OxPhos, mitochondrial dynamics, and mitophagy set energy supply and organelle quality control.
AblyBio · Research Areas
内分泌代谢
Endocrine and metabolism research focuses on energy homeostasis, hormone signaling, and organellar metabolic networks. AblyBio covers mitochondria, lipid/amino-acid/carbohydrate metabolism, AMPK, insulin pathways, and metabolic-disease targets.
OxPhos, mitochondrial dynamics, and mitophagy set energy supply and organelle quality control.
AMPK and insulin pathways integrate energy and hormone inputs to flip metabolic switches.
Targets linked to diabetes, obesity, and metabolic disorders bridge mechanism and translation.
Mechanistic highlights and entry points for your research
Cells allocate energy and biosynthetic precursors via mitochondrial oxidative phosphorylation, glycolysis, and lipid and amino-acid metabolism. AMPK, insulin-receptor signaling, and ER-stress pathways sense nutrient status and balance anabolism with catabolism.
The Warburg effect, mitochondrial dysfunction, and metabolic reprogramming characterize cancer and endocrine-metabolic diseases such as diabetes and obesity; related markers and pathway nodes are high-frequency experimental and translational targets.
Enter via mitochondria, metabolic pathways, or disease topics to find matching antibodies.
Drill into mechanisms and targets to find matching antibodies
Validated antibodies for this research area across WB, IHC, IF and more
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