Also, they solved the structure of glucose-6-phosphatase, which is the first step of glycolysis 😍 https://t.co/aDv2yEbwy8 https://t.co/d0kLvrpJPA
RT @khristaki: protein structure prediction for the human proteome https://t.co/05hYTHDash
RT @Nature: A Nature paper describes the production of accurate structure predictions of the human proteome, the complete set of proteins e…
protein structure prediction for the human proteome https://t.co/05hYTHDash
1: July 2021: The AlphaFold model is published in @Nature by a @DeepMind team led by @demishassabis, irreversibly making #DeepLearning a key player in protein biology. The initial paper predicted the structures of 99% of human proteome (20,000 proteins).
Para entender más sobre el tema: los vídeos de @lahiperactina y @DotCSV son espectaculares. Y también más información oficial: 🔖Paper en Nature https://t.co/CBKJQSD8WF 🔖DeepMind https://t.co/wFaJDzRO8K
... Y los genios en casa... 🙏🙏🙏
El 22 de juliol de 2021 l'empresa DeepMind (Google) publica el seu sistema d'intel·ligència artificial (AlphaFold2) capaç de predir la forma de qualsevol proteïna https://t.co/a9fxZMhiLN
新型コロナのゲノム解析なんかでもすごいな〜と感じてましたが、情報工学が発展してきてすごく進化してる最中みたいです。 https://t.co/SeTyQPzq3t https://t.co/er6iWPlfQs
@zaqlinguini @anshulkundaje @KevinKaichuang @lpachter @LeilaMansouri @ath_baltzis @cnotred pub in tweet above: https://t.co/gZQ5KJ0mSW Anything other than "high confidence" cannot compete with xray/em/nmr structures
RT @SpringerNature: You can read “Highly accurate protein structure prediction with AlphaFold” and 'Highly accurate protein structure predi…
You can read “Highly accurate protein structure prediction with AlphaFold” and 'Highly accurate protein structure prediction for the human proteome', published in @Nature, open access here: https://t.co/GsEQwyjJrN and here: https://t.co/4z24d1vvV1
@GntlmnScientist @ProteinMagnus A low AF pLDDT score is a good predictor of intrinsic disorder; see eg: https://t.co/wQkXXo5ECQ & https://t.co/jlsT72tzDW and disordered regions with high pLDDT scores might be “conditionally folded”: https://t.co/nPox
@ls_pun_dit It's mentioned in this article: https://t.co/V09pPelAvv But that seems to be an inaccurate transcription of the published result in https://t.co/NLI3Lk6rin (36% of residues have very high confidence).
RT @LindorffLarsen: @agrossfield @CrollTristan @boehninglab @UCSFChimeraX @ditlevbrodersen The DM/EBI team showed that the AF2 confidence s…
13| Quellen: Q1: https://t.co/f6TsxM4xkZ Q2: https://t.co/b905GDgtFw Q3: https://t.co/u3C9HexokU Q4: https://t.co/NoERDjhwGK
RT @LindorffLarsen: @fabferrage @GntlmnScientist Indeed, low AF confidence scores (pLDDT) is an excellent predictor of intrinsic disorder a…
@fabferrage @GntlmnScientist Indeed, low AF confidence scores (pLDDT) is an excellent predictor of intrinsic disorder as shown here for example: https://t.co/wQkXXo5ECQ (Fig. 4b) https://t.co/jlsT72tzDW (Fig. 1d)
@Blastwizard @dxbarradas The low confidence regions seem to be a strong predictor of disorder, see for example Figure 4b of the proteome paper (https://t.co/cQ53lUIA2e) and https://t.co/jwdPJX1Csr.
Before AlphaFold, we knew the 3-D structures for only ~ 17% of ~20,000 proteins in the human body Now we have 3-D structures for virtually all (98.5%) of the human proteome https://t.co/6y4kIW7axk
Enabling high-accuracy protein structure prediction at the proteome scale. https://t.co/hzxLfrSKRW #proteome @Nature
Highly accurate protein structure prediction for the human proteome https://t.co/MfxvyeSDM6
RT @EricTopol: One of the most important advances in the history of life science today combines deep learning #AI, the human proteome, #ope…
@KasperKepp @labriataphd @ewanbirney In practice it’s a very good predictor of disorder
RT @EricTopol: One of the most important advances in the history of life science today combines deep learning #AI, the human proteome, #ope…
RT @LindorffLarsen: @agrossfield @CrollTristan @boehninglab @UCSFChimeraX @ditlevbrodersen The DM/EBI team showed that the AF2 confidence s…
@agrossfield @CrollTristan @boehninglab @UCSFChimeraX @ditlevbrodersen The DM/EBI team showed that the AF2 confidence scores work well as disorder predictors (Fig. 4B of https://t.co/wQkXXo5ECQ) and @_BalintMeszaros has followed up with additional analyses
Spoiler: it's probably racist. https://t.co/AQeHZk4c2q
RT @safety_ai: DeepMind has shared a database of protein structure prediction for the human proteome. It opens doors for researchers and ne…
Woah. https://t.co/ouLmSkIe5D
Highly accurate protein structure prediction for the human proteome https://t.co/EQx0LfflQL
RT @safety_ai: DeepMind has shared a database of protein structure prediction for the human proteome. It opens doors for researchers and ne…
RT @safety_ai: DeepMind has shared a database of protein structure prediction for the human proteome. It opens doors for researchers and ne…
DeepMind has shared a database of protein structure prediction for the human proteome. It opens doors for researchers and new innovations! https://t.co/oZjz9CQAfk #DeepMind #ai #data #bigdata #innovation #artificialintelligence #ML #machinelearning #emergi
Kaynaklar: Araştırma metni https://t.co/L1sLBJvTr2 https://t.co/8PYqQGRSux , 23.07.2021
Highly accurate protein structure prediction for the human proteome is achieved by applying the state-of-the-art machine learning method, AlphaFold. Routine large-scale and high-accuracy structure prediction of proteins will now be available. https://t.co/
(5/10) AlphaFold’s researchers state these regions “should not be interpreted as structures, but rather as a prediction of disorder” https://t.co/ApJIEU0C0E ...As artists, should we just ignore these regions?
