News Oct 15, 2026 Single gene rejuvenates aged cells and extends mouse lifespan Harvard researchers identified SRSF1, an RNA splicing factor, as a geroprotective target that reverses multiple hallmarks of aging in human cells and extends median lifespan by 14% in mice. The study demonstrates a safer alternative to Yamanaka factor reprogramming by rejuvenating cells without erasing their identity. Giulio Prisco 2 min read
Mindbytes Oct 15, 2026 Genetic Study Reveals New Biological Clues Behind Severe Childhood Malnutrition Researchers identify genetic variations and metabolic abnormalities associated with severe childhood malnutrition, offering new insights into why some children develop dangerous swelling. Linsey Smith 1 min read
Community Jun 8, 2026 Decoding Disease: Locating the Tissues That Trigger Illness New genomic breakthrough reveals exactly where diseases strike. By decoding polygenic signals, scientists pinpoint the tissues and cell types driving illness for precision medicine. Edilawit Manaye 4 min read
Mindbytes Oct 12, 2026 AI Improves Gene-Pair Selection for Cancer Experiments Borrowed experimental data helps researchers choose promising gene combinations. Linsey Smith 1 min read
Community Mar 31, 2026 How Human Genetics Improves Drug Discovery Human genetics is reshaping drug discovery by revealing reliable targets, improving success rates, and reducing costly clinical failures in the development of safer, more effective treatments. Atnatewos Hailealem 3 min read
Community Mar 31, 2026 New Genetic Clues Behind Alzheimer’s Disease Massive genetic study reveals new Alzheimer’s risk genes, linking immune system dysfunction to brain degeneration—offering hope for earlier detection, better treatments, and deeper understanding of disease mechanisms. Workinew Gebrie 4 min read
News Sep 9, 2026 A searchable map of every one-letter change in human DNA Google DeepMind has precomputed predicted effects for all nine billion possible single-letter DNA changes and released a simple score so researchers can look them up. Giulio Prisco 2 min read
Mindbytes Sep 30, 2026 AI Matches Bacteria With Viruses That Infect Them AI accelerate the hunt for viruses that attack resistant bacteria? A machine learning model uses genomes to predict phage matches, helping researchers prioritize candidates for laboratory testing. gizmo guru 1 min read
Mindbytes Sep 26, 2026 AI Model Predicts How Mutations Change Protein–RNA Binding A physics-informed machine-learning framework predicts how mutations alter protein–RNA interactions, potentially giving researchers a sharper tool for studying molecular variation. Linsey Smith 2 min read
Mindbytes Sep 26, 2026 Gene-Drive Mosquito Study Finds Molecular Effects Beyond Its Intended Target RNA sequencing reveals gene-expression differences associated with engineered malaria mosquitoes, adding another layer to the laboratory assessment of gene-drive systems. Linsey Smith 2 min read