@Gen-AI_Bio_Hub
@GenAI_BioReads
🧠 Neuroscientist passionate about #Bio_GenAI+ #Bioelectricity (#Ion_channels)+ #Cancer +#Aging +#AI_DrugDiscovery🤝|Seeking co-founders|📬 [email protected]
Friends and colleagues often ask, “What are the top 100 important "AI in Biology" papers that provide broad insights into the field?” 📚🔬 While narrowing it down to exactly 100 is no small feat, I’ve curated a list of foundational and impactful #BioAI papers. I'm sure the list…
🧠 A new AI-driven platform uses a transcriptional brain aging clock to spot and reverse age-related brain decline. After analyzing 43,840 drug and gene perturbation profiles, it identified 453 interventions that rejuvenate the brain, some already FDA-approved for neurological…
🧠 A new study, published in Nature Communications, reveals that simply living through the COVID-19 pandemic accelerated brain aging by an average of six months. This structural change was observed across nearly 1,000 healthy participants from the UK Biobank and highlights the…
The brains of healthy people aged faster during the COVID-19 pandemic than did the brains of people analysed before the pandemic began go.nature.com/4maDq5m
🧬 The APOE ε4 gene variant — long linked to Alzheimer’s — is now tied to multiple neurodegenerative diseases including Parkinson’s and ALS. New proteomics data reveals it drives chronic inflammation across the brain. A shared target for future therapies? 👉…
A gene variant known to increase the risk of Alzheimer’s disease also makes people vulnerable to a host of other age-related brain disorders go.nature.com/4lBhujV
CHARM is a powerful and compact epigenetic editor designed to silence the prion protein across the entire brain—offering a versatile new tool for targeting neurodegenerative disease at the source. 🧠🔬 #Neurogenetics #GeneTherapy #epigenetics #Neuro_Aging @ScienceMagazine
In a Science study last year in mice, researchers introduced CHARM, a compact and versatile epigenetic editor that can be used to silence prion protein throughout the brain. Learn more in this #SciencePerspective: scim.ag/3IBm0jz
Unbelievable!!! Violation of peer review norms !
Researchers have been sneaking secret messages into their papers in an effort to trick AI tools into giving them a positive peer-review report Read the full story: go.nature.com/4eVTIwC
@TorresVJ_Lab @ultimape @GenAI_BioReads x.com/i/grok/share/N…
🚀 Big news in AI for science! O3, a new model by the creators of ChatGPT, has just been ranked the one of the best AI tool for answering complex science questions across multiple fields 🧪🧠 From biology to physics, it's setting a new benchmark for reasoning in research. #AI…
o3, an AI model developed by the creators of ChatGPT, has been ranked the best AI tool for answering science questions in multiple fields go.nature.com/4lTkvvL
1/The Vanishing Art of Single-Neuron Electrophysiology: In the era of large-scale neuroscience projects, the #AI_neuro_revolution, and increasing automation, the meticulous art of single-neuron electrophysiology is fading—even though it remains foundational to many core concepts…
Accelerate permissionless science on Solana 🧪 Big shoutout to everyone who joined us at the DeSci Fair in NYC!
Engineers have found that the watery fluid between cells could help explain how organs and tissues adapt to aging, diabetes, and cancer. The team next plans to look into its influence on brain function, particularly in disorders such as Alzheimer’s. news.mit.edu/2025/mit-engin…
Cancer may leave its mark in the blood years before people are diagnosed with the disease. sciencenews.org/article/cancer…
Epigenetic reprogramming as a strategy for treating neurodegeneration 🧠 tinyurl.com/ys4eh9yw
38/ Next paper in this series is #Boltz2 paper that described an open-source AI model that predicts both 3D protein structures and binding affinities — approaching the gold-standard FEP simulations, but 1000x faster ⚡ Why does this matter? Binding affinity = how tightly a…