Functional enrichments of disease variants across thousands of independent loci in eight diseases

For most complex traits, known genetic associations only explain a small fraction of the narrow sense heritability prompting intense debate on the genetic basis of complex traits. Joint analysis of all common variants together explains much of this missing heritability and reveals that large numbers...

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Published inbioRxiv
Main Authors Sarkar, Abhishek K, Ward, Lucas D, Kellis, Manolis
Format Paper
LanguageEnglish
Published Cold Spring Harbor Cold Spring Harbor Laboratory Press 11.04.2016
Cold Spring Harbor Laboratory
Edition1.1
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ISSN2692-8205
2692-8205
DOI10.1101/048066

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Abstract For most complex traits, known genetic associations only explain a small fraction of the narrow sense heritability prompting intense debate on the genetic basis of complex traits. Joint analysis of all common variants together explains much of this missing heritability and reveals that large numbers of weakly associated loci are enriched in regulatory regions, but fails to identify specific regions or biological pathways. Here, we use epigenomic annotations across 127 tissues and cell types to investigate weak regulatory associations, the specific enhancers they reside in, their downstream target genes, their upstream regulators, and the biological pathways they disrupt in eight common diseases. We show weak associations are significantly enriched in disease-relevant regulatory regions across thousands of independent loci. We develop methods to control for LD between weak associations and overlap between annotations. We show that weak non-coding associations are additionally enriched in relevant biological pathways implicating additional downstream target genes and upstream disease-specific master regulators. Our results can help guide the discovery of biologically meaningful, but currently undetectable regulatory loci underlying a number of common diseases.
AbstractList For most complex traits, known genetic associations only explain a small fraction of the narrow sense heritability prompting intense debate on the genetic basis of complex traits. Joint analysis of all common variants together explains much of this missing heritability and reveals that large numbers of weakly associated loci are enriched in regulatory regions, but fails to identify specific regions or biological pathways. Here, we use epigenomic annotations across 127 tissues and cell types to investigate weak regulatory associations, the specific enhancers they reside in, their downstream target genes, their upstream regulators, and the biological pathways they disrupt in eight common diseases. We show weak associations are significantly enriched in disease-relevant regulatory regions across thousands of independent loci. We develop methods to control for LD between weak associations and overlap between annotations. We show that weak non-coding associations are additionally enriched in relevant biological pathways implicating additional downstream target genes and upstream disease-specific master regulators. Our results can help guide the discovery of biologically meaningful, but currently undetectable regulatory loci underlying a number of common diseases.
Author Kellis, Manolis
Ward, Lucas D
Sarkar, Abhishek K
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2016, Posted by Cold Spring Harbor Laboratory
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Snippet For most complex traits, known genetic associations only explain a small fraction of the narrow sense heritability prompting intense debate on the genetic...
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SubjectTerms Disease
Enhancers
Genetic analysis
Genetics
Heritability
Regulatory sequences
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Title Functional enrichments of disease variants across thousands of independent loci in eight diseases
URI https://www.proquest.com/docview/2070781909
https://www.biorxiv.org/content/10.1101/048066
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