Scientists used technology developed for cattle to assemble genome of 3 most dangerous weeds

게시됨 2020년 8월 31일

Tridge 요약

Researchers at the University of Illinois have assembled the most comprehensive genome information to date for three of the most damaging agricultural weeds in the United States: amaranth tuberculosis, hybrid beetle, and Palmer's amaranth. The team used advanced sequencing techniques and an innovative approach called trio binning to reveal the complete arrangement of genes in the genome, broken down into large chunks. This information is expected to advance research into herbicide resistance in these weeds, potentially leading to new products and solutions for farmers. The collaboration between the University of Illinois, Max Planck Society, and BASF highlights the dynamic nature of genome sequencing and the importance of innovation in agriculture.
면책 조항: 위의 요약은 정보 제공 목적으로 Tridge 자체 학습 AI 모델에 의해 생성되었습니다.

원본 콘텐츠

Amaranth tuberculosis, Hybrid beetle, and Palmer's amaranth top the list of the most damaging agricultural weeds affecting crop production systems in the United States and elsewhere. Scientists at the University of Illinois have been able to collect and publish the most comprehensive genome information to date for all three species, ushering in a new era of scientific discovery “Genomic assemblies like these will go a long way toward further research into these complex weed species, including a better understanding of the ways in which they avoid herbicide damage, ”says Pat Tranel, professor and assistant professor in the Department of Plant Science at the University of Illinois, who is on the biology and evolution of the genome. All three genomes were assembled using extended long read sequencing, which maintains the integrity and continuity of the genome, much like big puzzle pieces give a clearer picture of the whole than small pieces. For amaranth Palmer, an additional ...
출처: Agroxxi

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