Vineeta Agarwala (@vintweeta) 's Twitter Profile
Vineeta Agarwala

@vintweeta

gp @a16z bio | physician, adjunct clinical prof @stanfordmed | prev @gvteam, product @flatironhealth, mdphd @broadinstitute | out-tweeting @paraga @littleansh

ID: 295459002

linkhttps://a16z.com/author/vineeta-agarwala/ calendar_today09-05-2011 02:19:34

3,3K Tweet

21,21K Followers

1,1K Following

Luke Timmerman (@ldtimmerman) 's Twitter Profile Photo

Timmerman Traverse for Life Science Cares 2023. The team raised $1.23 million to fight poverty. Ready to go hike the Presidential Traverse! Thanks to all the hikers and donors.

Timmerman Traverse for Life Science Cares 2023. The team raised $1.23 million to fight poverty. Ready to go hike the Presidential Traverse! Thanks to all the hikers and donors.
Zak Doric, PhD (@zakdoric) 's Twitter Profile Photo

Hot on the heels of their Seed announcement, Amber Bio is unveiling Splice Editing – a novel gene editing method leveraging endogenous splicing machinery and newly discovered CRISPR-Cas systems to achieve large edits. Preprint by Jacob Borrajo Basem Al-Shayeb, Ph.D. 🧬 & team👇cc Vineeta Agarwala

Dan Nomura (@dannomura) 's Twitter Profile Photo

So happy to be joining as an advisory partner at a16z a16z Bio + Health to help usher in the next-generation of biotechs, therapies, and therapeutic modalities with Jorge Conde Becky Pferdehirt Vineeta Agarwala Vijay Pande Ben Portney Zak Doric, PhD and team!! bio-eats-world.simplecast.com/episodes/partn…

Becky Pferdehirt (@beckypferdehirt) 's Twitter Profile Photo

.🧬🚀 Vineeta Agarwala and I couldn't be more excited to have the opportunity to support Mana Bio as they pioneer the field of AI designed LNPs for next generation delivery of genetic medicines. Huge congrats to Mana co-founders Yogev Debbi, Avi Schroeder, Kira Radinsky and Roy Nevo !!

Omar Abudayyeh (@omarabudayyeh) 's Twitter Profile Photo

Super thrilled to see @Tome_bio come out of stealth to translate the vision of programmable gene replacement as a new editing modality for genomic medicines and cell therapy. Started this company with Jonathan Gootenberg to solve challenges in the gene therapy and gene editing fields. 🧵👇

Ben Birnbaum (@benbirnbaum) 's Twitter Profile Photo

I’m really excited to be able to share more about what I’ve been working on for the last couple of years! Couldn’t be more thrilled to be working with Josh Haimson and the rest of this super talented team on the important problem of getting better drugs to the clinic, faster.

Josh Haimson (@just_joshing) 's Twitter Profile Photo

I’m excited to start sharing more publicly what I’ve been working on for the last couple of years! At Inductive, we're focused on delivering better therapies to patients, faster, by accelerating compound optimization with fit-for-purpose datasets and ML #ML #AI #DrugDiscovery

Vineeta Agarwala (@vintweeta) 's Twitter Profile Photo

World, meet Inductive Bio! An ML-powered platform to learn from large datasets + accelerate small molecule optimization. Co-founded by Josh Haimson + Ben Birnbaum, who previously started and ran the ML team Flatiron Health (where we met). Excited to be working together again!

Angela Fitch,MD (@drangelafitch) 's Twitter Profile Photo

Quoting my own post again as it is so important. Don’t show more bias and stigma employers by making people jump through hoops to get treatment. Just provide good comprehensive care!

Vineeta Agarwala (@vintweeta) 's Twitter Profile Photo

Our goals: New medicines. New practice of medicine. Our team: a16z's global venture capital platform, together with Eli Lilly and Company, the largest pharma company in the world. Go :) Excited about the opportunities ahead! cc Jorge Conde a16z Bio + Health statnews.com/2025/01/10/eli…

benahorowitz.eth (@bhorowitz) 's Twitter Profile Photo

I am very excited to be working with the Eli Lilly team on this exciting new fund that will make it easier for founders to succeed in bio tech! Vineeta Agarwala a16z.com/announcement-a…

Jay Rughani 🇺🇸 (@jayrughani) 's Twitter Profile Photo

Drug design today remains a bespoke craft done through years of scientific trial-and-error. In order to develop a single approved therapy, medicinal chemists design and synthesize over 20,000 molecules -- balancing a drug’s potency with its properties of absorption, distribution,

Drug design today remains a bespoke craft done through years of scientific trial-and-error. In order to develop a single approved therapy, medicinal chemists design and synthesize over 20,000 molecules -- balancing a drug’s potency with its properties of absorption, distribution,