RT @Magda_Skipper: A transformative moment for biology & beyond - Highly accurate protein structure prediction for the human proteome; with…
RT @EricTopol: One of the most important advances in the history of life science today combines deep learning #AI, the human proteome, #ope…
RT @BioDecoded: DeepMind’s AI predicts structures for a vast trove of proteins | Nature https://t.co/V33yTowYUA https://t.co/UheQJ3rEgY htt…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @torusengoku: これはすごい https://t.co/1chVTLLYbB 全残基の 58%についてそれなりの信頼度 36%についてかなりの信頼度
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: 🚨In case you missed it🚨 Everything #AlphaFold below! https://t.co/vtBGmTClG8 https://t.co/rSreP3VYIQ https://t.co/RMDtwlH…
RT @EricTopol: One of the most important advances in the history of life science today combines deep learning #AI, the human proteome, #ope…
#NatMetabPicks | Publishing in @Nature, a group led by John Jumper & Demis Hassabis (@DeepMind) presents a protein structure database covering 98.5% of human proteins. Discover #AlphaFold https://t.co/3taRl1Ynky
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
@larsjuhljensen DM/EBI themselves showed that pLDDT works well as a disorder predictor (Fig. 4b https://t.co/wQkXXo5ECQ) and this preprint (https://t.co/3iefY5rmfS) uses it to study protein-peptide interactions. A few other threads w similar analysis out t
[5/8] IDPs/IDRs usually show a low AlphaFold confident prediction (pLDDT). This was also addressed in the recently published Nature paper by Tunyasuvunakool et al. https://t.co/nAilqqmYnb.
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @mvicaracal: Online at @nature; "Highly accurate protein structure prediction for the human proteome" from @DeepMind @emblebi https://t.…
@ecbrunk @cdmackereth It is in this paper but depends on what is considered high confidence of predictions. https://t.co/0aCxL35vWO
RT @robertdolci: Agli amici https://t.co/85Izb8PPoN un ottima notizia sul progresso dell' #AI: la comprensione della meccanica proteica. ht…
Ha sido todo señores 🙅🏻♀️
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
Highly accurate #protein #structure prediction for the #human #proteome https://t.co/K2odaGfgmA
RT @EricTopol: One of the most important advances in the history of life science today combines deep learning #AI, the human proteome, #ope…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
@CEDENNA #InteligenciaArtificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investigación de IA @DeepMind ha creado el mapa más completo de las proteínas humanas hasta la fecha util…https://t.co/31B3t5Oyxm
RT @Magda_Skipper: A transformative moment for biology & beyond - Highly accurate protein structure prediction for the human proteome; with…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @SP8CEVCTeam: Highly accurate protein structure prediction for the human proteome - Nature https://t.co/zFgKQ94ROZ #proteins #structure…
Highly accurate protein structure prediction for the human proteome - Nature https://t.co/zFgKQ94ROZ #proteins #structure #drugdiscovery
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
Finally managed to read the #AlphaFold paper by @DeepMind with @emblebi in @Nature. Structural predictions for a large part of the human proteome. Very much looking forward to exploring how this vast data resource can help to guide our research. (1/3) http
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
RT @CEDENNA: Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investiga…
Inteligencia artificial predice la forma de las proteínas humanas y abre nueva era en la biología: El laboratorio de investigación de IA @DeepMind ha creado el mapa más completo de las proteínas humanas hasta la fecha utilizando la inteligencia artificial.
Congratulations to my colleagues @Nature who have just published transformational research on our understanding of proteins https://t.co/KHBh6uYoYf and https://t.co/ZEs1Vk3jre Wow
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @radhadesai: Highly accurate protein structure prediction for the human proteome | Nature #breakthrough !! https://t.co/mNhB8InobK
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @NaturePortfolio: A @Nature paper describes the production of accurate structure predictions of the human proteome, the complete set of…
RT @BioDecoded: DeepMind’s AI predicts structures for a vast trove of proteins | Nature https://t.co/V33yTowYUA https://t.co/UheQJ3rEgY htt…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
RT @DeepMind: Looking to learn more about the recent #AlphaFold developments? Read more below! https://t.co/vtBGmTClG8 https://t.co/rSreP…
... at scale to almost the entire human proteome (98.5% of human proteins). The resulting dataset covers 58% of residues with a confident prediction, of which a subset (36% of all residues) have very high confidence." https://t.co/fkU10xV28O
RT @robertdolci: Agli amici https://t.co/85Izb8PPoN un ottima notizia sul progresso dell' #AI: la comprensione della meccanica proteica. ht…