About: Development and use of DArT chip technology for breeding of new xFestulolium cultivars.     Goto   Sponge   NotDistinct   Permalink

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Description
  • Proposed project focuses on a need to improve the efficiency of breeding hybrid grass cultivars derived from crosses between ryegrasses and fescues (xFestulolium). DArT DNA chip will be developed for rapid characterization of genomic constitution of xFestulolium. The chip will be tested on a set of cultivars and breeding materials of xFestulolium, which will be also characterized using GISH method. Evaluation of phenotypic and qualitative traits will permit correlation of agronomically important traits with the presence of DArT markers. The results and methodology developed during the project execution will lay foundations for molecular markers breeding of hybrid grasses. (en)
  • Aplikace technologie DNA čipů DArT pro charakterizaci odrůd čistých druhů kostřav a jílků a xFestulolium. Budou vybrány výchozí materiály pro další šlechtění a charakterizovány genomy stávajících a nově získaných odrůd xFestulolium.
Title
  • Development and use of DArT chip technology for breeding of new xFestulolium cultivars. (en)
  • Vývoj a využití DNA čipů DArT pro šlechtění nových odrůd xFestulolium
skos:notation
  • QH71267
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  • DArT markers; DNA chip; Festulolium; GISH; Genome constitution; Genotype; Marker Assisted Breeding; Phenotype (en)
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  • It was characterized the structure of the genomes of selected varieties and breeding materials Festulolium using DNA chips DArT and defined sensitivity of the method in relation to phenotypic characteristics. The results were published in journals with IF. (en)
  • Byla charakterizována struktura genomů u vybraných odrůd a šlechtitelských materiálů Festulolium pomocí DNA čipů DArT a stanovena citlivost metody ve vazbě na fenotypové znaky. Výsledky byly publikovány v časopisech s IF. (cs)
http://linked.open...tniCyklusProjektu
http://linked.open.../cep/klicoveSlovo
  • Festulolium
  • DNA chip
  • GISH
  • Genome constitution
  • Genotype
  • Marker Assisted Breeding
  • DArT markers
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