pos173
3Pos193
Terada, Tomoki (寺田 智樹)
3Pos250
Terada, Tomoki C. (寺田 知暉)
3Pos178
Terada, Tomoki P. (寺田 智樹)
2Pos200
3Pos077
Terakawa, Mayu
1Pos096
Terakawa, Tsuyoshi
1Pos096
Terakawa, Tsuyoshi (寺川 剛)
1SBA-1
1GE1445
1GE1545
1Pos068
Terakita, Akihisa (寺北 明久)
1GJ1515
3Pos163
Terasaka, Naohiro (寺坂 尚紘)
2Pos045
2Pos057
Terashima, Hiroyuki (寺島 浩行)
1Pos104
2Pos129
Terauchi, Kazuki (寺内 一姫)
2SFP-1
2SFP-2– S237 –Name Index

Tanaka, Yoshiki (田中 芳樹)
Tanaka, Yuuma (田中 悠真)
Tane, Natsumi (多根 奈津美)
Tang, Bo
Tani, Kazutoshi (谷 一寿)
Tani, Shinsuke (谷 晋輔)
Tani, Tomomi (谷 知己)
Tani-Matsuhana, Saori (松花 沙織)
Taniguchi, Mugen (谷口 夢顯)Taniguchi, Rin (谷口 凛)
Taniguchi, Rin (谷口 凜)
Tanimoto, Hirokazu (谷本 博一)

1Pos143
1GM1630
3Pos243
3Pos192
1GD1445
2SIP-2
1SHA-6
3Pos231
3Pos007
3Pos017
3Pos196
3Pos243
1GM1630
3Pos096
3Pos126
2Pos185
3SFA-1
1Pos073
2Pos105
2Pos110
1Pos105
2Pos039
1Pos007
3Pos234
1GI1515
2SFA-3
3Pos010
3Pos014
1GJ1445
3Pos011
1Pos249
1Pos007
1Pos131
1GA1400
1GD1515
2Pos001
2Pos016
2Pos067
2Pos156
3Pos006
3Pos105
2Pos009
2Pos053
3SEA-1
2Pos0112Pos219
1Pos119
3Pos163
2Pos217
1Pos160
2Pos145
1SJA-1
1Pos070

Terawaki, Haruka (寺脇 明芳)
Terayama, Kei (寺山 慧)
Terazima, Masahide (寺嶋 正秀)

Teruse, Hiroaki (照瀬 裕章)
Tesarova, Marketa
Teshirogi, Yosuke (手代木 陽介)
Tetsuya, Yamamoto (山本 哲也)
Thuc, Toan Pham (Thuc Toan Pham)
Thunnissen, Marjolein
Tian, Cong (田 聡)
Tiwari, Sandhya P.
Tobita, Reona (飛田 怜央奈)
Tochio, Hidehito (杤尾 豪人)
Toda, Hirofumi (戸田 浩史)
Toda, Keiichiro (戸田 圭一郎)
Todokoro, Yasuto (戸所 泰人)
Togashi, Keinoshin (冨樫 慧乃辰)
Togashi, Tomoki
Togashi, Yuichi (冨樫 祐一)

Toh, Hiroyuki (藤 博幸)
Tohda, Rei (東田 怜)
Tohsato, Yukako (遠里 由佳子)
Tokashiki, Tadayuki (渡嘉敷 直志)
Tokita, Kei (時田 恵一郎)
Tokita, Tsukasa (時田 司)
Tokonami, Syunrou (床次 俊郎)
Tokuda, Hibiki (徳田 響)
Tokudome, Shun (徳留 俊)
Tokumori, Hiyori (徳森 ひより)
Tokunaga, Etsuko (徳永 恵津子)
Tokunaga, Makio (徳永 万喜洋)

Tokunaga, Suzuka (徳永 鈴花)
Tokunaga, Yuji (徳永 裕二)
Tokunou, Yoshihide (徳納 吉秀)
Tokuraku, Kiyotaka
Tokuraku, Kiyotaka (徳楽 清孝)
Tokuraku, Kiyotaka (徳樂 清孝)
Tokuyasu, Ayama (徳安 礼磨)
Toma-Fukai, Sachiko (藤間 祥子)
Tomida, Sahoko (富田 紗穂子)
Tomida, Taichiro (冨田 太一郎)

2Pos029
3Pos188
3Pos151
3Pos153
3Pos156
3Pos171
3Pos182
2SMA-1
3Pos193
1SBA-7
1GB1400
1Pos020
3Pos205
1Pos020
1GC1445
1SEA-5
1GA1415
2Pos122
3Pos246
2Pos075
3Pos005
3Pos018
1GK1545
1Pos029
3Pos2123Pos182
2SHP-5
3Pos239
3Pos156
2Pos202
1Pos040
3Pos156
3HL1115
2Pos029
3Pos100
3Pos250
1Pos243
1Pos246
1Pos247
3Pos230
2Pos194
3SFA-2
1Pos057
3Pos117
1Pos245
1Pos004
1Pos005
1Pos103
1Pos097
1Pos028
2Pos137
3Pos160
1SFA-4

Tominaga, Taiki (富永 大輝)
Tominaga, Tatsuki (冨永 樹生)
Tomishige, Michio (富重 道雄)
Tomita, Atsuhiro (富田 篤弘)
Tomita, Kairi (冨田 海里)
Tomita, Naoki (冨田 尚希)
Tomita, Syunsuke (冨田 峻介)
Tomo, Tatsuya (鞆 達也)
Tomohara, Kanji (友原 貫志)
Tomono, Junta (伴野 詢太)
Tongu, Hiromasa (頓宮 弘将)
Tono, Kensuke
Tonogaito, Naoto (殿垣内 尚杜)Torii, Saito (鳥居 才人)
Torikai, Kohei (鳥飼 浩平)
Torisawa, Takayuki (鳥澤 嵩征)
Tosaka, Toshiyuki (登坂 俊行)
Toshino, Kenta (歳納 健太)
Toshioka, Fumi (利岡 文美)
Totani, Masahiro (戸谷 匡宏)
Toyabe, Shoichi (鳥谷部 祥一)

