rs1028775793 (DLG2): serum vitamin d levels
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Key takeaways
- This SNP is linked to higher serum vitamin d levels
- The association has a strong statistical signal with p less than one millionth
- About seven thousand people were studied for this finding
Key takeaways
- This SNP is linked to higher serum vitamin d levels
- The association has a strong statistical signal with p less than one millionth
- About seven thousand people were studied for this finding
What the research says This variant is associated with serum 25-hydroxyvitamin d levels, reported effect size 3.62, p=1e-7, in about 7 thousand individuals PMID 41096749. The association was found in a genome-wide association study PMID 41096749.
Reported associations Serum 25-hydroxyvitamin d levels this variant is associated with higher levels reported effect size 3.62 p=1e-7 in about 7 thousand individuals PMID 41096749.
Evidence quality The evidence comes from a genome-wide association study of about seven thousand individuals reporting a strong signal with effect size 3.62 and p=1e-7 PMID 41096749. No conflicting findings reported.
Last lifestyle considerations on file for this variant.
Frequently asked questions
What does rs1028775793 do?
This SNP is linked to higher serum vitamin d levels with a strong statistical signal.
Is this variant related to vitamin d metabolism?
Yes the variant is associated with serum 25-hydroxyvitamin d levels which reflects vitamin d metabolism.