@CrispTomb @takaoyome3 https://t.co/YT4PK48O49 確かに、Googleの計算機パワーでぶん殴ったタンパクの論文でNatureとかのって、研究費につなげてそうなのありますね。 わたしとしては、細胞画像の解析に広まってくれるといいなと思っています。
@ylecun Google computers have already done supercomputing for physical simulations (by @vijaypande) https://t.co/NrFUeRVYzo
Pande & co used 450M CPU core-hours to identify ligand modulation of GPCR. This is 51,369 CPUs running for a year! http://t.co/iwVQoCOWbj
Advances in computational modelling of GPCR docking marred by implausible chemical structures. http://t.co/ddlF7kreMW #Science
Does anyone else think these structures are unstable & shouldn't exist? From this paper: http://t.co/5BIzDwcpbX http://t.co/HF0VozDx7m
Does anyone else think these structures are unstable & shouldn't exist? From this paper: http://t.co/5BIzDwcpbX http://t.co/HF0VozDx7m
Does anyone else think these structures are unstable & shouldn't exist? From this paper: http://t.co/5BIzDwcpbX http://t.co/HF0VozDx7m
Interesting use of cloud computational power to understand #GPCR activation dynamics.... http://t.co/i045kbov6B
@ozkirimli_elif @molmodelblog this was M Lawrenz. The paper is in Nat. Chem. http://t.co/wjBa6MiX7B
@janhjensen sorry, I meant Exacycle… http://t.co/gcxM7mZhPK
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways. http://t.co/mhelFmsOS4
@Google Thanks for helping folding at home!!! Let's hope we can do more good for the world. http://t.co/DaoTp9Oy5V
【情報化学】【分子動力学】ノーベル賞級のホットな分野でタイアップ。グーグルのクラウドコンピューティングを使い、Gタンパク質共役型受容体と医薬候補分子の相互作用が、従来の10倍にあたる2ミリ秒の長時間にわたりシミュレーションされた。 http://t.co/oA0j7falqs
You know about this Lamia Youseff? Clouds seem to do well for our work! http://t.co/qX3Qi1mCAg
【情報化学】【分子動力学】ノーベル賞級のホットな分野でタイアップ。グーグルのクラウドコンピューティングを使い、Gタンパク質共役型受容体と医薬候補分子の相互作用が、従来の10倍にあたる2ミリ秒の長時間にわたりシミュレーションされた。 http://t.co/oA0j7falqs
【情報化学】【分子動力学】ノーベル賞級のホットな分野でタイアップ。グーグルのクラウドコンピューティングを使い、Gタンパク質共役型受容体と医薬候補分子の相互作用が、従来の10倍にあたる2ミリ秒の長時間にわたりシミュレーションされた。 http://t.co/oA0j7falqs
【情報化学】【分子動力学】ノーベル賞級のホットな分野でタイアップ。グーグルのクラウドコンピューティングを使い、Gタンパク質共役型受容体と医薬候補分子の相互作用が、従来の10倍にあたる2ミリ秒の長時間にわたりシミュレーションされた。 http://t.co/oA0j7falqs
#カガク。#計算。#クラウド。#生体分子。GPCR。Nature Chemistry “Cloud-based simulations on Google Exacycle reveal ligand…” http://t.co/Zm0nT5nhvT #npuh
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways. http://t.co/KHczA9Khpe #GPCR
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways http://t.co/fgbOefVIZw
#GPCR activation dynamics using #Google Exacycle, from Nature Chemistry http://t.co/6XQpNnPSWY
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways http://t.co/GVZCfcCmoD
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways http://t.co/GVZCfcCmoD
From the Jan issue, free to registered users: Cloud-based simulations of GPCR activation pathways http://t.co/aCVTlFR5U1
From the Jan issue, free to registered users: Cloud-based simulations of GPCR activation pathways http://t.co/aCVTlFR5U1
From the Jan issue, free to registered users: Cloud-based simulations of GPCR activation pathways http://t.co/aCVTlFR5U1
#Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways http://t.co/7Sw95NKe6B
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways http://t.co/LrtU6vLLwj 2ミリ秒とかさすがGoogle先生
Ooooh, shiny! MT @jamesdotcuff: 60,000 atoms, rate exceeding 1ms/mnth with a peak throughput of 80µs/day! http://t.co/OUz2PmKdwT
Ooooh, shiny! MT @jamesdotcuff: 60,000 atoms, rate exceeding 1ms/mnth with a peak throughput of 80µs/day! http://t.co/OUz2PmKdwT
Ooooh, shiny! MT @jamesdotcuff: 60,000 atoms, rate exceeding 1ms/mnth with a peak throughput of 80µs/day! http://t.co/OUz2PmKdwT
今朝の Exacycle による GPCR のMD の論文 http://t.co/zE7XDFeYr4、あれは合計時間としてこんなに長い計算をしたというよりは、短いトラジェクトリを繋ぎあわせて、蛋白質の状態遷移のダイナミクスを解き明かせたというところが大きいんだろうな。
Here's the research that Google's freebie cloud computing cycles led to: http://t.co/8Q4FReOVNW via Google: http://t.co/bMQ6JUtwC9
Here's the research that Google's freebie cloud computing cycles led to: http://t.co/8Q4FReOVNW via Google: http://t.co/bMQ6JUtwC9
Here's the research that Google's freebie cloud computing cycles led to: http://t.co/8Q4FReOVNW via Google: http://t.co/bMQ6JUtwC9
http://t.co/iJAEHhjLxh Google Exacycle による GPCR の長時間MDってこれのことか。見逃していた。情報感謝。
MT @stuartcantrill: So, @NatureChemistry has just published a paper where some of the authors are from Google...! http://t.co/QCptyN1RYq
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Simulation of ligand modulation of GPCR activation pathways - http://t.co/CdSzW2MuEM
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Cloud computing for GPCR dynamics simulations... cool, no?... http://t.co/LdubJ9a6Ic
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
Ligand-modulation of GPCR activation pathways seen in MD simulations using @Google cloud computing ($) http://t.co/na0pT0iy66
"Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways" http://t.co/hHaUykqGGY
http://t.co/iJAEHhjLxh Google Exacycle による GPCR の長時間MDってこれのことか。見逃していた。情報感謝。
http://t.co/iJAEHhjLxh Google Exacycle による GPCR の長時間MDってこれのことか。見逃していた。情報感謝。
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
Cloud-based simulations on Google Exacycle reveal ligand modulation of GPCR activation pathways http://t.co/Vaf46BkhTV 化学の世界にまでGoogleが
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
Google Exacycle cloud-computingを使ってGPCRのシミューレーションをした論文。 http://t.co/xaERB3NupO
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
Google Exacycle cloud-computingを使ってGPCRのシミューレーションをした論文。 http://t.co/xaERB3NupO
Google Exacycle cloud-computingを使ってGPCRのシミューレーションをした論文。 http://t.co/xaERB3NupO
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9
So, @NatureChemistry has just published a paper where some of the authors are from Google...! A first for us I think. http://t.co/Gn8X7alTb9