Toyama, Yuki (外山 侑樹)
Toyofuku, Masanori (豊福 雅典)
Toyonaga, Takuma (豊永 拓真)
Toyota, Atsushi (豊田 敦)
Toyota, Masatsugu (豊田 正嗣)
Toyota, Taro (豊田 太郎)
Tran, NgocTrang (トラン ゴックトラン)Tran, PhuocDuy (ちゃん ふずい)
Tripathi, Prabhat
Trylska, Joanna
Tsai, Yu-Xi (蔡 淯璽)
Tsuboi, Hazuki (坪井 葉月)
Tsuboi, Yasuyuki (坪井 泰之)
Tsubouchi, Hideo (坪内 英生)
Tsuboyama, Kotaro (坪山 幸太郎)
Tsuboyama, Yosuke (坪山 洋介)
Tsuchida, Tatsuya (土田 竜也)
Tsuchiya, Shoichi (土屋 章一)
Tsuchiya, Yuko (土屋 裕子)
Tsuda, Kengo (津田 健吾)
Tsuda, Kurumi (津田 くるみ)
Tsudome, Mikiko (津留 美紀子)
Tsuge, Hideaki (津下 英明)
Tsugita, Atsushi (次田 篤史)
Tsuiki, Keigo (立木 啓悟)– S238 –2Pos0212Pos193
1Pos087
3Pos008
2SIP-5
1GK1415
1GA1500
1Pos160
2Pos145
2Pos162
1GA1400
3Pos117
1Pos007
3Pos047
1Pos189
1Pos1313Pos108
1Pos133
1GF1515
1Pos047
2Pos104
3SCA-6
2Pos067
2Pos071
3SAA-2
3Pos117
3Pos104
3SKA-2
1SLA-2
1SLA-3
1SLA-4
1GH1500
1Pos031
1Pos059
1SGA-7
2Pos035
3Pos059
3Pos004
1Pos109
1Pos130
1Pos062
1SAA-42Pos213
3Pos067
3Pos155
1Pos047
3SJA-4
3Pos064
3Pos180
2Pos247
3Pos034
3Pos006
2Pos010Tsuji, Akihiro (辻 明宏)
Tsuji, Hiroyuki (辻 寛之)
Tsuji, Kosuke (辻 康介)
Tsujimura, Masaki (辻村 真樹)
Tsujiuchi, Yutaka (辻内 裕)
Tsukada, Hideaki (塚田 秀明)
Tsukamoto, Hisao (塚本 寿夫)

Tsukamoto, Takashi (塚本 卓)

Tsukazaki, Tomoya (塚崎 智也)
Tsukiji, Shinya (築地 真也)
Tsukioka, Kotaro (月岡 耕太郎)
Tsumoto, Kanta (湊元 幹太)

Tsumoto, Kouhei (津本 浩平)

Tsuneshige, Antonio (常重 アントニオ)
Tsunoda, Satoshi (角田 聡)

Tsunoda, Satoshi P. (角田 聡)

Tsylents, Uladzislava
Tu, Le Ngoc Thao
Turui, Hiromichi (鶴井 博理)
Tuya, Gegen
Uchida, Tsutomu (内田 努)
Uchida, Yoshihiro (内田 芳裕)
Uchida, Yumiko (内田 裕美子)

Uchihashi, Takayuki
Uchihashi, Takayuki (内橋 貴之)

Uchikawa, Keisuke (内河 慶輔)
Uchikoga, Nobuyuki (内古閑 伸之)
Uchiyama, Koki (内山 皐生)
Udagawa, Kaori (宇田川 夏織)
Udono, Hirotake (鵜殿 寛岳)
Ueda, Kazumitsu (植田 和光)
Ueda, Masahiro (上田 昌宏)

Ueda, Mitsuyoshi (植田 充美)
Ueda, Saki (植田 早紀)
Ueda, Shuto (上田 柊斗)
Ueda, Waka (上田 和佳)
Ueda, Yoko (上田 陽子)
Ueda, Yuka (上田 悠加)
Uehara, Ryota (上原 亮太)
Uehara, Shiro (上原 史郎)
Uehara, Shuta (上原 秀太)
Ueki, Noriko (植木 紀子)
Uemura, Naoki (上村 直輝)
Uemura, Sotaro (上村 想太郎)

– S239 –2Pos035
3Pos059
1Pos025
2Pos182
1Pos245
1Pos076
1Pos082
1Pos224
1Pos099
1Pos111
1Pos123
2Pos085
2Pos099
3Pos110
2SFA-5
1GB1400
3HL1130
1Pos056
1Pos084
1Pos098
1Pos233
2Pos005
2Pos078
2Pos092
2Pos211
1GB1530
2Pos175
2Pos236
3Pos136
3Pos124
2Pos063
3Pos045
1GG1545
1Pos102
1Pos124
2Pos107
2Pos1113Pos101
1Pos174
1Pos123
2SEP-3
1GB1600
3Pos066
1Pos049
2Pos129
3Pos024
3Pos006
2Pos001
2Pos086
1GG1445
1GE1630
1GL1545
1Pos229

