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UCLA ATLAS biobank study of 93,936 diverse participants uncovers ancestry-specific genetic disease links to advance precision medicine

By

Roni Haas1,2,3,4,20 Send email to [email protected]

12h ago· 115 min readenInsight

Summary

This study from the UCLA ATLAS Community Health Initiative analyzed genetic and electronic health record data from 93,936 participants across five continental and 36 fine-scale ancestry groups. The research uncovered numerous previously unreported gene-phenotype associations (including FN3K with intestinal disaccharidase deficiency), demonstrated that polygenic scores robustly predict common disease across diverse populations, and identified ancestry-specific disease-gene links. Computational predictors were used to mitigate European bias in clinical variant curation, and genetic factors influencing semaglutide-induced weight loss were identified. The findings underscore the value of ancestrally diverse biobanks for advancing precision medicine.

Source

bskyUCLA ATLAS biobank study of 93,936 diverse participants uncovers ancestry-specific genetic disease links to advance precision medicinecell.com

Key quotes

· 3 pulled
Linking genetic data with electronic health records in hospital biobanks promises to advance precision medicine, but limited ancestral diversity constrains discovery and generalizability.
We discovered numerous unreported gene-phenotype associations, including FN3K with intestinal disaccharidase deficiency in Europeans and admixed Americans.
These findings demonstrate the value of well-curated, ancestrally diverse biobanks in advancing precision medicine.
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The UCLA ATLAS biobank was utilized to integrate genetic data with electronic health records from individuals representing five continental and 36 fine-scale ancestries, identifying genotype-phenotype associations and highlighting populations at risk for

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