CEO of @DeepPiction, director at Helmholtz, LMU Prof. AI-based technologies for health. We’re🇩🇪🇹🇷🇭🇷🇨🇳🇮🇹🇮🇳🇸🇮🇴🇲🇨🇱🇭🇺🇧🇬🇺🇦🇷🇴🇦🇹🇹🇼🏳‍🌈

Munich, Germany
Can the TB vaccine BCG protect the brain? 🧠 In tau mice it cut hippocampal phospho-tau, slowed atrophy and rescued memory and survival by reprogramming myeloid cells to clear tau. Next: how do these cells reach the brain? Via skull–meninges? doi.org/10.1126/sciadv.aej46…
A new study proposes the Bacillus Calmette-Guérin vaccine as a preventative measure against dementia. The vaccine reduces Alzheimer’s-associated phospho-tau proteins, reprograms myeloid immune cells and limits neuroinflammation. scim.ag/4hZ0wN1
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Brain tumors don't just grow in the brain, they tune its circuits. New in @NeuroCellPress: glioma regulates GABAergic signaling to drive hyperactivity and tumor progression. Next question: where across the whole brain do these contacts form? 🧠 doi.org/10.1016/j.neuron.202…
Online now: Glioma regulates GABAergic signaling to drive hyperactivity and tumor progression dlvr.​it/TW4lwZ
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Why does cold extend lifespan? 🥶 In worms, cold boosts BH2 made in muscle. It travels to gut and neurons, becomes BH4 and drives tyrosine synthesis, extending life and curbing protein aggregation. In human cells, BH2 cut Huntington's and ALS aggregates. nature.com/articles/s41586-0…
Nature research paper: Cold activates a BH2 metabolic network promoting longevity and proteostasis go.nature.com/4BuXDLz
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A drug-free implant that burns off excess blood sugar ⚡ In obese diabetic mice, wireless ECHO turned glucose into kidney-cleared gluconate, normalised it within 1 h and held control 6 weeks, with weight loss and no detectable hypoglycemia. Humans next? doi.org/10.1126/science.ady8…
An implantable, wirelessly powered electronic device could offer a drug-free approach to managing the intertwined metabolic disorders of obesity and type 2 diabetes. The device uses electrocatalysis to remove excess glucose from the bloodstream on demand. Learn more in Science: scim.ag/47twScK
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Amyloid, the fibre we blame in Alzheimer's, has a day job: in seminal fluid it binds RNA, enters sperm and carries that RNA into the embryo, where it is translated 🧬 A natural RNA delivery vehicle. Next question: could amyloids deliver gene therapies? doi.org/10.1016/j.molcel.202…
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Angelman syndrome may come down to neurons stuck in stress mode 🧠 Losing UBE3A lets the enzyme ASNS pile up, which triggers stress signalling and cuts protein synthesis. Lowering ASNS in mice rescued microcephaly and many behaviours. A new drug target? nature.com/articles/s41586-0…
Nature research paper: Persistent neuronal stress signalling underlies Angelman syndrome phenotypes go.nature.com/48cSSIY
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Now in the October issue of @NatureProtocols: our wildDISCO protocol 🔬 Whole-body immunolabeling, DISCO clearing and 3D imaging of entire mice at cellular resolution with standard IgG antibodies, ~4 weeks start to finish. Whole-mouse innervation 👇🏻 doi.org/10.1038/s41596-026-0…
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Brain maturation speed in early adolescence predicted depression and anxiety up to 4 years before symptoms (~30,000 MRI scans, ~12,000 kids; preprint, population-level). 🧠 Timing matters, not just location. Next: which cells drive the cortical thinning? doi.org/10.64898/2026.10.08.…
The speed at which regions of the brain mature during early adolescence can forecast the emergence of mental-health conditions up to four years before symptoms develop go.nature.com/4ik40Zn
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Most of us carry dormant viruses for life. @VirusesImmunity explains how stress and infections like COVID may wake them up, one possible thread in Long COVID. We see a related story: spike protein persisting at the skull-meninges-brain axis. 🧠 npr.org/2026/10/23/nx-s1-598…
Grateful to @NPR for the chance to talk about how stress and infections like COVID can stir dormant viruses in our bodies, and what that may mean for our immune system. Still much to learn, and I’m thankful to my team and colleagues for their work 🎧 npr.org/2026/10/23/nx-s1-598…
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1 in 4 people with depression may have a "circadian" subtype: of 11,380 with severe depression, 2,604 met ≥3 of 6 body-clock criteria, linked to inflammation and metabolism. 🧠 Next: can treating the clock help those standard antidepressants miss? doi.org/10.1192/bjp.2026.107…
Evidence grows for ‘circadian depression’ go.nature.com/4yHVJ7R
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AI designs proteins faster than labs can test them. 🦾 Xaira's X-Automate puts vision-guided robots + agents on instruments built for people: 18 plates in a 7-day run, 80% more than a 9-to-5 schedule. The wet lab is the next bottleneck, and the next race. xaira.com/news/x-automate-br…