Name Index

Tsunoda, Tatsuhiko (角田 達彦)
Tsunoyama, Taka A. (角山 貴昭)
Tsunoyama, Taka-aki
Tsunoyama, Taka-aki (角山 貴昭)
Tsurumi, Kota (鶴見 康太)
Tsuruoka, Tatsuki (鶴岡 樹)
Tsutsui, Hidekazu (筒井 秀和)
Tsuyama, Taiichi (津山 泰一)

1Pos066
2Pos134
3Pos028
1GM1630
2Pos229
3SJA-3
3Pos157
3Pos227
3Pos228
1Pos064
1Pos151
1Pos152
1Pos154
3Pos163
3Pos164
2SCA-2
1Pos146
1Pos149
2Pos139
3Pos173
2Pos2113Pos242
3SAA-5
1GC1615
1GB1600
2Pos0702Pos1022Pos168
3Pos050
3Pos108
1GA1430
1GA1515
1GC1615
2Pos048
3Pos027
2Pos154
3Pos040
1SDA-6
1GJ1445
1GJ1630
3Pos162
3Pos169
3Pos173
3Pos011
3Pos014
3Pos232
2Pos109
3Pos150
3SEA-1
2Pos179
3Pos174
3Pos143
1Pos241

Ueno, Hironori (上野 裕則)
Ueno, Hiroshi (上野 博史)

Ueno, Mako (上野 真琴)
Ueno, Naoto (上野 直人)
Ueno, Shingo (上野 真吾)
Ueno, Taiji (上野 大慈)
Ueno, Takafumi (上野 隆史)
Ueno, Yuichiro
Uenoyama, Atsuko (上野山 敦子)
Ugarte, Diego (Ugarte Diego)
Ugawa, Souichi (宇川 聡一)
Ukaji, Yutaka (宇梶 裕)
Ulf, Olsson (ウルフ オルソン)
Umakoshi, Hiroshi (馬越 大)
Umakoshi, Takayuki (馬越 貴之)
Umeda, Kenichi
Umeda, Kenichi (梅田 健一)

Umehara, Takashi (梅原 崇史)
Umeki, Nobuhisa (梅木 伸久)
Umemoto, Shun (梅本 駿)
Umemura, Nobuhiro (梅村 信弘)
Umena, Yasufumi
Umena, Yasufumi (梅名 泰史)

Umetani, Miki (梅谷 実樹)
Umezawa, Koji (梅澤 公二)
Unabara, Daisuke (海原 大輔)
Unnno, Masashi (海野 雅司)
Unno, Masashi (海野 雅司)

Unno, Masasi (海野 雅司)
Urano, Ryo (浦野 諒)

2Pos2423Pos232
3Pos242
1Pos0902Pos228
1GF1415
1GF1445
2Pos039
2Pos080
3Pos082
3Pos158
1SJA-4
1GC1415
1Pos047
1GD1430
1GB1400
2SAP-2
2Pos158
3Pos106
3Pos186
2Pos091
3Pos155
1GI1415
3Pos122
3Pos123
1Pos233
2Pos077
1SBA-2
1SEA-6
1Pos2422Pos225
3Pos045
3Pos236
2Pos161
1Pos122
1GC1515
2Pos249
1Pos044
2SEP-2
2SEP-3
3Pos032
3Pos250
2Pos152
3Pos187
1SHA-52Pos130
1Pos149
1Pos150
1Pos156
1Pos157
2Pos131
1GJ1430
2Pos116

Urano, Yasuteru (浦野 泰照)
Ushiba, Shota (牛場 翔太)
Ushida, Takashi (牛田 多加志)Ushirogata, Kanako (後潟 夏菜子)
Ushiyama, Ryota (牛山 諒太)Usui, Asako (碓井 亜瑳子)Usui, Kenji (臼井 健二)

Usui, Toshiya (臼井 俊哉)
Usuki, Gikyo (臼杵 義亨)
Usuki, Shin (臼杵 深)

Uyeda, Taro Q.P.
Uyeda, Taro QP (上田 太郎)
Uzawa, Takanori
Uzawa, Takanori (鵜澤 尊規)
Vale, Ron
Vanderhaeghen, Pierre (Vanderhaeghen Pierre)

3Pos194
3Pos244
2Pos219
1Pos036
1Pos042
3Pos056
1Pos084
2Pos078
1SGA-8
1GB1500
3Pos001
3HL1030
2SIA-1
1GM1615
2Pos230
2Pos232
2Pos077
1GF1515
1Pos036
1Pos051
1Pos054
1Pos087

