Discover how long non-coding RNAs, once considered junk DNA, are now recognized as master regulators in acute kidney injury and hold promise as diagnostic tools and therapeutic targets.
Explore how the KEGG database has evolved from a genomic reference to an indispensable computational framework for modern biological research.
Discover how circular RNA PVT1 promotes breast cancer progression through the miR-30b-5p/AEG-1 axis and its clinical implications for diagnosis and treatment.
Discover how genetic research is transforming mastitis resistance in dairy cattle through polymorphism studies of key candidate genes.
Explore how pan-cancer analysis uncovers universal oncogene upregulation mechanisms across different cancer types and their therapeutic implications.
Explore how single-cell RNA sequencing is revolutionizing cancer immunotherapy by revealing cellular heterogeneity and enabling personalized treatments.
Explore recent advances in bioinspired computation, from raindrop algorithms to neuromorphic chips, and discover how nature is inspiring the future of computing.
Discover how plant-derived proteins and peptides with antiyeast activity could revolutionize food preservation and reduce food waste.
Explore the genetic mechanisms behind persistent atrial fibrillation, including trigger vs. substrate differences and key genetic discoveries in cardiac research.
Discover how licoricidin, a compound from licorice root, targets the ICMT/Ras pathway to combat gastric cancer in laboratory and animal models.