Discover how our blood vessels possess an innate ability to heal themselves through vascular homeostasis and injury-reconstruction mechanisms.
Exploring how integrated gene regulation databases are revolutionizing our understanding of genomic control systems and accelerating biomedical discoveries.
Discover how circular RNA CircSLC8A1 fights bone loss in joint replacements by reprogramming stem cells, offering hope for durable implants.
Discover how Jerzy Jurka revolutionized our understanding of transposable elements and 'junk DNA' through computational biology
Discover how Astragaloside IV from traditional Chinese medicine activates genetic repair networks in zebrafish hearts, offering potential therapies for human cardiac regeneration.
Exploring post-translational modifications driving pancreatic cancer-associated cachexia through cutting-edge proteomics research
Discover how TIPARP, a tiny protein, could revolutionize breast cancer treatment, especially for triple-negative breast cancer (TNBC).
Discover how HDAC inhibitors are revolutionizing Ewing sarcoma treatment by sensitizing tumors to chemotherapy through epigenetic modifications.
Exploring the groundbreaking bioinformatics research presented at BIBM 2015 that revolutionized protein structure prediction and computational biology.
Discover groundbreaking COPD treatments including lung regeneration, new pharmaceuticals, and holistic strategies that are changing outcomes for millions.