Scanning for Genes Associated to Some Agronomic Traits in Barley - ElBadry, Nader
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Genome wide association scan approach achieved several successes in many organisms through the identification of experimentally determined associations. We utilized a collection of European barley cultivars previously phenotyped for flowering date, plant height, and grain yield under two watering regimes over three successive years. That was to highlight loci subtending mentioned agronomic traits. Our germplasm collection was genotyped with iSELECT Infinium® Illumina 9k SNP platform. Important and novel loci controlling the studied traits were identified utilizing the general linear model by…mehr

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Produktbeschreibung
Genome wide association scan approach achieved several successes in many organisms through the identification of experimentally determined associations. We utilized a collection of European barley cultivars previously phenotyped for flowering date, plant height, and grain yield under two watering regimes over three successive years. That was to highlight loci subtending mentioned agronomic traits. Our germplasm collection was genotyped with iSELECT Infinium® Illumina 9k SNP platform. Important and novel loci controlling the studied traits were identified utilizing the general linear model by Tassel software. Our results provide a starting point for the identification of potentially useful genes and markers for future applications in barley breeding schemes.
Autorenporträt
Dr. Nader ElBadry is a Plant Pathologist at the Egyptian Plant Quarantine. In 2013 he obtained his PhD from Milan University, Italy in Plant Genetics. In 2005 he obtained his MSc from Newcastle University, England, UK. Nader was graduated from Ain Shams University, Egypt with specialty in Agriculture Production.