第59回⽇本⽣物物理学会年会 プログラム・予稿 訂正・変更⼀覧
List of Corrections and Changes for Program and Proceedings

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演題番号Presentation No.

変更前・誤Before / Wrong

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S8

Ch02 BPセミナー１ DKSHジャパン
Ch03 キャリア⽀援説明会

Ch02 キャリア⽀援説明会
Ch03 BPセミナー１ DKSHジャパン

S24

Ch02 BP Seminar１ DKSH Japan
Ch03 Career Support Events

Ch02 Career Support Events
Ch03 BP Seminar１ DKSH JapanS37

演 者︓⼩杉 洋（分⼦研）演 者︓⼩杉 貴洋（分⼦研）S80

1-07-1442

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1-07-1454

S88

1-13-1454

ー取り消し Cancelled

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1-14-1330

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1-14-1406

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2-03-1315

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2-04-1439

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ー〇畑崎 優⼀郎
Yuichiro Hatasaki

取り消し Cancelled〇渡邉 亮
Ryo Watanabe

1,2Le Zhai

2, Ryosuke Nakashima , Yoshimasa Ike
1,2Tomoki Matsuda

S1352-15-1339*Le Zhai (Graduate School of Frontier Bioscience,Osaka University), Takeharu Nagai

2,3,

1,2,31( Graduate School of Frontier Bioscience, Osaka
2

University, Japan, SANKEN (The Institute of
Scientific and Industrial Research), Osaka University,
3Japan, Department of Biotechnology, Graduate
School of Engineering, Osaka University, Japan)
Shinya Sakai1, Tomoki Matsuda2, Takeharu Nagai1,2*Shinya Sakai (Graduate School of Frontier
Biosicience, Osaka University )(1 Graduate School of Frontier Bioscience, Osaka

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2-16-1315

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2-16-1415

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3-03-1342

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3-07-1330

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3-10-1442○内⽥ 匠（東⼤院・理学系研究科）
Takumi Uchida (Grad. Sch. Sci., The Univ. ofTokyo )Thermo-responsive deformable liposomes,towards micron scale bio-hybrid robotics.

2University, Japan, SANKEN (The Institute of
Scientific and Industrial Research), Osaka University,Japan )○内⽥ 匠, ⼭崎 洋⼈, 上村 想太郎（東⼤院・理学系研究科）
Takumi Uchida, Hirohito Yamazaki, Sotaro Uemura(Grad. Sch. Sci., The Univ. of Tokyo )Magneto-responsive multi-compartment
liposomes,towards biomolecule-hybrid robotics.

第59回⽇本⽣物物理学会年会 プログラム・予稿 訂正・変更⼀覧
List of Corrections and Changes for Program and Proceedings

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PageS348

演題番号
Presentation No.

3-10-1442

変更前・誤Before / Wrong

変更後・正After / Correct

Biomimetic materials replicate naturally occurring
Liposomes produced by the self-assembly of molecularfunctionalities using synthetic materials, however, tophospholipids, have often been studied for theirability todate most reports on have been structural and static in
encapsulate aqueous liquids, an attractive feature innature. One important aspect of biological matter is theapplications such as drug delivery thoughtypically these areability to move or respond dynamically to environmentalpassive, non-responsive capsules and so offer no control instimuli. Here we report attempts at producing
their delivery. Here wepresent the facile production ofenvironmentally triggered, dynamic and reversible
centimeter scale, hemifusion-liposome based multi-cellularphysical responses in multicellular liposomes throughbodies, builtwith bio-compatible chemicals which areuse of synthetic thermo-responsive ionic copolymers,
capable of efficiently encapsulating near milliliter volumes
able to effect changes in osmotic pressure and thereby
ofaqueous liquid assembled as both homogeneous andcontrolling water flow across the lipid membrane. The
heterogeneous compartments. Incorporatingmagnetic
ability to produce triggered dynamic changes in
nanoparticles enables the active motion and actuation of
biomaterials is an important step towards smart
the cellular bodies allowing thedirected transport andresponsive and programable materials which are alsopotential for smart targeted delivery.
compatible with physiological conditions.