Agents are finally starting to work in biology. We’ve partnered with Anthropic and major biotech vendors - Vizgen, AtlasXOmics, Takara, 10x Genomics - to build a tool that allows scientists to steer their own analysis with natural language. Raw spatial data to publication

Harnessing the epigenetic rejuvenating properties of stem cells in flatworms & mice could us reverse aging in humans

An “Immortal” Jellyfish Offers Clues into Biological Aging https://t.co/ehXyn8WQsu

L-deprenyl extends lifespan across mammalian species: A meta-analysis of 22 longevity experiments https://t.co/iAaIaD3bD1

🔥🔥🔥our @NatureAging Perspective Aging by the clock and yet without a program. Together with @Meyer_DH and @AlexeiMaklakov we demonstrate how the aging process is driven by molecular damage and how the selection shadow lets us age

What's the difference between biological aging (body and organ clocks) vs chronological age? How can the former be useful clinically? My perspective @sciam, Q&A w/ @LaurenYoung https://t.co/CT5Sjn19wH

Announcing “K-Dense”, a multi-agent AI scientist that has already made a new discovery in aging research 🧵 @ashwingop & @BioStateAI https://t.co/PdUsPDFEp9

Curcumin and neuroplasticity: epigenetic mechanisms underlying cognitive enhancement in aging and neurodegenerative disorders https://t.co/Wbwkm1gWi8

NEW content online! Unravelling the genetics and epigenetics of the ageing tumour microenvironment in cancer https://t.co/0UiF9Yp6XN

Rewriting destiny—gene-hacked stem cells ignite a revolution against aging https://t.co/FPDHc0H9Q1

Online now! ✨Zhang, Wang et al review emerging clinical evidence for targeting NAD+ across age-related diseases https://t.co/LVbCSmwobT https://t.co/eY95noOQxN

Can you rejuvenate an old brain by giving it young immune cells? 🧠 My lab @calico put it to the test. In our new study, we replaced the brain's immune cells in old mice with young ones. The result? The old brain environment forced the young cells to age RAPIDLY. A 🧵👇

Is biological rejuvenation possible? Our recent preprint strives answering this question! Samir Aisin @Doc579923596039, my dad Boris Lidskii and me, investigated rejuvenation through the evolutionary lens. We found that the theoretical possibility of rejuvenation depends on

Mitochondrial Dysfunction: A Roadmap for Understanding and Tackling Cardiovascular Aging https://t.co/03r3tvlHbM

Discovery of a new type of immune cell in fat tissue that promotes infllammaging (chronic inflammation with aging) https://t.co/6vGvP0WBTS https://t.co/dKefHSM4Nq

Nice to see epigenetic drift hitting mainstream. I recall how in 2008 we showed genes like HOX drift as a result of DNA repair and proposed this as a cause of aging — and almost no one knew what we were talking about https://t.co/Sv6ZK47pap

Our most recent work by graduate student @mariahcalubag - demonstrating the sex-specific extension of lifespan by valine restriction was presented last week at #ARDD2025 and is now available on bioRxiv! Thanks to Daniela Bakula, @ScheibyeKnudsen , @biogerontology for the invite!