Discover how myeloid cells and their phenotypic plasticity determine the success or failure of medical implants through the foreign body response.
Explore the molecular structure, evolutionary origin, and medical significance of the human cardiac actin gene - the fundamental blueprint for heart muscle contraction.
Discover how genetic research in mice is revealing the secrets of intervertebral disc degeneration and paving the way for revolutionary treatments for chronic back pain.
Discover how cutting-edge genetic research is revealing the role of B cells in Primary Sjögren's Syndrome and opening new pathways for treatment.
Discover how scientists are purifying and characterizing Cyclophilin A in Salmonella Typhimurium to understand bacterial survival mechanisms.
Discover how the actin cytoskeleton and RanGTPase system communicate to regulate nuclear transport in cells, with implications for development and disease.
Explore the revolutionary technique of oocyte vitrification and how sheep oocytes are helping scientists preserve genetic diversity and advance reproductive medicine.
Exploring the role of mTOR pathway in podocytes and its impact on glomerular disease development and progression
Explore the fascinating ultrastructure of the human egg, a marvel of biological engineering that initiates human life.
Discover how the androgen receptor (AR) acts as a powerful suppressor of postoperative liver cancer recurrence through groundbreaking research on circulating tumor cells and cancer stem cells.