Energy metabolism modulation

"Energy metabolism modulation" does not refer to a single molecule, receptor, enzyme, or protein but rather describes the process by which cellular metabolic pathways that generate and utilize energy are regulated. Key components include glycolysis (the breakdown of glucose), the citric acid cycle/Krebs cycle (oxidation of acetyl-CoA), oxidative phosphorylation in mitochondria for ATP generation, as well as regulatory signaling such as AMP‑activated protein kinase (AMPK) acting as an energy sensor. These processes involve numerous enzymes and transporters working together to maintain cellular homeostasis in response to environmental cues like nutrient availability and stress. Modulating these pathways can impact gene expression dynamics[2], cell growth/proliferation[2], adaptation to stressors such as hypoxia or temperature changes[1], and is implicated in diseases including cancer and metabolic syndromes. Because "energy metabolism modulation" is not itself a discrete molecular entity but rather an umbrella term for complex biological processes involving many targets,[1][2][3] it should not be considered a canonical therapeutic target. Note: This entry is marked incorrect because "energy metabolism modulation" does not correspond to any individual molecule/receptor/target suitable for structured annotation at this level—it represents an entire class of biological processes involving multiple distinct targets.[1][2][3]

Other names

Energy metabolismModulation of energy metabolismMetabolic pathway regulation