1GD1600
Vanni, Stefano (Vanni Stefano)
1GK1445
Vavylonis, Dimitrios
3SCA-2
Veigel, Claudia
3SEA-2
Verma, Prabhat (バルマ プラブハット)
1Pos233
Viet Cuong, Nguyen (グェン ヴィエット クーン)
1Pos078
Vos, Marten (Vos Marten)
2Pos014
Vu, Cong Quang
2Pos222Vu, Huong T
2Pos077
Vu, Quang Cong
2Pos221
Wada, Kohei (和田 康平)
2Pos115
Waizumi, Tatsuyuki (和泉 達幸)
2Pos102
Wakabayashi, Ken-ichi (若林 憲一)
2Pos086
Wakabayashi, Taiki (若林 大貴)
1GB1430
Wakamori, Masatoshi (若森 昌聡)
2Pos161
Wakamoto, Yuichi (若本 祐一)
1GK1630
2Pos152
Walde, Peter (Walde Peter)2Pos170
Walinda, Erik (ヴァリンダ エリック)
2SAA-7
Wang, Anna
2SAP-2
2Pos158
Wang, Anna (ワング アナ)
1GI1415
Wang, Fangfang (王 放放)3Pos239
Wang, He
1GD1530
Wang, Peter Y.
1GJ1530
Wang, Shuo Peng (王 碩鵬)
2Pos071
Wang, Shuyan (王 姝儼)
3Pos135
Wang, Tingting (Tingting Wang)
2Pos020
Wang, Tingting (Wang Tingting)
3HL1045– S240 –Wang, Yi
Wang, Yong-Sheng
Wang, Yuzhu (王 雨竹)
Wang-Otomo, Zheng-Yu (大友 征宇)
Washio, Takumi (鷲尾 巧)
Watanabe, Chiho (渡邊 千穂)
Watanabe, Emiri (渡邊 絵美理)
Watanabe, Go (渡辺 豪)
Watanabe, Hiroki (渡辺 大輝)
Watanabe, Hiroki (渡邉 弘貴)
Watanabe, Koki (渡邉 孝輝)
Watanabe, Naoki (渡邊 直樹)
Watanabe, Naoko (渡邉 直子)
Watanabe, Nozomi (渡邉 望美)
Watanabe, Rikiya (渡邉 力也)
Watanabe, Ryo (渡邉 亮)
Watanabe, Ryoto (渡邉 凌人)
Watanabe, Ryuta (渡辺 隆太)
Watanabe, Satoshi (渡部 聡)
Watanabe, Shinji (渡邉 信嗣)
Watanabe, Takayoshi (渡邉 貴嘉)
Watanabe, Takayuki (渡邉 貴嘉)
Watanabe, Takuma (渡邊 拓真)
Watanabe, Tomonobu (渡邉 朋信)
Watanabe, Tomonobu M (渡邉 朋信)
Watanabe, Yohei (渡邊 洋平)
Watari, Hiromi (辺 ひろみ)
Wazawa, Tetsuichi (和沢 鉄一)
Weiner, Beth (Weiner Beth)Wijaya, Tegar Nurwahyu
Wojciechowska, Monika

Yagi, Kiyoshi (八木 清)

Yagi, Maho (矢木 真穂)
Yagi, Naoto (八木 直人)
Yagi, Takeshi (八木 健)
Yagi, Toshiki (八木 俊樹)
Yagi-Utsumi, Maho (矢木 真穂)
Yaginuma, Hideyuki (柳沼 秀幸)
Yaguchi, Junko (谷口 順子)
Yaguchi, Shunsuke (谷口 俊介)
Yajima, Haruto (矢島 悠登)
Yajima, Junichiro (矢島 潤一郎)

Yakushi, Ayaka (藥師 彩花)
Yamada, Moe (山田 萌恵)
Yamada, Risa (山田 莉彩)
Yamada, Ryusei (山田 竜生)
Yamada, Takumi (山田 拓実)
Yamada, Teppei (山田 哲平)
Yamada, Yuhei (山田 雄平)
Yamada, Yukino (山田 雪乃)
Yamagata, Atsushi (山形 敦史)
Yamagata, Yuki (山縣 友紀)
Yamagishi, Ayana (山岸 彩奈)
Yamagishi, Mai (山岸 舞)
Yamagishi, Masahiko (山岸 雅彦)

Yamagishi, Seiwa (山岸 聖和)
Yamaguchi, Asuka (山口 明日香)
Yamaguchi, Eriko (山口 英利子)
Yamaguchi, Kizashi (山口 兆)
Yamaguchi, Mai (山口 舞)
Yamaguchi, Maki (山口 眞紀)
Yamaguchi, Shoichi (山口 祥一)
Yamaguchi, Takehiro (山口 雄大)
Yamaguchi, Takumi (山口 拓実)
Yamaguchi, Yohei (山口 陽平)
Yamaji, Misa (山地 未紗)

Yamamoto, Akihiro (山本 陽大)
Yamamoto, Daisuke (山本 大輔)– S241 –2SEP-4
1Pos209
2Pos197
3HL1130
3Pos075
3Pos247
3Pos102
2SFA-6
1GM1430
1Pos148
1Pos148
3HL1045
1GF1500
1GF1530
3Pos084
3Pos089
1Pos191
2SIA-3
3SAA-42Pos196
3Pos240
2Pos166
1GK1445
2SFP-42Pos100
2Pos015
3Pos0423Pos239
3Pos136
2Pos220
3Pos237
1GF1500
1GF1530
3Pos084
3Pos0892Pos239
3Pos062
1Pos017
2SDP-42Pos146
3Pos075
3Pos075
2Pos120
2Pos121
3SBA-3
1Pos2142Pos216
3Pos076
1SGA-8
1GC1430
1GD1515
2Pos062
3SJA-2Name Index

Wolf, Matthias (Wolf Matthias)
Woo, Seungwan (禹 昇完)
Wu, Kuen-Phon
Wu, Ti (呉 題)
Wu, XuanXi, Heqi (席 赫岐)
Xu, Wenqing (徐 雯青)Xu, Yan (許 岩)Yabuki, Yasushi (矢吹 悌)
Yabuta, Moe (藪田 萌)
Yagi, Hirokazu (矢木 宏和)
Yagi, Kiyoshi

2Pos022
1Pos208
3Pos015
1SHA-2
3Pos014
1Pos162
3Pos078
3Pos120
2SFP-3
1Pos0211Pos199
1Pos233
3Pos054
1Pos082
3SCA-2
2Pos105
3Pos122
3Pos123
2SJP-1
1Pos040
1GF1415
2Pos250
2Pos095
3Pos068
2SHP-3
1Pos235
2Pos223
1Pos033
1Pos045
1Pos146
2SKA-7
1Pos170
3Pos069
2Pos219
2Pos016
1GM1445
2Pos205
2SBP-5
1GK1430
2Pos035
3Pos059
1Pos011
2Pos032
1SHA-2
1GL1530
1Pos2212Pos238
3Pos242
2SDP-5
2SAA-4
1GI1545
1Pos032
2Pos187

