Category: Immune cell reprogramming
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Read more: New tool reveals how T cell responses evolve across organs
New tool reveals how T cell responses evolve across organs
By tracking recently activated T cells over time and across tissues, researchers uncover immune dynamics that may inform future therapies for infection, cancer, and autoimmunity
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Read more: Andrea Califano: 6 strategies for using AI to reprogram the immune system
Andrea Califano: 6 strategies for using AI to reprogram the immune system
The convergence of machine learning, synthetic biology, and immunology is changing what’s possible for human health, says Biohub’s president of immune cell reprogramming.
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Read more: An update from our founders
An update from our founders
We’re going all in on AI-powered biology for our next chapter.
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Read more: Launching the first large-scale scientific initiative combining frontier AI with frontier biology to solve disease
Launching the first large-scale scientific initiative combining frontier AI with frontier biology to solve disease
To power this initiative, we are uniting our scientific teams as a single organization: Biohub.
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Read more: Advancing patient-led science through collaboration
Advancing patient-led science through collaboration
The Rare As One Cycle 2 Impact Report highlights how patient communities are accelerating research and reshaping the rare disease landscape.
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Read more: A Deep Look at the Immune System
A Deep Look at the Immune System
Sjoukje van der Stegen, a Biohub group lead, is working to understand immune cell development with hopes of expanding access to immunotherapies
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Read more: Reasoning with cells
Reasoning with cells
rBio is our new reasoning model trained on virtual cell simulations, helping scientists predict the effect of gene mutations through plain language questions.
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Read more: Teaching AI To Think Like A Cell
Teaching AI To Think Like A Cell
GREmLN, a new kind of AI model, is trained in ‘molecular logic’ and could unlock new frontiers in cancer research.
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Read more: Why we’re going all in on biology and AI
Why we’re going all in on biology and AI
From virtual cells to virtual staining, Priscilla Chan highlights how AI models are helping researchers understand biology like never before.
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Read more: A gene known for its role in heart disease also drives metastasis in breast cancer
A gene known for its role in heart disease also drives metastasis in breast cancer
When researchers looked for inherited genes linked with survival among breast cancer patients, they turned up a variant responsible for an entirely different health problem: artery-clogging cholesterol.