Enol Z. (@yinuo_z98) 's Twitter Profile
Enol Z.

@yinuo_z98

Comp Bio; Protein designer with pLMs 💻; Cancer treatment explorer🦀; Part time damping seller 🏗️

ID: 1583058948764028928

calendar_today20-10-2022 11:34:14

10 Tweet

39 Followers

19 Following

AI at Meta (@aiatmeta) 's Twitter Profile Photo

Announcing the ESM Metagenomic Atlas — the first comprehensive view of the ‘dark matter’ of the protein universe. Made possible by ESMFold, a new breakthrough model for protein folding from Meta AI. More in our new blog ➡️ bit.ly/3Nm7Pxn 1/3

Bichoy Gabra, R.Ph., Ph.D. (@bichoygabra) 's Twitter Profile Photo

Imdelltra (tarlatamab-dlle) for patients with extensive stage small cell lung cancer (ES-SCLC) lnkd.in/eBzhciYP Tarlatamab is the first and only delta-like ligand 3 (DLL3)–targeting Bispecific T-cell Engager (BiTE®) therapy that activates the patient’s own T cells to

Pranam Chatterjee (@pranamanam) 's Twitter Profile Photo

With the hype around ESM3, I just want to show how impactful pLMs can be, even beyond biomedicine! 🌏 I'm really excited to present MetaLATTE, our brand new metal binding predictor trained on ESM-2 latent embeddings via a super unique multi-task learning strategy, now live on

With the hype around ESM3, I just want to show how impactful pLMs can be, even beyond biomedicine! 🌏 I'm really excited to present MetaLATTE, our brand new metal binding predictor trained on ESM-2 latent embeddings via a super unique multi-task learning strategy, now live on
Pranam Chatterjee (@pranamanam) 's Twitter Profile Photo

We’ve been excited about discrete flow matching as an alternative to discrete diffusion for biologics design—but how do you scale it to larger vocabularies and control generation? 🌊🌡️Introducing Gumbel-Softmax Flow Matching from our brilliant Sophia Tang! 👇 📜:

We’ve been excited about discrete flow matching as an alternative to discrete diffusion for biologics design—but how do you scale it to larger vocabularies and control generation? 🌊🌡️Introducing Gumbel-Softmax Flow Matching from our brilliant <a href="/_sophia_tang_/">Sophia Tang</a>! 👇

📜:
Pranam Chatterjee (@pranamanam) 's Twitter Profile Photo

Most biological processes, like stem cell differentiation, branch into multiple fates, but current trajectory inference methods only predict single paths.🌳To fix this, we introduce BranchSBM 🌿, from our unstoppable Sophia Tang ! 🌟 📜: arxiv.org/abs/2506.09007 💻:

Pranam Chatterjee (@pranamanam) 's Twitter Profile Photo

Toxic heavy metals contaminate ecosystems and harm vulnerable communities. 🌎⚠️ Here, we present Metalorian, a conditional diffusion model that generates heavy metal-binding peptides, validated by MD and experiments! 💻🧪 📜: biorxiv.org/content/10.110… 🤗: huggingface.co/ChatterjeeLab/…

Toxic heavy metals contaminate ecosystems and harm vulnerable communities. 🌎⚠️ Here, we present Metalorian, a conditional diffusion model that generates heavy metal-binding peptides, validated by MD and experiments! 💻🧪

📜: biorxiv.org/content/10.110…
🤗: huggingface.co/ChatterjeeLab/…
Pranam Chatterjee (@pranamanam) 's Twitter Profile Photo

The Programmable Biology Group is en route to Vancouver for #ICML2025!! 🇨🇦🗻 Please come by my student's posters -- they would love your support! 😇 📜: PepTune (openreview.net/forum?id=FQoy1…) -- we're handing out stickers!! 🌟 📍: Main Conference Poster Session 4, W-316 👩‍💻:

The Programmable Biology Group is en route to Vancouver for #ICML2025!! 🇨🇦🗻 Please come by my student's posters -- they would love your support! 😇 

📜: PepTune (openreview.net/forum?id=FQoy1…) -- we're handing out stickers!! 🌟
📍: Main Conference Poster Session 4, W-316
👩‍💻: