Key result
African American women had lower total adiponectin than European Americans due to reduced low molecular weight and trimer forms, which correlated most strongly with metabolic traits in this group.
Why the study?
Does race affect adiponectin multimer distribution and their relationships to metabolic traits in normoglycemic premenopausal women?
Cross-Sectional (n=132)
Does race affect adiponectin multimer distribution and their relationships to metabolic traits in normoglycemic premenopausal women?
In African American women, lower total adiponectin is driven by reduced LMW and trimer forms, which correlate more strongly with metabolic syndrome traits than HMW adiponectin.
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Race-specific adiponectin multimer patterns may refine metabolic trait assessment in women; leaves open prospective validation and clinical utility.
Lara‐Castro et al. (2008) conducted a cross-sectional in Metabolic syndrome traits (n=132). African American race vs. European American race was evaluated on Adiponectin multimer distribution and correlation with metabolic traits. African American women had lower total adiponectin than European Americans due to reduced low molecular weight and trimer forms, which correlated most strongly with metabolic traits in this group.
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