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Drug discovery is where this becomes strategic. Instead of manually stitching databases: → ADMET evaluation → Drug-likeness scoring → Repurposing signals via disease pathway and drug-target mapping → Multi-omics integration → Regulatory network inference and regulon activity scoring 100+ biomedical tools and thousands of recent papers unified into reproducible workflows. This is how you scale insight across labs and teams.
→ View original post on X — @ronald_vanloon, 2026-04-11 08:30 UTC
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What if your next drug discovery pipeline started with one sentence, not 6 months of scripting?
— Ronald van Loon (@Ronald_vanLoon) 11 avril 2026
In this latest deep dive with @scispace, I saw a shift that feels bigger than incremental AI gains.
Upload single-cell data and get clustered cell types, UMAPs, marker annotations,… pic.twitter.com/91MIdlMKUw
What if your next drug discovery pipeline started with one sentence, not 6 months of scripting? In this latest deep dive with @scispace, I saw a shift that feels bigger than incremental AI gains. Upload single-cell data and get clustered cell types, UMAPs, marker annotations, causal gene rankings, and ADMET analysis in one structured flow. This changes the operating model. Here’s the breakdown…
→ View original post on X — @ronald_vanloon, 2026-04-11 08:30 UTC
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To celebrate #NationalRoboticsWeek, @NVIDIA GTC highlights. They're proving that the next era of physical AI has officially arrived—featuring autonomous humanoids mastering complex 3D navigation, highly precise surgical arms, and real-time conversational delivery bots. nitter.net/nvidia/status/20426500…
→ View original post on X — @haroldsinnott, 2026-04-11 07:21 UTC
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To celebrate #NationalRoboticsWeek, @NVIDIA is looking back at their GTC highlights. They're proving that the next era of physical AI has officially arrived, featuring autonomous humanoids mastering complex 3D navigation, highly precise surgical arms, and real-time conversational delivery bots. Which robotic application are you most excited for? 🤖 nitter.net/nvidia/status/20426500…
→ View original post on X — @haroldsinnott, 2026-04-11 07:18 UTC
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From healthcare and agriculture to climate and governance, these innovators are turning AI into a force for inclusive growth and public good. The IndiaAI Mission, @GoI_MeitY in collaboration with Kalpa Impact presents India’s AI Impact Startups, a compendium of 100+ Startups
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From healthcare and agriculture to climate and governance, these innovators are turning AI into a force for inclusive growth and public good. The IndiaAI Mission, @GoI_MeitY in collaboration with Kalpa Impact presents India’s AI Impact Startups, a compendium of 100+ Startups
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If I was really good at video interviews I'd be @ashleevance. https://t.co/49Xx0eBF0v
— Robert Scoble (@Scobleizer) 11 avril 2026
If I was really good at video interviews I'd be @ashleevance. Ashlee Vance (@ashleevance) There is an incredible new wave of technology helping paralyzed people regain the use of their bodies. In this episode, we sit down with Dave Marver, the CEO of @onwdempowered, to go through the history and future of spinal implants. Thx, as always, to @brexHQ and @e1ventures for helping make the Core Memory podcast possible. Timestamps 0:00 Intro 4:22 Why Haven't You Heard of This? 16:10 The Young Woman Who Almost Chose Euthanasia 23:42 What's Actually Available Right Now 28:18 It's Not the Walking That Matters Most 33:16 Why Is Neuralink So Much More Famous? 41:15 The Scientists Behind the Science 52:45 Can You Build a Neurotech Giant in Europe? 1:00:38 Should This Win a Nobel Prize? — https://nitter.net/ashleevance/status/2042665590167576883#m
→ View original post on X — @scobleizer, 2026-04-11 02:12 UTC
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"The best use case of AI is to improve human health"—
@demishassabis
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Neuralink enables those who have lost the ability to speak to speak again https://t.co/Oib1dnctW2
— Elon Musk (@elonmusk) 10 avril 2026
Neuralink enables those who have lost the ability to speak to speak again
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The way our immune cells age differs substantially by sex, from single-cell analysis of ~1,000 people. Implications for propensity for autoimmune diseases (women), vulnerability to cancer (men), immunosenescence and inflammaging @NatureAging