Losartan
Intervention3 papers5 findingsPubChem 3961ChEBI 6541
- Humans1
- Animals2
Outcomes
5Mitochondrion
no changein mice1Very low certainty
1 study
Mitochondrion
no changein mice1Very low certainty
Losartan has no effect on mitochondrion in mice.
“At 33 months, there were no significant changes in any protein groups of losartan-treated mice.”
Animalsvery old mice
AGE AND LOSARTAN EFFECTS ON MITOCHONDRIAL PROTEOME IN MICE · GSA 2024 abstract · 31 Dec 2024
Protein folding and chaperones
downin mice1Very low certainty
1 study
Protein folding and chaperones
downin mice1Very low certainty
Losartan decreases protein folding and chaperones in mice.
“In contrast, chaperone and muscle contraction proteins were downregulated.”
Animalsaged mice
AGE AND LOSARTAN EFFECTS ON MITOCHONDRIAL PROTEOME IN MICE · GSA 2024 abstract · 31 Dec 2024
Fatty acid β-oxidation
upin mice1Very low certainty
1 study
Fatty acid β-oxidation
upin mice1Very low certainty
Losartan increases fatty acid β-oxidation in mice.
“Losartan treatment in 24-month-old mice upregulated the TCA cycle and beta-oxidation proteins.”
Animalsaged mice
AGE AND LOSARTAN EFFECTS ON MITOCHONDRIAL PROTEOME IN MICE · GSA 2024 abstract · 31 Dec 2024
Lifespan
upin mice1Very low certainty
1 study
Lifespan
upin mice1Very low certainty
Losartan improves lifespan in mice.
“Losartan’s “rejuvenating” effect on serum and heart metabolome was associated with improved survival in WT mice (log-rank, p =0.015)”
AnimalsWT mice
LOSARTAN REJUVENATES SERUM AND HEART METABOLOME OF AGED MICE BY ANGIOTENSIN DEPENDENT AND INDEPENDENT MECHANISMS · GSA 2024 abstract · 31 Dec 2024
Metabolomic aging signature
downin mice1Very low certainty
1 study
Metabolomic aging signature
downin mice1Very low certainty
Losartan decreases metabolomic aging signature in mice (ρ=-0.22).
“Aged mice treated with losartan displayed a global shift towards a more “youthful” serum metabolome (ρ=-0.22, p=0.01)”
Animalsaged miceserum
LOSARTAN REJUVENATES SERUM AND HEART METABOLOME OF AGED MICE BY ANGIOTENSIN DEPENDENT AND INDEPENDENT MECHANISMS · GSA 2024 abstract · 31 Dec 2024