The biggest bottleneck in AI for biology is still the wet lab. AI can generate more ideas than our labs can test. Closing that gap is how we turn better models into faster discovery. Today, we’re introducing X-Automate at Xaira: bringing agentic AI and physical robotics into the lab. 🧵
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First known prime edit made directly inside a human body: Prime Medicine is rewriting DNA in liver cells to treat Wilson disease. 🧬 Next question is delivery: reaching the right cells, and only those, body-wide. That's what our SCP-Nano maps. nature.com/articles/d41586-0…
A powerful gene-editing technique has been used to edit DNA directly in a person’s body — the first known instance of such a treatment. go.nature.com/4Bgi3Yx
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The UK launched the AI Biosecurity Lab: £100M public funding plus up to £200M from OpenAI and Anthropic, to spot biological threats earlier and speed up vaccines and treatments. Europe has world-class biology. Let's put frontier AI right next to it. 👇🏻 gov.uk/government/news/intro…
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A personalised mRNA cancer vaccine + Keytruda cut melanoma recurrence or death by 42% in Phase 3. 🧬 A milestone for mRNA medicine. Next frontier: delivering mRNA beyond the liver, to the immune cells that matter. That's what we built LipiGO for. merck.com/news/merck-and-mod…
A more than 40% risk reduction “would send many researchers over the Moon”. This personalised mRNA vaccine reduced the risk of skin cancer returning or the recipient dying by 42% go.nature.com/4izbJnE
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Microsoft's MAI-DxO, now in Science: AI agents that question, order tests and debate like a clinician panel, outperforming generalist doctors on hard NEJM cases. 🩺 Impressive. The real test is prospective trials with real patients, and that's next. science.org/doi/10.1126/scie…
Our MAI Diagnostic system is now 1.7x more accurate than physicians in the ED, even when they have access to the web to look things up. It's also lower cost & does fewer medical tests to get to its diagnosis. Published in the journal Science today...
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Racks of living human neurons on chips, running as computing units. 🧠 Fascinating. And a reminder how little we still understand about how real neurons wire and learn inside a whole brain. Much left to map.
🤯 Australian startup Cortical Labs developed a biological computer combining 200,000 to 800,000 human neurons grown from stem cells with silicon chips. The neurons receive electrical signals, adapt through activity and can perform simple tasks, including learning to play Doom in about a week. The company is running racks of 120 units in Melbourne, with a prototype in Singapore. Potential applications include robotics, drug discovery and scientific research, with far lower energy requirements than conventional computing. While the technology has sparked dystopian fears, experts say these systems demonstrate basic adaptive behaviour, with no evidence of consciousness. Reminds me of the movie Transcendence!
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An open model you can chat with about raw DNA sequences. 🤖 Great for access. But sequence is only half the story: biology happens in 3D, in whole bodies. Next wave of bio-AI must learn from where cells and molecules actually are. huggingface.co/HuggingFaceBi…
Hugging face just released an AI model that lets you chat with DNA it’s called carbon-x. it lets you paste raw DNA into a chat and ask questions about it in plain english it’s 14.8 billion parameters, fully open source, apache 2.0, and it can run on a laptop. built on qwen3-14b with DNA tokens added to the vocabulary the use case is real. researchers can ask whether a mutation might be linked to a disease, explore gene therapy options, or investigate small regions of a genome, all without writing a single line of code or having access to a big lab’s compute regular chatbots like chatgpt and claude sometimes refuse to answer legitimate biology questions from researchers because they mistake them for bioweapon requests. carbon-x is built specifically for this, and viruses were deliberately excluded from its training data to avoid misuse the accuracy on five DNA benchmarks is 66.7%, close to gpt-6.1 sol’s 67.5%. that’s a 14 billion parameter open model running on your laptop keeping pace with a frontier closed model on a specialised task it hasn’t been validated in actual lab experiments yet, so predictions still need testing but the idea that a researcher anywhere in the world can now paste DNA into a chat window and get a meaningful answer on their own laptop, without a subscription or a lab budget, is a genuinely different kind of story
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In blind comparisons, AI peer reviews were rated better than human ones (new Harvard study). 🤔 Not surprising: AI is tireless with checks. But the best reviewers judge which bold ideas deserve a chance. Use AI for rigor, humans for vision. gking.harvard.edu/peerless/
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