Virtual cells could speed up drug discovery and disease research
Genetic Engineering & Biotechnology News (GEN) - 09-Jul-2026AI models combine biological data to simulate how living cells behave
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AI models combine biological data to simulate how living cells behave
VCPI will generate massive high-quality pharmacology data to standardize virtual cell models
Biohub will invest ~$1B a year to build AI-driven virtual cells and speed disease research
Aging emerges when cells lose shared goals—but restoring those signals can trigger rejuvenation
Surgeons could rehearse and refine procedures using AI twins
Digital cells forecast disease and drug response
AI contest to boost virtual cells for gene and disease prediction
Arc Institute’s AI expands genetic design to complex life, advancing biotech and medicine
This breakthrough combines large biological datasets and advanced AI tools
This identifies potential flaws early, reduces animal testing, and accelerates development
AI, nanorobots, and mind uploads could help humans surpass aging by the 2040s
Dataset may hold valuable insights to unlock neurological mysteries
Technology offers a glimpse into the future of personalised cancer care
Silicon Valley startup uses personalized data and AI twin to reverse type 2 diabetes and obesity
Novel molecules enhance bone regeneration in mice by 50%, paving the way for treatments for bone fractures and related conditions
Digital twins amplify healthcare efficiency for improved outcomes.
It provides personalized nutrition, sleep, activity, and breathing guidance
Female model allows health professionals have a better perspective on women's health
Virtual cancer tumours can be grown and we can design personalised nanoparticles to treat them
AI-powered software can be an alternative for expensive and extensive lab work
Virtual clinical trial can reduce the cost and time required while reducing risk
Benefit to explore how the cell map differs in people with mental illness
Transcriptomic aging clock: providing insight into the changes involved in aging
Computer models to predict disease prognosis, health care needs, and fight future pandemics
Molecular simulations have discovered an enzyme with anti ageing and anti tumour effects