Happy to share our just published @NatureComms article from @IiserMohali @DCS_IISERMOHALI Thanks to @ANRFIndia for funding. Hard work done by @Rishiram7777 Niranjani @NandhaEttikkan #ReactionDiffusion based system https://t.co/ye3v4cgpDS

I’ve been building lots of character this year !

We train machine learning models on millions of proteins. But when making predictions, do we need them to understand all proteins at once? Often we need an accurate model for the specific protein we are studying/designing. We address this with ProteinTTT https://t.co/1fj1huDzrZ🧵

The Lipid Brain Atlas is out now! If you think lipids are boring and membranes are all the same, prepare to be surprised. Led by Luca Fusar Bassini with Gioele La Manno's lab, we mapped membrane lipids in the mouse brain at high resolution. https://t.co/q3AeqGsIS1

Termites enlist microbes to defend their crops from undesirable fungi.

It's a book about survivorship bias

Huntington’s disease is brutal. A single DNA error → toxic protein → dead brain cells. No cure. Always fatal. Always inherited. But now? Science has flipped the script. How the new gene therapy works: 1️⃣ Huntington’s mutation makes a toxic protein that kills neurons. 2️⃣

WIRED just published an article featuring David Liu, cofounder of $PRME and $BEAM. 🧬 This is really something impressive. David Liu’s lab may have just taken prime editing to the next level: a “disease-agnostic” approach, one single therapy could target THOUSANDS of rare

This 1998 paper is, without question, one of the most beautiful in the history of biology. It answers two questions: First, how does a potassium channel let in K+ ions while excluding Na+ ions? And second, how does it funnel 100 million of those ions through each second? These

Our latest @ChemicalScience ‘Decoding informational entropy of fatty acid and phospholipid vesicle via ordering combinatorial output of hydrazones’ from @DCS_IISERMOHALI @IiserMohali bridging #information theory with #supramolecular systems chemistry https://t.co/cK8gHYcNNy🧵

We are happy to share that our article on chirality-driven non-equilibrium assembly is now published in @angew_chem ! 🎉Congrats to Lenard and Kun for showing how left and right handed aminoacyl phosphates enable control over kinetics and pathways. https://t.co/p91j3M73IC

Fellow motorists, follow the roadmap for an exciting journey! Many thanks to @samuelnanobots and others for their insights, https://t.co/69msfxu3PK

A new and simple model-free method to analyze smFRET experiments. Protein dynamics from nano- to milliseconds without the nasty diffusion decays in standard FCS experiments - kudos to the great Ivan Terterov! Have a look! https://t.co/PU3yXelyWn

New from the Rouhanifard Lab! What if we could sort single cells based on whether a specific gene was actively being transcribed—and then ask what drives that burst? Introducing: NuclampFISH

We just published "NuclampFISH enables cell sorting based on nuclear RNA expression for chromatin analysis" in #BMCGenomics. 📄 Full paper:

Membraneless protocell confined by a heat flow https://t.co/XvPkuxqevt

Cellular ATP demand creates metabolically distinct subpopulations of mitochondria | Nature

high-throughput single-molecule platform to study DNA supercoiling effect on protein–DNA interactions https://t.co/vD3sDJ9mZY

Getting to the virtual cell is the holy grail of life science. Now there's a challenge on to accelerate it https://t.co/s1qY1eerOb @arcinstitute @CellCellPress @nvidia @10xGenomics @yusufroohani @StanfordAILab @davey_burke @UltimaGenomics

We are excited to publish on our brain ventricle model @PNASNews that can help hydrocephalus research progress further by understanding fluid dynamics in context of shunt implants @hseas https://t.co/e6NrkzldtS