Yamamoto, Eiji (山本 詠士)
Yamamoto, Haruna (山本 春菜)
Yamamoto, Junpei (山元 淳平)
Yamamoto, Kazunori (山本 一徳)
Yamamoto, Kei (山本 啓)
Yamamoto, Keiichi (山本 渓一)
Yamamoto, Kimiko (山元 季実子)
Yamamoto, Kimiko (山本 希美子)
Yamamoto, Koichi (山本 晃一)
Yamamoto, Marino (山本 麻里乃)Yamamoto, Mizuki (山本 瑞貴)
Yamamoto, Naoki (山本 直樹)
Yamamoto, Nobuhiko (山本 亘彦)
Yamamoto, Norifumi (山本 典史)

Yamamoto, Norihumi (山本 典史)
Yamamoto, Ryo (山本 凌)
Yamamoto, Ryu (山本 龍)
Yamamoto, Shohei (山本 昌平)
Yamamura, Masayuki (山村 雅幸)
Yamamura, Shohei (山村 昌平)
Yamanaka, Masahito (山中 真仁)

Yamanaka, Masanori (山中 雅則)
Yamanaka, Ryo (山中 諒)
Yamanaka, Yuji (山中 悠嗣)
Yamane, Tsutomu (山根 努)

Yamano, Yumiko (山野 由美子)
Yamaoka, Takashi (山岡 喬志)
Yamaoki, Yudai (山置 佑大)
Yamasaki, Haruka (山﨑 遼)
Yamasaki, Keito (山崎 慶人)
Yamasaki, Takeru (山﨑 岳)
Yamashiro, Sawako (山城 佐和子)
Yamashita, Akira (山下 朗)
Yamashita, Ayumi
Yamashita, Erika (山下 英里華)
Yamashita, Hayato (山下 隼人)
Yamashita, Jun K. (山下 潤)

1Pos159
1SMA-6
3Pos204
3Pos239
2SEP-7
3Pos071
1SJA-3
3Pos207
1GH1600
2SLA-5
3Pos027
1Pos053
1Pos081
2SHP-1
2Pos025
1GD1600
1Pos1962Pos189
2Pos190
2Pos191
2Pos192
2Pos193
2Pos195
3Pos033
2Pos027
1SCA-2
1SAA-52Pos236
1GM1630
2Pos229
3Pos243
2SAP-52Pos151
3Pos118
1GJ1615
1Pos210
1Pos213
2Pos185
3Pos188
1Pos158
1Pos249
2Pos061
1Pos115
3Pos221
3Pos035
3SCA-2
2SBA-3
2SBA-4
1Pos007
2Pos238
1Pos066
2Pos134
2SDP-2

Yamashita, Keitaro
Yamashita, Keitaro (山下 恵太郎)
Yamashita, Nagi (山下 和誼)Yamashita, Takahiro (山下 高廣)

Yamashita, Takefumi (雄史 山下)
Yamashita, Yo (山下 陽)
Yamashita, Yudai (山下 雄大)
Yamato, Takahisa (倭 剛久)

Yamauchi, Hideki (山内 秀樹)
Yamauchi, Kazuo (山内 一夫)
Yamauchi, Masataka (山内 仁喬)
Yamauchi, Takafumi (山内 崇史)
Yamazaki, Hirohito (山崎 洋人)

Yamazaki, Kenji (山崎 憲慈)
Yamazaki, Masahito (山崎 昌一)

Yamazaki, Masahito (山崎、昌一、)
Yamazaki, Ryohei (山﨑 涼平)
Yamazaki, Ryuichiro (山﨑 隆一郎)
Yamazaki, Takeru (山崎 健)
Yamazaki, Toshio (山崎 俊夫)
Yamazaki, Yoichi (山崎 洋一)
Yamazaki, Yosuke (山崎 陽祐)
Yamazaki, Yui (山崎 唯衣)
Yamazawa, Toshiko (山澤 徳志子)
Yamomoto, Takuya (山本 拓也)
Yan, Shaonan
Yan, Xi (晏 晞)
Yan, Xiaochan (Yan Xiaochan)
Yanagawa, Masataka (柳川 正隆)
Yanagi, Tensho (柳 天翔)
Yanagida, Mio (柳田 澪)
Yanagida, Toshio (柳田 敏雄)
Yanagisawa, Keisuke (柳澤 渓甫)
Yanagisawa, Miho (柳澤 実穂)– S242 –3Pos245
1Pos007
1GJ1530
2Pos168
1SDA-1
1GJ1400
1GJ1615
1Pos1482Pos133
2Pos138
1GG1530
1GJ1445
3Pos011
3Pos049
3HL1045
2Pos020
2Pos022
3Pos075
3Pos225
3Pos226
1SBA-1
1Pos068
1SGA-1
1GL1545
1Pos229
1Pos076
1Pos082
2Pos123
2Pos124
3Pos127
3Pos128
3Pos148
1Pos249
1SFA-3
1Pos155
2Pos135
1Pos028
2Pos137
1SJA-32Pos212
3Pos075
2SMA-1
3Pos015
1GE1445
1GJ1500
2SGP-3
2Pos140
2Pos228
3Pos078
2Pos013
2Pos183
2SAP-1
2Pos108

