Research Articles
The Glucose-Fatty Acid Cycle: How Your Muscles Master Fuel Management During Exercise
Discover how skeletal muscle cells regulate fuel selection between glucose and fatty acids during exercise through the glucose-fatty acid cycle.
The Silent Conversation: How Diabetes Disrupts the Earliest Stages of Life
Unraveling the hidden impact of metabolic disease on egg cell development and the delicate communication within oocyte-cumulus complexes.
The Cellular Chameleon: How Uridine Wears Many Hats to Keep You Alive
Explore the fascinating world of uridine, a cellular chameleon that changes form and location to perform critical functions in your cells.
The Brain's Elegant Bargain: How Blood and Neurons Strike a Deal
Discover the fascinating theoretical model of neurovascular coupling and how NO, EET, and 20-HETE molecules coordinate blood flow in your brain.
The Cellular Pantry: How a Master Regulator MLX Stocks Our Lipid Shelves
Discover how the MLX protein selectively binds to lipid droplets, regulating cellular energy storage and metabolism with implications for obesity and diabetes.
The RNA Switch: How a Tiny Chemical Tag Influences Your Metabolism
Discover how RNA N6-methyladenosine (m6A) methylation regulates glycolipid metabolism and its implications for metabolic diseases.
The Womb's Legacy: Are We Cradling Our Youngest Stem Cells All Wrong?
Exploring whether standard cell culture conditions are adequate for human umbilical cord blood mesenchymal stem cells and the potential of physiological oxygen environments.
The Classroom Revolution: How AI Is Reshaping Education
Explore how artificial intelligence is transforming education through personalized learning, intelligent tutoring systems, and data-driven insights that enhance student outcomes.
The Lactate Shuttle: The Secret Energy Switch in Life's First Days
Discover how the H+-monocarboxylate cotransporter powers early embryonic development through lactate transport and metabolic switching
The Brain's Hidden Fuel Gauge: How Your Hypothalamus Manages Your Appetite
Discover how glucose-inhibited neurons in the ventromedial hypothalamus use nitric oxide signaling to regulate appetite through insulin and leptin pathways.