The 2nd ExCELLS symposium: Poster presentation#ClassPresenterGroup
name/Affiliation

Poster title

1ExCELLS内部

青野重利

金属生命科学

Structural Basis for CO Synthesis by HypX during NiFe-HydrogenaseMaturation

2ExCELLS内部

植村悠人

神経ネットワー
ク創発

Neuronal circuits that control rhythmic pectoral fin movements in larvalzebrafish

3

ExCELLS内部

伊藤暁

生命分子動態シミュレーション

Theoretical and experimental studies on an Aβ monomer at ahydrophilic/hydrophobic interface

4

ExCELLS内部

宮澤和久

生命分子動態シミュレーション

Structural stability of RvSAHS1 in solution and the dehydrated condition using
molecular dynamics simulations and high-speed atomic force microscopy

5ExCELLS内部

ChristianGanser

生命分子動態計
測Kinesin Transport on microtubules studies by high-speed AFM

6ExCELLS内部

山下映

神経分子動態生
物学

Analysis of the mechanism of how an RNA-binding protein NFAR2 controls
learning and memory via liquid-liquid phase separation

7ExCELLS内部

佐藤幸治

生命システム構
築The thickness of microscale liquid layer on the olfactory receptors affects on
the vapor chemical detection through an air-liquid interface

8ExCELLS内部

川出健介

植物発生生理Gametophore formation and arginine metabolism in Physcomitrella patens

9ExCELLS内部

辰本将司

認知ゲノム

Summary of the laboratory from publication and collaborative research

10 ExCELLS内部

矢部泰二郎

発生シグナル創発

Molecular mechanisms for the spatio-temporal regulation of somite boundary
formation in zebrafish

11 ExCELLS内部

三井優輔

発生シグナル創発

Local and mutual regulations between Wnt and planar cell polarity
components propagate global coordination of the planar cell polarity.

12 ExCELLS内部

高田律子

発生シグナル創発

Assembly of protein complexes restricts diffusion of Wnt3a proteins

13 ExCELLS内部

篠塚琢磨

発生シグナル創発

Mechanism and significance of morphological change of Wnt producing cells
in the mouse spinal cord

14 ExCELLS内部

畠山宙大

発生シグナル創発

Lineage analysis of roof plate cells during the development of mouse spinalcord

15 ExCELLS内部

TRAN Thi HongNguyen

発生シグナル創発

Examination complex formation of the Wnt.

16 ExCELLS内部

加藤晃一

生命分子動秩序創発

Research activities in Extreme Environmental Biomolecular Research Groupin FY201917 ExCELLS内部

矢木真穂

生命分子動秩序
創発

Exploration of the cryptobiotic mechanism of tardigrades for understanding
adaptation strategies of living systems to extreme environments

18 ExCELLS内部

谷中冴子

生命分子動秩序
創発

Observation of dynamical orchestration of antibodies

19 ExCELLS内部

鈴木達哉

生命分子動秩序創発

Protein-specific glycosylation determined by sub-Golgi localizations ofglycosyltransferases

20 ExCELLS内部

柚木康弘

生命分子動秩序創発

Native mass spectrometric analysis of the interplay among circadian clock
proteins

21 ExCELLS内部

栗原顕輔

構成生物学

Droplet world: Integration of hypotheses on the origin of life

22 ExCELLS内部

宇治澤知代

温度生物学

Thermal selection behaviors in mice analyzed with a new thermal gradientmachine23 ExCELLS内部

田中智弘

心循環ダイナミ
ズム創発

TRPC3-Nox2 complex formation mediates nutritional deficiency-inducedcardiomyocyte atrophy

24 ExCELLS内部

小田紗矢香

心循環ダイナミズム創発

The role of TRPC6 channel in a cardiac autonomic nerve regulation

25 ExCELLS内部

四宮愛

定量生物学

Linear Regression Analysis of Annual Rhythms in Gonadal Development in
the Teleost Model, Medaka

26 ExCELLS内部

後藤 祐平

定量生物学

Optogenetic manipulation of fission yeast cellular signaling

27 ExCELLS内部

谷猪 遼介

定量生物学

Quantification of GPCR Signaling Dynamics by Multiplexed Fluorescence
Imaging

28 ExCELLS内部

山本 啓

定量生物学

Development and application of a new optogenetic system to manipulate
intracellular contractile force

29 ExCELLS内部

榎木亮介

バイオフォトニクス

Imaging neuronal network controlling circadian and ultradian calcium rhythms
in mammals

30 ExCELLS内部

大友康平

バイオフォトニ Two-photon excitation spinning disk confocal microscopy for multi-dimensionalクス
bioimaging

31 ExCELLS内部

堤元佐

バイオフォトニクス

Application of novel image analysis method SRRF for deep and fast
super-resolution imaging.

32 ExCELLS内部

石井宏和

バイオフォトニクス

Improvement of Two-photon microscopy toward realizing in vivo
super-resolution deep imaging

33 ExCELLS内部

山口和志

バイオフォトニクス

In vivo visualization of dendritic spines in cortical layer V of mouse secondary
motor cortex with two-photon adaptive optical microscopy

34 ExCELLS内部

安宅光倫

バイオフォトニクス

Calcium imaging in living mouse brain by two-photon excitation spinning-disk
confocal microscopy

35 ExCELLS内部

高橋泰伽

バイオフォトニクス

In vivo two-photon imaging utilizing novel fluoropolymer PEO-CYTOP
nanosheet in deep and wide field of view

36 ExCELLS内部

廣蒼太

バイオフォトニクス

Optical imaging of nuclear and cytoplasmic circadian calcium rhythm in themaster circadian clock

37 ExCELLS内部

餘家博

生命時空間制御

Study on left-right bias in arrangements of basal body-associated proteins inmouse node cilia

38 ExCELLS内部谷口篤史

生命時空間制御Analysis of nodal flow by three-dimensional particle image velocimetry.

39

ExCELLS連携
研究渡辺大輝

生命分子動態計
測Functional extensions of high-speed atomic force microscopy for investigationof biological molecules

40

ExCELLS連携
研究

岡嶋孝治

北海道大学

Mechanics of multicellular system investigated by atomic force microscopy

41

ExCELLS課題
研究

荻沼

42

ExCELLS課題
研究吉戸香奈

京都大学生命科
学研究科

Memory Dynamics of Helper T cells and Regulatory T cells in Adaptive
Immune System43

ExCELLS課題
研究

坂本多穗

静岡県立大学薬学部

A K channnel opener DCEBIO prevents endotoxin- induced skeletal muscle
atrophy44

ExCELLS特別
共同研究

新美輝幸

基礎生物学研究所

Wing color change in a coccinellid beetle (Aicolocaria hexaspilota) facilitatedby acclimation to cold temperatures

45

ExCELLS特別
共同研究

飯野亮太

分子科学研究所 Improvement of thermostability and catalytic activity of PET degrading enzyme

大坪瑶子

核融合科学研究所 / 基礎生物学
研究所

Development of the single-cell measurement system of the TORC1 activity inliving yeast cells

ExCELLS特別
46
共同研究

政之

群馬大学 生体調節研究所
Molecular basis underlying “Diapause”, the systems suspending vital activities

47

ExCELLS特別
共同研究

重信秀治

基礎生物学研究所

Odyssey to find genes evoking multicellular organisms

48

ExCELLS特別
共同研究

上野直人

構基礎生物学研究所、IRCC-QIB

Mechanical control of cell-to-cell adhesion through LLPS

49

一般参加者

小島諒介

京都大学 医学研究科

A time series analysis framework for deep state-space modeling