Discover how sGRP78, a secreted form of glucose-regulated protein 78, shows promise in treating inflammatory bowel disease by reducing gut inflammation and promoting healing.
Exploring how anthropomorphism affects our understanding of laboratory mice and what this means for scientific research.
Exploring how machine learning is accelerating the development of smart biomaterials that modulate immune responses for better medical implants.
Breakthrough research reveals how rheumatoid arthritis rewires our nervous system at the genetic level, uncovering targets that could silence arthritis pain at its source.
Groundbreaking research reveals how nanoparticles are actively transported into tumors by endothelial cells, challenging the long-held EPR effect theory in cancer nanomedicine.
Discover how Factor XIII's role in red blood cell retention transforms our understanding of venous thrombosis and opens new therapeutic possibilities.
Discover how Jagged1 protein enhances mesenchymal stem cells for cartilage repair, offering new hope for osteoarthritis treatment.
Discover how Erythrina abyssinica, a traditional African medicinal plant, shows promise in fighting non-alcoholic fatty liver disease (NAFLD) through scientific research.
Breakthrough in bioresorbable vascular scaffolds using ultrahigh molecular weight amorphous PLLA polymer for cardiac care
Exploring how Traditional Chinese Medicine is revolutionizing chronic liver disease treatment through scientific validation of ancient remedies.