Yanagisawa, Sachiko (柳澤 幸子)
Yanagiya, Shin-ichiro (柳谷 伸一郎)
Yanbe, Sou (山家 創)
Yang, Keishi (楊 惠詩)
Yang, Yue (楊 越)Yang, Zhuohao (楊 倬皓)

Yano, Syunshi (矢野 隼志)
Yano, Tatsunari (矢野 達就)
Yano, Yoshika (矢野 佳果)
Yao, Kazuki (八尾 和輝)
Yasuda, Kenji (安田 賢二)

Yasuda, Kiyoto (安田 秩都)
Yasuda, Kyota (安田 恭大)
Yasuda, Satoshi (安田 賢司)
Yasuda, Takunori (保田 拓範)
Yasuhara, Kazuma (安原 主馬)
Yasuhara, Noriko
Yasui, Masato (安井 正人)
Yasunaga, Takuo (安永 卓生)
Yasutake, Yoshiaki
Yawo, Hiromu (八尾 寛)
Ye, Shen (叶 深)Yen-Ju, Chen
Yi, Ruiqin

Yokoya, Ryo (横屋 稜)
Yokoyama, Hideshi (横山 英志)
Yokoyama, Ken (横山 謙)

Yokoyama, Takeshi (横山 武司)

Yokoyama, Tatsuhiko (横山 達彦)
Yonekura, Koji (米倉 功治)
Yonekura, Naoto (米倉 直努)
Yonemitsu, Akane (米満 茜)
Yoneyama, Ryotaro (米山 遼太郎)
Yonezawa, Kento (米澤 健人)
Yoon, Sunhee
Yorita, Takuma (賴田 拓真)
Yoshida, Amane (吉田 周)
Yoshida, Kai (吉田 海)
Yoshida, Kazuhiro (吉田 和広)
Yoshida, Kazunari (吉田 一也)
Yoshida, Masasuke (吉田 賢右)
Yoshida, Megumi (吉田 愛美)
Yoshida, Miwa (吉田 美和)
Yoshida, Mutsumi (由田 睦)
Yoshida, Naoki (吉田 直樹)
Yoshida, Natsumi (吉田 夏海)
Yoshida, Norio (吉田 紀生)
Yoshida, Shosei (吉田 松生)
Yoshida, Shuhei (吉田 秀平)
Yoshida, Takeshi (吉田 孟史)
Yoshida, Tomoyuki (吉田 知之)
Yoshida, Toshiyuki (吉田 俊之)
Yoshida, Yamato (吉田 大和)
Yoshida, Yuma (吉田 悠真)
Yoshidome, Takashi (吉留 崇)
Yoshii, Tatsuyuki (吉井 達之)
Yoshikawa, Akito (?川 昂杜)
Yoshikawa, Hiroshi (吉川 洋史)
Yoshikawa, Hiroshi Y. (吉川 洋史)
Yoshikawa, Ichiho (吉川 一歩)
Yoshikawa, Kenichi (吉川 研一)

Yoshikawa, Koki (吉川 晃生)
Yoshikawa, Masaru (吉川 優)
Yoshikawa, Yuko (吉川 祐子)
Yoshimoto, Mizuki (吉本 瑞基)
Yoshimura, Kenjiro (吉村 建二郎)

– S243 –2Pos072
3Pos080
2SHP-4
2SHP-5
1GA1400
2Pos067
3Pos006
2Pos012
1SHA-5
3Pos211
1Pos236
3Pos056
1Pos028
2Pos137
1Pos132
2Pos231
1GG1600
1Pos136
1Pos158
2Pos119
2Pos075
3Pos097
2Pos154
1Pos016
2Pos069
1Pos210
2SAA-1
1Pos038
3Pos219
3Pos001
1Pos232
3Pos143
3Pos144
3Pos137
1SCA-4
1Pos052
1Pos039
1GC1615
3Pos109
2Pos235
2Pos238
1SLA-22Pos217
1GC1600
1Pos171
2Pos1022Pos168
3Pos108
2Pos110
1GC1615
1Pos171
2Pos037
3Pos097

Name Index

Yildiz, Ahmet
Yin, Xiaoyu (Yin Xiaoyu)
Ying, Cuifeng (应 翠凤)Yokobori, Megumi (横堀 恵美)
Yokoi, Shun (横井 駿)
Yokokawa, Mizuki (横川 瑞生)
Yokota, Hiroaki (横田 浩章)
Yokota, Yasunari (横田 康成)

3Pos039
2Pos037
2SKA-3
1Pos233
2Pos0312Pos220
3Pos237
3Pos2413Pos167
1Pos084
1Pos049
1GH1600
1GG1500
1GG1600
1GI1615
2Pos090
3Pos1123Pos132
3Pos148
3Pos215
1GF1445
2Pos053
2Pos056
2Pos079
3Pos082
3Pos202
3Pos118
1GE1400
1Pos0762Pos101
2Pos215
3Pos036
2SEP-5
1Pos147
1Pos160
2Pos1422Pos145
1GE1415
2SAP-2
2Pos158
2SIA-4
1Pos005
1SGA-22Pos213
1GK1500
1Pos166
1Pos065
2SDP-4
1GG1400
1Pos085
3Pos009
1Pos241
2Pos006

