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ASHG will honor seven recipients with its 2026 Professional Awards, recognizing outstanding contributions to human genetics and genomics research, education, mentorship, and public service at ceremonies this week.
A study in human breast organoids has found that exposure to some common endocrine-disrupting chemicals may lead to molecular changes in breast tissue that could influence susceptibility to breast cancer later in life.
This proceedings eBook, developed in partnership with GEN and Cincinnati Children’s Hospital Applied Gene and Cell Therapy Center, captures perspectives and lessons from The Cell Summit ’26 and extends the conversation beyond the meeting itself.
Danaher and Nvidia are collaborating to advance autonomous science, combining lab instrumentation, automation, and software with accelerated computing and AI so that experiments inform models and models help design better experiments.
This eBook brings insight on integrated end-to-end solutions for precision engineered therapeutics.
GEN’s virtual summit returns on November 4 to examine how AI is reshaping R&D timelines and real-world patient translation. From big pharma to AI-natives, this year’s program features the leaders of many of today’s outstanding companies and organizations powering the AI revolution!
Large dogs tend to be shorter lived than their smaller counterparts, and a new study found that male and larger dogs undergo accelerated molecular aging, with pronounced DNA methylation changes on the X chromosome and at transposable elements.
Cell therapies and other biologics depend on ultracold storage and tightly controlled shipping. ARPA-H has funded teams of companies, research agencies, and universities developing alternatives, aiming to widen patient access to these therapies.
In this GEN webinar, Chris Nieder, an expert in viral vector programs, will examine how strategically designed preclinical manufacturing campaigns provide a practical foundation for GMP production.
The articles in this eBook examine key trends driving this transformation, from AI-enabled discovery and experimental validation to advanced cell, gene, and biologic platforms, and explore how the next generation of therapies will move from concept to clinic.
Two DNA-recording systems traced cellular family trees across mouse embryogenesis, offering new insight into how organs form and when developing cells commit to specific fates.
Multiomics analysis combines data from two or more omics layers—such as genomics, transcriptomics, proteomics, and epigenomics. However, published criticisms of multiomics approaches have highlighted concerns about data integration and a tendency toward […]
An international research team have revealed previously unseen rapid chemical stages in the formation of β-lactam antibiotics such as penicillin, offering insights that could help to support future antibiotic development.
Two people born on the same day can have immune systems that age differently. An immune cell atlas shows that a ratio between two cell types can reveal who is on a healthy or unhealthy path.
A study in Cameroon found that sickle cell trait is associated with distinct malaria parasite genotypes, potentially explaining reduced disease risk despite similar infection rates.
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