Optimizing rare variant association studies in theory and practice
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Author
Contributions
- Hirschhorn, Joel N. - Contributor
- Newton-Cheh, Chris - Contributor
- Florez, Jose - Contributor
- MacArthur, Daniel - Contributor
- Ramachandran, Sohini - Contributor
Publication
2014 - , Massachusetts
Language
English
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Page Count
0 pages
Identifiers
- OCLC Control Number882196457
- Open LibraryOL43183145M
Description
Genome-wide association studies (GWAS) have greatly improved our understanding of the genetic basis of complex traits. However, there are two major limitations with GWAS. First, most common variants identified by GWAS individually or in combination explain only a small proportion of heritability. This raises the possibility that additional forms of genetic variation, such as rare variants, could contribute to the missing heritability. The second limitation is that GWAS typically cannot identify which genes are being affected by the associated variants. Examination of rare variants, especially those in coding regions of the genome, can help address these issues. Moreover, several studies have recently identified low-frequency variants at both known and novel loci associated with complex traits, suggesting that functionally significant rare variants exist in the human population.
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