1 paper4 findings
Breastfeeding
upin humans1downin humans1
Breastfeeding increases proteomics-derived aging indices in humans (β = 0.033).
Humansthyroid glandn = 29,713
Higher birthweight and breastfeeding linked to slower organ aging
Aging cell1 Oct 2026
Breastfeeding decreases proteomics-derived aging indices in humans (β = -0.047).
Humansintestinen = 29,713
Higher birthweight and breastfeeding linked to slower organ aging
Aging cell1 Oct 2026
Birthweight
downin humans1
Birthweight decreases proteomics-derived aging indices in humans (β = -0.069).
Humansintestinen = 21,446
Higher birthweight and breastfeeding linked to slower organ aging
Aging cell1 Oct 2026
Allostatic load
mediatesin humans1
Allostatic load mediates proteomics-derived aging indices in humans (up to 35.3%).
Humansbirthweight-aging association
Higher birthweight and breastfeeding linked to slower organ aging
Aging cell1 Oct 2026
In UK Biobank participants, higher birthweight was associated with slower aging in 11 organs, while breastfeeding was linked to slower intestine and adrenal aging.In UK Biobank participants, higher birthweight was associated with slower aging in 11 organs, while breastfeeding was linked to slower intestine and adrenal aging.