Yoshimura, Kohe (吉村 考平)
Yoshimura, Kohei (吉村 孝平)
Yoshimura, Masataka (吉村 匡隆)
Yoshimura, Rena (吉村 玲奈)
Yoshimura, Shige H. (吉村 成弘)
Yoshimura, Takashi (吉村 崇)
Yoshimura, Yu (吉村 優)
Yoshinaga, Natsuhiko (義永 那津人)
Yoshinaga, Takuma (?永 拓馬)
Yoshinaga, Takuro (吉永 琢朗)
Yoshino, Ryunosuke (吉野 龍ノ介)
Yoshino, Shinya
Yoshino, Tomoko (吉野 知子)
Yoshio, Maki (吉雄 麻喜)
Yoshioka, Aoba (吉岡 青葉)
Yoshioka, Shingo (吉岡 伸悟)
Yoshita, Momo (由田 桃)
Yoshitane, Hikari (吉種 光)
Yoshiyama, Kohei (吉山 浩平)
Yoshizawa, Koya (吉澤 晃弥)
Yoshizawa, Ryo (吉澤 亮)
Yoshizawa, Susumu (吉澤 晋)
Yoshizawa, Takuya (吉澤 拓也)
Yoshizumi, Rei (吉住 玲)
Yosizue, Takahiro (吉末 賢広)
Young, Jennifer L
Yu, Isseki (優 乙石)
Yu-Hui, Chiu
Yuasa, Ayu (湯浅 愛結)
Yuasa, Haruka (湯浅 永)
Yumoto, Akiko
Yumoto, Akiko (湯本 晶子)
Yumoto, Kohei (湯本 航平)
Yunoki, Yasuhiro (柚木 康弘)
Yusa, Shin-ichi (遊佐 真一)
Yuyama, Ken-ichi (柚山 健一)
Yuzaki, Michisuke (柚崎 通介)
Yuzu, Keisuke (柚 佳祐)
Zeng, Qingzhong (曽 慶忠)
Zhang, Mengji (张 梦吉)
Zhang, XianJun (張 先駿)
Zhang, Yiting (章 逸汀)Zhang, Yue (張 悦)Zhang, Ziyun (張 梓芸)

1Pos017
1GF1530
1Pos207
3Pos022
1Pos216
2Pos052
2SJA-7
1GH1400
1GH1415
1Pos182
2Pos239
1Pos1812Pos013
3Pos015
2SKP-3
1GF1400
1GG1415
1Pos233
3HL1115
2SJA-1
2SMP-6
3Pos024
1Pos122
1GJ1615
3Pos003
3Pos010
1GL1400
3Pos159
1Pos024
1SJA-52Pos194
2Pos197
1GE1415
3Pos167
3Pos104
1Pos051
1Pos054
3Pos205
1Pos009
1Pos032
1GH1400
1Pos130
1Pos1413Pos169
1GA1445
2Pos025
2SBA-62Pos171
1Pos160
1SLA-4
1GH1500
1Pos214
2Pos047

Zhao, Boxiao (趙 伯驍)Zhao, Fan (趙 凡)
Zhao, Wenyang (趙 文洋)
Zheng, Jingkang (鄭 靖康)
Zhou, Xiang (周 翔)Zhu, Lucy
Zhuang, Bo (Zhuang Bo)
Zhuang, Xiang Yu (莊 翔淯)Zikmund, Tomas
Ziyun, Zhang
Zou, Ruisi (鄒 瑞思)– S244 –1Pos141
1Pos203
1Pos230
1GC1600
3Pos230
2Pos084
2Pos014
2Pos096
2SMA-1
3Pos170
1Pos152

– S245 –– S246 –第��回日本生物物理学会年会������ バイオフィジックスセミナーのご案内「生命凝縮系の分光学」
国立研究開発法人理化学研究所
脳神経科学研究センター 細胞機能探索技術研究チーム
光量子工学研究センター 生命光学技術研究チーム

宮脇敦史 先生
開催日時
会場

��月��日（水）�����������
�会場（部屋番号：���）�センチ角（光路長１センチ）の石英セルを用いる古典的分光装置は現行の生物蛍光スペクトル測定に妙な束縛をかけている。すなわち内部遮断効果の排除を理由に測定対象を希薄溶液に限定している。しかしながら細胞質をはじめ細胞内各コンパートメントの中味は理想溶液からほど遠い。������������������の名のとおり高濃度の生体高分子を含む濃厚水溶液であり、さらに必ずしも均一系ではなく、液―液相分離にもとづく混合系であり、凝集体（固体）を伴う液体としての凝縮系でもある。こうした生物の複雑万丈をなるべく反映した状況で蛍光標識分子の挙動を解析する方法として堀場製作所の蛍光吸光分光装置������の活用を推奨してみたい。���������（無放射性）を
������������（放射性）から区別する目的でも使える。当該分光装置の吸光分光と蛍光分光は決して�����の関係にはない。

蛍光吸光分光装置
������

– S247 –日本蛋白質構造データバンク（PDBｊ）BP セミナー
日時：2023 年 11 月 15 日（2 日目） 11:40-12:30
会場：D 会場 （部屋番号：222+223）

