Cell
Ancestry and geography linked to molecular differences in adults
An observational study of 322 healthy adults across continents linked ancestry and place of residence to differences in metabolism, immune function and biological aging.An observational study of 322 healthy adults across continents linked ancestry and place of residence to differences in metabolism, immune function and biological aging.
Cross-sectional · 322 peopleAI & data
Who was studied322 healthy adults of varied ancestry
What changedMetabolism, immune function, and gut microbes differed across ancestry groups and places of residence
The catchBiological aging was represented by an algorithm-based age estimate