9/30午後、共同研究者のRayがポスター発表を行います。エンテロV-ATPaseのクライオ電顕単粒子解析で回転中の6つの構造状態を明らかにしました。
[3Pos099] The Off-Axis Rotor of Enterococcus hirae V-type ATPase by Volta Phase Contrast and Conventional Phase Cryo-EM
https://t.co/kXVeQrH5C0
9/30午後、原島さんがポスター発表を行います。シミュレーションだけでなく実験データも出ていて面白いので是非。
[3Pos144] 速く動くDNAナノ粒子モーターはつくれるか?シミュレーションによる検討/How to engineer fast-moving DNA-nanoparticle motor? A simulation study
https://t.co/Aurd7N3QLa
9/30午後、大友さんがポスター発表を行います。9/29のシンポでの発表に関連したV-ATPaseの1分子計測とエンジニアリングの話題です。是非。
[3Pos130] Single-molecule analysis and engineering of rotary V-ATPase
https://t.co/lPkQybBqRy
9/29夕方、Jakiaがポスター発表を行います。是非。
[2Pos144] Hybrid kinesin-1 dimer conjugated with synthetic PEG linker shows processive and fast motion with robust hand-over-hand mechanism
https://t.co/RS54iVykXx
9/29午前、大友さんがシンポで発表を行います。是非。
[2SCA-5] 1分子計測・活性測定・タンパク質工学による回転型V-ATPaseの統合的研究/Integrated research on rotary V-ATPase approached by single-molecule observation, biochemical assay, and protein engineering
https://t.co/fnKzugn0pS
On the origin and evolution of the asteroid Ryugu: A comprehensive geochemical perspective
"Ryugu aliquot (C0008-18) was found to contain at least 23 amino acids..."
https://t.co/yX3G8XzUU8
はやぶさ2試料からアミノ酸23種 論文「太陽系の化石」: 日本経済新聞 https://t.co/5YnIZXTIZ0
A printable active network actuator built from an engineered biomolecular motor
https://t.co/4fYIbl9UYX
モータータンパク質でつくる光造形可能な人工筋肉:分子設計からマイクロデバイスまで
https://t.co/dfKKYtLEzi
J-STAGE Articles - Binding free energy of protein/ligand complexes calculated using dissociation Parallel Cascade Selection Molecular Dynamics and Markov state model https://t.co/qO52DBoDm5
Greetings from Noji-san.
Greetings from the President of Biophysical Society of Japan: Traditionally open culture for fostering creative biophysics https://t.co/QYgycbNlyR
Jakia will talk on our synthetic-biological hybrid kinesin in "Japan-US symposium on cytoskeletal motor proteins and their associated proteins" in the 59th annual meeting of the Biophysical Society of Japan!
https://t.co/K6ht88MrZu
https://t.co/owOq7CJFDQ
https://t.co/pJX4etXFdO
Nakamura-san's review article published in 2020 won the 8th Biophysics and Physicobiology Editors' Choice Award! Congratulations! @bpsjp
https://t.co/a2PaG8zZRR
https://t.co/vJVhV7DzoV
Ranked 1st of the most viewed articles Aug. 2020!
https://t.co/z6PDkExuZz
Review Article: Crystalline chitin hydrolase is a burnt-bridge Brownian motor
https://t.co/1Hp32f5gSR
Ranked 1st of the Most viewed articles Jul 2020! Thank you so much!
https://t.co/z6PDkExuZz
Crystalline chitin hydrolase is a burnt-bridge Brownian motor
https://t.co/cRGU1GntR4 https://t.co/BWhQRUUBCt
Akihiko's review article has been featured on the cover of Biophysics and Physicobiology, the official journal of The Biophysical Society of Japan! https://t.co/AqK3QnBdDA
https://t.co/1Hp32f5gSR https://t.co/hVFCtWAIFx
Akihiko's review article now has been published officially in BPPB! Open access!
Crystalline chitin hydrolase is a burnt-bridge Brownian motor https://t.co/8juALJde7f https://t.co/WSRxAXeCXl
Aki's review article has been published in BPPB as an advance online publication. Congrats!
Crystalline chitin hydrolase is a burnt-bridge Brownian motor
https://t.co/mWuHPQbxAf
https://t.co/6BP3DGL5I7
Sakaue-Sawano and Miyawaki have published a paper describing a new cell cycle biosensor, Fucci5. In addition to the improved sensitivity, the new Fucci is free from the patents of fluorescent proteins, paving the way to the commercial use!
みんな田上くんのレビューを引用しような!
"Why we are made of proteins and nucleic acids: Structural biology views on extraterrestrial life"
https://t.co/oFyWdKGTVV https://t.co/PMtDpfpoYU
Our paper investigating the physiological role of diatom rhodopsin has been published!
- Light-driven Proton Pumps as a Potential Regulator for Carbon Fixation in Marine Diatoms https://t.co/kPFPClxlYR
珪藻の持つロドプシンの生理的役割を調べた論文が出版されました(Microbes Environ)!
Light-driven Proton Pumps as a Potential Regulator for Carbon Fixation in Marine Diatoms https://t.co/kPFPClxlYR
Our collaborative paper with Prof. Banfield's lab. @BanfieldLab on rhodopsins with a novel DSE motif was published in Biophys. Physicobiol. They are derived from lichen microbiome and exhibit long photocycle. @MaicaMarinPerez @alexander_jaffe @miyabiI5
https://t.co/iq5f0FKCZM https://t.co/bwp3gXTbcw
標的タンパク質の構造情報のみから結合タンパク質の設計が可能になった https://t.co/rJbVbq9QZy
ファルマシア誌のトピックスにCao L. et al., Nature
2022 "Design of protein-binding proteins from the target structure alone" https://t.co/fMHPpiKy41 を紹介する日本語の記事を書きました。
Our recent Account "C-H Borylation of Arenes: Steric-controlled Para-selectivity and Application to Molecular Nanocarbons" is now in J. Synth. Org. Chem. Jpn!
https://t.co/zLUhRbAb3h
(OPEN ACCESS) https://t.co/dPYUi3QRky
林准教授らの記事がBiophysics and Physicobiology (BPPB)の"Commentary and Perspective"に掲載されました。日本生物物理学会年会(2021/11/25)で「Japan-US symposium on cytoskeletal motor proteins and their associated proteins」シンポジウムをやります。
https://t.co/Wy7K7RLXnv
#59bsj2021
An essay from prof. E. Nakamura, published in the latest issue of J. Syn. Org. Chem. Jpn. where my account is published together. We should read it to consider our future directions in chemistry.
Chemistry: A Bridge between Molecular World and Real World https://t.co/pHSM8AIZ7e