Adropin
3 papers4 findings
- Humans2
- Animals1
Effects
1Reaction time
upin rhesus monkeys1
1 study
Reaction time
upin rhesus monkeys1
Adropin improves reaction time in rhesus monkeys.
“Animals with higher adropin levels exhibited faster improvement in reaction time and reductions of variability in reaction time”
Animals
npj aging10 Jun 2026
Associations
3Decision-making
downin rhesus monkeys1
1 study
Decision-making
downin rhesus monkeys1
Adropin is associated with decision-making in rhesus monkeys.
“low plasma adropin concentrations associate with poor decision-making in aged rhesus macaques subject to an increasing food choice test paradigm”
Animalsplasma
npj aging10 Jun 2026
Type 2 diabetes
downin humans1
1 study
Type 2 diabetes
downin humans1
Type 2 diabetes is associated with adropin in humans.
“Compared with controls, participants with T2DM had higher ePWV, older estimated arterial age, larger age gap, lower adropin, and higher oxLDL (all p < 0.001).”
Humanstype 2 diabetes mellitus compared with age- and sex-matched controlsn = 300
Scientific reports30 May 2026
Early vascular aging
downin humans1OR 0.991
1 study
Early vascular aging
downin humans1OR 0.991
Adropin is associated with early vascular aging in humans (OR 0.991 per pg/mL).
“adropin (OR 0.991 per pg/mL; p < 0.001) and ET-1 (OR 1.017 per pg/mL, p = 0.005) remained independently associated with EVA.”
HumansFully adjusted model in adults with T2DM and age/sex-matched controlsn = 300
Diseases (Basel, Switzerland)9 Apr 2026
Latest
3 in 12 monthsScientific Reports
Development of a biomarker-enhanced arterial age model for young-to-middle-aged adults with type 2 diabetes
Cross-sectional study of 300 peopleType 2 diabetes
Diseases
Adropin and Endothelin-1 as Complementary Signals Associated with Early Vascular Aging in Middle-Aged Type 2 Diabetes
Cross-sectional study of 300 peopleType 2 diabetes
Neuroscience Letters
Changes in adropin levels in brain and peripheral tissues with aging
Experiments in animalsMechanisms
The Journals of Gerontology, Series A
Lifelong caloric restriction reprograms hepatic fat metabolism in mice
Experiments in miceDietary restriction