Pinned
We’ve raised $100M+ to date, we are developing reversible cryopreservation for patients in need of donor organs, and we are hiring 🫀🎉🚀
Until
90 posts
Until
@untillabs
Pressing pause on biological time, for those who need it most.
- Did you catch our latest blog post on our rewarming machine? 👀 With our magnet, a kidney can successfully traverse the danger zone of ice formation in under a minute, using only a few kilowatts. That means it can operate off of standard hospital outlets⚡️ All of our devices
Replying to @untillabsThere's some serious rocket-launch-control-room energy in the lab when we rewarm an organ 🤩🚀 4/5🧵
The central challenge of cryopreservation was never just preservation, it’s also safely coming back. Until Mark 1 shows organ-scale rewarming no longer needs industrial power budgets. A real step toward cryopreservation in transplant centers. Full writeup: - We had such a lovely time meeting everyone last night at our screening of Anwar. Grateful to @FawazAM and @huntercoledavis for an incredible Q&A, and to everyone who came out with such thoughtful questions and curiosity 🧠✨
- Until reposted
getting through the danger zone for ice formation in under a minute, with a device that only draws a few kW (work done on a pig kidney, same scale as a human kidney)
We’re putting the “reversible” in Reversible Cryopreservation 🧡 Our latest post breaks down how our rewarming process works and shares new human organ-scale rewarming data we’re excited to finally show. Check it out in the link below 👇 - Until reposted
I'm excited to introduce Mark 1, Until's electromagnet for rapidly rewarming organs from cryogenic storage temperatures. We set out to scale magnetic nanoparticle warming to human-scale organs while keeping the coil losses low enough for hospital use. Mark 1 produces a 900 kHzWe’re putting the “reversible” in Reversible Cryopreservation 🧡 Our latest post breaks down how our rewarming process works and shares new human organ-scale rewarming data we’re excited to finally show. Check it out in the link below 👇 - We’re putting the “reversible” in Reversible Cryopreservation 🧡 Our latest post breaks down how our rewarming process works and shares new human organ-scale rewarming data we’re excited to finally show. Check it out in the link below 👇
- If you're eager to shape what comes next, don’t miss this! Come meet the Until Labs team at our screening of Anwar in SF on May 13. Film & conversation with people thinking seriously about the future. Link to the application form is below.We’re hosting a screening of Anwar on May 13th in SF in hopes of meeting high caliber individuals who our interested in joining our mission. Anwar is a sci-fi short film that explores how two humans grapple with life-altering technology. We’ll be joined by director @FawazAM for
- We’re hosting a screening of Anwar on May 13th in SF in hopes of meeting high caliber individuals who our interested in joining our mission. Anwar is a sci-fi short film that explores how two humans grapple with life-altering technology. We’ll be joined by director @FawazAM forExpression of interest form:
- what better poem to set an Until trailer to than Wendell Berry’s Peace of the Wild Things? our chief of staff @FynnComerford made this@Dhruv_Sumathi and I made something :) we’ve been filming the beauty of organ preservation research at @untillabs for a while now. it’s not an explainer or company video, it’s a window into how it feels to work on this problem from the inside.
00:00 - We’re hosting an intimate evening with researcher and writer @tobyshorin to discuss the future of bodies. Required reading is in the link below. There’s limited space available, so fill out the google form (also below) if you’d like to join!
Body Futurism: writing.tobyshorin.com/body-futurism/ Expression of Interest Google Form: forms.gle/JUAp4V3BbERHYP… - We’re excited to welcome Dr. Gerald Brandacher as our Chief Medical Officer at Until Labs! 👏 🎉 A pioneer in transplant surgery, Dr. Brandacher brings decades of leadership at the forefront of transplant technology. His work has focused on extending organ viability and
- "We distill our challenge to a single, elegant first principle: pause molecular motion in every organelle, in every cell, in every tissue of a human organ, then resume it." Read more about what we are working on in the link below👇