Protein Data Bank: From Two Epidemics
to the Global Pandemic tomRNA Vaccines and Paxlovid
Stephen K. Burley, M.D., D.Phil.
RCSB Protein Data Bank, Institute for Quantitative
Biomedicine, Department of Chemistry and Chemical Biology, Rutgers, The State
University of New Jersey and
RCSB Protein Data Bank, San Diego Super Computer Center, University of California,
San Diego
Structural biologists and the Protein Data Bank (PDB) played decisive roles in combatting the
COVID-19 pandemic. This talk will explain how global three-dimensional (3D) biostructure data
was turned into global knowledge, allowing scientists and engineers around the world tounderstand the inner workings of coronaviruses and develop effective countermeasures against
SARS-CoV-2.
State-of-the-art mRNA vaccines, initially designed with guidance from single-particle cryo-electron
microscopy structures of the SARS-CoV and MERS Spike Proteins, benefited more than five billion
individuals around the world by preventing viral infections entirely or significantly reducing morbidity
and mortality. Structure-guided drug discovery efforts at Pfizer, first initiated in the 2000s in responseto the SARS-CoV epidemic and reactivated in 2020 early in the global pandemic, yielded nirmatrelvir - a potent, orally-bioavailable, covalently-acting, peptidomimetic inhibitor of the SARS-CoV-2 Main
Protease. This targeted anti-viral drug received Emergency Use Authorization from the United States
Food and Drug Administration in December 2021, less than two years following public release of theviral genome sequence. It is used clinically for the treatment of acute SARS-CoV-2 infections in a fixed
dose combination with ritonavir and sold under the brand name Paxlovid.
Biomedicine and biotechnology delivered! Bolstered by open
access to research data generated with public and privatemonies, particularly 3D structures of coronavirus proteins andtheir complexes with one another, with antibodies, and withsmall-molecule inhibitors archived in the PDB, basic andapplied researchers made a difference that made a difference
when the world desperately needed them to succeed. To
underscore the importance of these contributions, I quote Dr.
Anthony Fauci, former head of the National Institute of Allergy
and Infectious Disease, “Show me a person who’s vaccinated,
got infected, took Paxlovid and died. I can’t find anybody.”

Chaired by Genji Kurisu, Head, Protein Data bank Japan,
Professor, Institute for Protein Research, Osaka University– S248 –– S249 –日本カンタム・デザイン株式会社

abberior instruments
STED超解像顕微鏡 ランチョンセミナー
プログラム◆ 日時：11月15日（水） 11:40-12:30◆ 会場： J会場
◆ 演題：State-of-the-art super-resolution fluorescence imaging
seminar and online demonstration by Abberior Instruments◆ 演者：石原 あゆみ （日本カンタム・デザイン）
Dr.Dirk Luchtman （Abberior Instruments GmbH ※オンライン講演）
Infinity

STEDデモンストレーション◆ 小間番号： 2◆ 展示内容： abberior instruments STED超解像顕微鏡STEDYCON◆ お問合せ： 日本カンタム・デザイン株式会社 第2事業本部
URL： https://www.qd-japan.com/〒171-0042 東京都豊島区高松1-11-16 西池袋フジタビル2階

TEL： 03-5964-6624

E-mail： info@qd-Japan.com

STEDYCON– S250 –日本カンタム・デザイン株式会社

Prof.Stefan Hell from Max Planck Instituteスペシャルトークプログラム◆ 日時： 11月16日（木） 12:00-12:50◆ 会場： J会場

◆ 演題： Molecule-scale resolution and dynamics in fluorescence microscopy◆ 座長： 岡田 康志先生
理化学研究所・生命機能科学研究センター チームリーダー
東京大学・大学院医学系研究科・分子細胞生物学専攻 教授
東京大学・大学院理学系研究科・物理学専攻 教授◆ 演者： Prof. Dr. Stefan W Hell （オンライン講演）
Max Planck Institute for Multidisciplinary Sciences, Göttingen &Max Planck Institute for Medical Research, Heidelberg
I will show how an in-depth description of the basic principles of diffractionunlimited fluorescence microscopy has spawned MINFLUX [1-4], a recent
super resolution method that has reached the resolution of the size of afluorophore molecule. Providing 1–3 nanometer resolution in fixed andliving cells, as well as localization precisions in the Angström range, MINFLUX
and the related MINSTED concept [5,6] are being established for routine
applications in the biomedical sciences [4]. Relying on fewer fluorescencephotons than other methods, these techniques are also poised tocharacterize dynamic processes at the single protein level, as alreadydemonstrated by tracking sub(nanometer) details of the unhindered steppingof the motor protein kinesin-1 on microtubules at up to physiological ATP
concentrations [7].
[1]Balzarotti, F., Eilers, Y., Gwosch, K. C., Gynnå, A. H., Westphal, V., Stefani, F. D., Elf, J., Hell, S.W. Nanometer
resolution imaging and tracking of fluorescent molecules with minimal photon fluxes. Science 355, 606-612 (2017).

[2]

Eilers, Y., Ta, H., Gwosch, K. C., Balzarotti, F., Hell, S. W. MINFLUX monitors rapid molecular jumps with superior
spatiotemporal resolution. PNAS 115, 6117-6122 (2018).

[3]

Gwosch, K. C., Pape, J. K., Balzarotti, F., Hoess, P., Ellenberg, J., Ries, J., Hell, S. W. MINFLUX nanoscopy delivers
3D multicolor nanometer resolution in cells. Nat. Methods 17, 217–224 (2020).

[4]

Schmidt, R., Weihs, T., Wurm, C. A., Jansen, I., Rehman, J., Sahl, S. J., Hell, S. W. (2021) MINFLUX nanometer-scale
3D imaging and microsecond-range tracking on a common fluorescence microscope. Nat. Commun. 12:1478.

[5]

Weber, M., Leutenegger, M., Stoldt, S., Jakobs, S., Mihaila, T. S., Butkevich, A. N., Hell, S. W. MINSTED
fluorescence localization and nanoscopy. Nat. Photon. 15, 361-366 (2021).

[6]

Weber, M., von der Emde, H., Leutenegger, M., Gunkel, P., Sambandan, S., Khan, T. A., Keller-Findeisen, J., Cordes, V.
C., Hell, S.W. MINSTED nanoscopy enters the Ångström localization range. Nat. Biotechnol., 41, 569-576 (2023).

[7]

Wolff, J.O., Scheiderer, L., Engehard, T., Engelhardt, J., Matthias, J., Hell, S.W.
MINFLUX dissects the unimpeded walking of kinesin-1, Science, 379, 1004-1010 (2023).

– S251 –