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Research Areas
Understand how a human-relevant in vitro model can be used to improve next generation risk assessment (NGRA).
| 5 min read
Studies indicate AI-enabled compound management systems can streamline workflows, reduce manual errors, and provide better visibility into experimental and predicted data.
| 4 min read
A new system lets researchers build and reprogram phage genomes from digital sequence data, potentially enabling scalable, customizable therapies for drug-resistant bacteria.
| 6 min read
Hair loss affects millions, and a new wave of therapies — from drugs to cell-based treatments — could finally offer safe, effective, and lasting solutions.
| 1 min read
Refeyn earns a place on The Sunday Times 100 Tech list, highlighting strong growth in bioanalytical instrumentation.
| 3 min read
AI is reshaping early drug discovery, but persistent translational gaps, biological complexity, and validation challenges limit how far machine learning alone can predict human outcomes.
| 4 min read
Integrating patient-derived xenografts and organoids can help researchers identify responsive tumor subsets, anticipate resistance, and strengthen translational confidence before clinical testing.
Explore the role of microphysiological systems in advancing human-relevant liver toxicity testing and mechanistic evaluation.
| 4 min read
Cancer diagnostic technologies, advances on brain map models, pharmaceutical deals, and more led the news this week.
Discover how small molecule assemblies interact with protein aggregates to promote their breakdown in neurodegenerative diseases.
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This virtual two-day symposium will gather researchers to present the latest breakthroughs in cancer immunology.
Join this two-day event to learn where drug development is headed and what it means for researchers today.
Using fetal-stage brain organoids, researchers are uncovering how Zika virus impacts neurodevelopment and contributes to microcephaly.
