Nature:Architecture and assembly mechanism of native glycine receptors https://t.co/2P9EQHk9qk Nature:天然甘氨酸受体的结构和组装机制 本文为镇静催眠抗惊厥、降血压、改善脑机能、精神安定、促进睡眠等多种生理功能、神经精神科关联的基础科学研究论文。 https://t.co/o8jbSMgPvU
RT @biochem_fan: Nature "Architecture and assembly mechanism of native glycine receptors" https://t.co/1WMnXw0rAF https://t.co/c99voc88uO…
Nature "Architecture and assembly mechanism of native glycine receptors" https://t.co/1WMnXw0rAF https://t.co/c99voc88uO このグループの論文は読みにくいという先入観があったけれど、今回のは読みやすかった。ただ、中間体については、本当にこれが中間体なのかなという気が。
RT @science_jp: 構造生物学: 未変性のグリシン受容体はどんな格好なのか (Nature Research) https://t.co/xN9y1BiUv8
構造生物学: 未変性のグリシン受容体はどんな格好なのか (Nature Research) https://t.co/xN9y1BiUv8
Nature ハイライト:未変性のグリシン受容体はどんな格好なのか | Nature | Nature Portfolio: https://t.co/Fz5XUyhiAH
構造生物学: 未変性のグリシン受容体はどんな格好なのか | Nature 今週のハイライト https://t.co/de4p367xuy #グリシン受容体
Nature ハイライト:未変性のグリシン受容体はどんな格好なのか | Nature | Nature Portfolio https://t.co/azWlNvrzO2
천연 글리신 수용체의 구조 및 조립 메커니즘 | 네이처 하이라이트 https://t.co/U5kT4a9kqZ
Architecture and assembly mechanism of native glycine receptors | Nature https://t.co/mjMeOQFHJ7
グリシン受容体の5量体ヘテロマー構造が解かれたんですね。 立体構造化学は全く専門外ですが,αサブユニット4つとβサブユニット1つが最も安定みたい。 αサブユニットホモ5量体も一部存在しそうなので,これらが陰イオン透過性などの機能的な違いをもたらすのか気になる😌 https://t.co/JRmBvBnknk
Architecture and assembly mechanism of native glycine receptors https://t.co/rG3Ffn256p
RT @PoulNissen: Go native tissue!
RT @ElisaTelisa: Signs that #glycotime is going mainstream! 🥳🥳 Resolved glycans fragments are finally highlighted in structural work! Not s…
RT @ElisaTelisa: Signs that #glycotime is going mainstream! 🥳🥳 Resolved glycans fragments are finally highlighted in structural work! Not s…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @zenbrainest: Wow
RT @PoulNissen: Go native tissue!
RT @PoulNissen: Go native tissue!
RT @PoulNissen: Go native tissue!
RT @PoulNissen: Go native tissue!
Go native tissue!
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @zenbrainest: Wow
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
This is pretty cool 😎
RT @HongtaoZhu1: Architecture and assembly mechanism of native glycine receptors https://t.co/HIfsFGKgGL
RT @vikasnavaratna: Exceptional work by @HongtaoZhu1 Gouaux lab. Fully assembled native homo & hetero (4a:1b ) GlyRs from pig brain & spina…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @zenbrainest: Wow https://t.co/HOYNqZzbIU
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
Wow
Architecture and assembly mechanism of native glycine receptors https://t.co/PI9cchRZiQ
RT @ausbiophyssoc: Beautiful new #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainste…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @ausbiophyssoc: Beautiful new #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainste…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
Beautiful new #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem. out in @Nature #biophysics #structuralbiology
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
native(豚組織)から精製したGly receptor、久しぶりの二名著者論文 https://t.co/cwfCEL52NL
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @HongtaoZhu1: Architecture and assembly mechanism of native glycine receptors https://t.co/HIfsFGKgGL
Architecture and assembly mechanism of native glycine receptors https://t.co/RUOoV15oNT
RT @HongtaoZhu1: Architecture and assembly mechanism of native glycine receptors https://t.co/HIfsFGKgGL
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
Congratulations to @HongtaoZhu1. Amazing piece of work. High resolution native protein structure, purifying by the protein grabbing onto its ligand on a bead. You don't always need antibodies. Culmination of years of hard work that I was privileged to see
Architecture and assembly mechanism of native glycine receptors https://t.co/4aigjirsiX
Congratulations to Eric Gouaux and Hongtao Zhu on solving the structure of the native glycine receptor! https://t.co/K2M2f9rUD3
Exceptional work by @HongtaoZhu1 Gouaux lab. Fully assembled native homo & hetero (4a:1b ) GlyRs from pig brain & spinal cord. Sample prep & particle classification is why you should read the paper https://t.co/e9LwtTza5Y. And, of course, for t
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
Native hetromeric Glycine Receptor structure. CONGRATULATIONS 👏👏 Eric Gouaux and Hongtao. https://t.co/cUyb89uj3y https://t.co/mh6CvG9jki
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
Architecture and assembly mechanism of native glycine receptors https://t.co/HIfsFGKgGL
RT @Ineschen0: #cryoEM structures of native glycine receptor (GlyR) complexes, isolated from pig spinal cord and brainstem, define the stoi…
Architecture and assembly mechanism of native glycine receptors https://t.co/85pq1yx514
Architecture and assembly mechanism of native glycine receptors https://t.co/a6r1R2xmK5
Architecture and assembly mechanism of native glycine receptors https://t.co/1GRwBb8tc4 https://t.co/sRisKxARjh | #research #manuscripts @nature