Rare Compute 🧬 (@rarecompute) 's Twitter Profile
Rare Compute 🧬

@rarecompute

Biotech company pioneering cures through collaborative computing
#DeSci #DePIN
Scientists onboard early! Contact at: rarecompute.io/researchers

ID: 1738581193950433280

calendar_today23-12-2023 15:24:12

306 Tweet

353 Followers

109 Following

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Check out this de novo channel designed by the Baker Lab. This synthetic structure mimics gap junctions—crucial for cell-to-cell communication in tissues like the brain and heart. Built entirely from scratch, it showcases how computational protein design is opening new frontiers

PoSciDonDAO (@poscidondao) 's Twitter Profile Photo

What is Poscidon? 🔱🧬 It’s not just a DAO. It’s a growing ecosystem: → Governance: PoSciDonDAO → IP: Spark → Next: ? If you’re watching DeSci, keep your eyes on us. 👀

What is Poscidon? 🔱🧬

It’s not just a DAO. It’s a growing ecosystem:
→ Governance: PoSciDonDAO
→ IP: Spark
→ Next: ?

If you’re watching DeSci, keep your eyes on us. 👀
Rare Compute 🧬 (@rarecompute) 's Twitter Profile Photo

Sharing some pretty protein structures to start the week. Behind images like these is a growing movement to use AI for faster discovery—especially in rare disease research. But without access to compute, too much potential goes untapped. Let’s build the infrastructure to change

Sharing some pretty protein structures to start the week.

Behind images like these is a growing movement to use AI for faster discovery—especially in rare disease research. But without access to compute, too much potential goes untapped.

Let’s build the infrastructure to change
Rare Compute 🧬 (@rarecompute) 's Twitter Profile Photo

🧬 Let’s talk about CERT1 — a protein you’ve probably never heard of, but one that plays a critical role in human biology. CERT1 (Ceramide Transfer Protein) is responsible for moving ceramide, a type of fat, between compartments in the cell. Specifically, it shuttles ceramide

🧬 Let’s talk about CERT1 — a protein you’ve probably never heard of, but one that plays a critical role in human biology.

CERT1 (Ceramide Transfer Protein) is responsible for moving ceramide, a type of fat, between compartments in the cell. Specifically, it shuttles ceramide
PoSciDonDAO (@poscidondao) 's Twitter Profile Photo

🗳️ It’s time to vote on-chain: Should NephroNet get funding? This research funding proposal aims to predict kidney failure before symptoms start using aging biomarkers and AI. You’ve read the science. Now it’s your call. 🧬 🔗 Vote on-chain now: dao.poscidon.com/governance/on-…

🗳️ It’s time to vote on-chain: Should NephroNet get funding?

This research funding proposal aims to predict kidney failure before symptoms start using aging biomarkers and AI.

You’ve read the science. Now it’s your call. 🧬

🔗 Vote on-chain now: dao.poscidon.com/governance/on-…
Developer DAO (🧱, 🚀) (@developer_dao) 's Twitter Profile Photo

ScienceStanley Rare Compute 🧬 ℹ️ On June 19th we were joined by ScienceStanley from Rare Compute 🧬 Stanley gave us an engaging talk centred around Rare Compute, its mission and all the latest research they're doing to help combat rare disease, powered by web3 & AI 🧬 Check out the episode👇

Rare Compute 🧬 (@rarecompute) 's Twitter Profile Photo

Rare diseases are a major, often overlooked driver of global health costs: – Up to $9 trillion in global economic burden – Leading cause of death for children with genetic conditions – Per-patient costs up to 10x higher than common diseases Rare Compute is building tools to

Developer DAO (🧱, 🚀) (@developer_dao) 's Twitter Profile Photo

Want to learn more? Watch the full episode of the DevNTell episode with Rare Compute 🧬 on your favourite platform and be sure to subscribe to never miss an episode: Mint the episode on Pods: devdao.to/dvt-pods Apple Podcasts: devdao.to/dvt-apple Spotify:

Rare Compute 🧬 (@rarecompute) 's Twitter Profile Photo

🧬 With the announcement of Chai-2 earlier this week, it’s the perfect moment to highlight how the original Chai-1 laid the groundwork. Chai-1 is an open-source AI model that predicts enzyme–substrate interactions. In simpler terms, it helps researchers figure out which small

🧬 With the announcement of Chai-2 earlier this week, it’s the perfect moment to highlight how the original Chai-1 laid the groundwork.

Chai-1 is an open-source AI model that predicts enzyme–substrate interactions. In simpler terms, it helps researchers figure out which small