Exploring how melanoma cells manipulate sugar transport systems to develop chemotherapy resistance through metabolic plasticity and GLUT transporter adaptations.
Discover how scientists are transforming sugar into hydrochar, a sustainable material for environmental cleanup and renewable energy storage.
Discover how NEFA and gluconeogenic precursors regulate glucose production during chronic glucagon exposure and the implications for diabetes treatment.
Discover how glucose metabolites collaborate with insulin to activate glycogen synthase and direct energy storage in fat cells.
Discover how glucose regulates m6A RNA modification in Type 2 Diabetes and its implications for cellular function and treatment.
Discover how fructose metabolism and glucose tolerance tests reveal complex metabolic shifts affecting brain function, cellular energy, and overall metabolic health.
Explore how baker's yeast senses glucose through sophisticated signaling pathways and what this reveals about cellular decision-making.
Discover how sugar spikes command a master regulator gene called Prep1 to turn on by physically altering the structure of your DNA through epigenetic mechanisms.
Explore how glucose and osmotic pressure affect human chorionic trophoblast cells in placental development and pregnancy health.
Explore how computational modeling and AI are transforming diabetes management through virtual patients, non-invasive monitoring, and predictive algorithms.