Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q426365> ?p ?o }
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- Q426365 subject Q4925926.
- Q426365 abstract "A polygene, multiple factor, multiple gene inheritance, or quantitative gene is a group of non-epistatic genes that together influence a phenotypic trait. The precise loci or identities of the non-allelic genes are often unknown to biologists. Advances in statistical methodology and high throughout sequencing are, however, allowing researchers to locate candidate genes for the trait. These genes are generally pleiotropic as well. The genes that contribute to type 2 diabetes are thought to be mostly polygenes.Traits with polygenic determinism correspond to the classical quantitative characters, as opposed to the qualitative characters with monogenic or oligogenic determinism. In essence instead of two options, such as freckles or no freckles, there are many variations. Like the color of skin, hair, or even eyes.".
- Q426365 wikiPageWikiLink Q104053.
- Q426365 wikiPageWikiLink Q106227.
- Q426365 wikiPageWikiLink Q1134884.
- Q426365 wikiPageWikiLink Q12206.
- Q426365 wikiPageWikiLink Q133871.
- Q426365 wikiPageWikiLink Q188224.
- Q426365 wikiPageWikiLink Q2064311.
- Q426365 wikiPageWikiLink Q312154.
- Q426365 wikiPageWikiLink Q4925926.
- Q426365 wikiPageWikiLink Q5421706.
- Q426365 wikiPageWikiLink Q550479.
- Q426365 wikiPageWikiLink Q7187.
- Q426365 wikiPageWikiLink Q751748.
- Q426365 wikiPageWikiLink Q853421.
- Q426365 comment "A polygene, multiple factor, multiple gene inheritance, or quantitative gene is a group of non-epistatic genes that together influence a phenotypic trait. The precise loci or identities of the non-allelic genes are often unknown to biologists. Advances in statistical methodology and high throughout sequencing are, however, allowing researchers to locate candidate genes for the trait. These genes are generally pleiotropic as well.".
- Q426365 label "Polygene".