Discover how PGC-1α protein regulates glucose production through cellular energy control rather than direct gene activation in liver metabolism.
Explore the fascinating interplay between HIF, MYC, and sirtuins in cancer metabolism and how these molecular masterminds drive tumor growth through metabolic reprogramming.
Breakthrough study reveals how isoscopoletin, a common plant molecule, fights liver cancer by attacking its energy supply at the molecular level through glycolysis inhibition.
Discover how transcription factor Sp1 regulates glucose transporter GLUT1 during placental development and its implications for pregnancy health.
Exploring the metabolic partnership between cumulus cells and oocytes and its revolutionary implications for fertility treatments.
Explore how ATP and P2Y receptors modulate noradrenaline release in the brain, with implications for neurological disorders and treatments.
Explore how cellular energy production controls transport of substances across cell membranes through Rb+ influx studies in HeLa cells
Explore how microRNAs regulate cardiovascular and metabolic health, their role in disease, and the future of miRNA-based diagnostics and therapies.
Discover how NEFA and gluconeogenic precursors regulate glucose production during chronic glucagon exposure and the implications for diabetes treatment.
Discover how nitrogen sources influence yeast fermentation efficiency in bread, beer, and biofuel production through scientific analysis.