Discover how scientists used protein fractionation techniques to unravel the mysteries of royal jelly and its remarkable ability to create queen bees.
Explore how cluster analysis revolutionizes the assessment of non-alcoholic fatty liver disease severity in hypertensive patients through pattern recognition and personalized medicine approaches.
Explore how p16INK4A protein functions as a cellular brake and its role in pituitary tumor development through comprehensive immunohistochemical and molecular analysis.
Explore groundbreaking research in hepatobiliary injury repair, including tissue engineering, biodegradable scaffolds, and regenerative medicine approaches.
Exploring biological control agents as sustainable alternatives to chemical fungicides for combating cauliflower damping-off caused by Pythium aphanidermatum.
Discover how recent research reveals that a familiar enzyme, Phospholipase B, plays a dual role in Vitamin A absorption and fat digestion in our gut.
Discover how glibenclamide, a common diabetes drug, has been found to inhibit the ACAT enzyme, potentially fighting cardiovascular disease.
Discover how yeast solutions and hyperpolarization enable real-time observation of metabolic processes at natural abundance, revolutionizing biochemistry research.
Exploring how water diversion projects can trigger toxic cyanobacterial blooms in urban lakes through the case study of Lake Yuehu.
Scientific exploration of Bruguiera gymnorhiza mangrove's medicinal properties using modern techniques including in vitro studies, in silico docking, and multivariate analysis.