From genetic stock to genome editing: gene exploitation in wheat
Bread wheat (Triticum aestivum) ranks as one of our most important staple crops. However,
its hexaploid nature has complicated our understanding of the genetic bases underlying
many of its traits. Historically, functional genetic studies in wheat have focused on identifying
natural variations and have contributed to assembling and enriching its genetic stock.
Recently, mold-breaking advances in whole genome sequencing, exome-capture based
mutant libraries, and genome editing have revolutionized strategies for genetic research in …
its hexaploid nature has complicated our understanding of the genetic bases underlying
many of its traits. Historically, functional genetic studies in wheat have focused on identifying
natural variations and have contributed to assembling and enriching its genetic stock.
Recently, mold-breaking advances in whole genome sequencing, exome-capture based
mutant libraries, and genome editing have revolutionized strategies for genetic research in …
From genetic stock to genome editing: gene exploitation in wheat.
WM Wang Meng, WSB Wang ShuBin, LZ Liang Zhen… - 2018 - cabidigitallibrary.org
Bread wheat (Triticum aestivum) ranks as one of our most important staple crops. However,
its hexaploid nature has complicated our understanding of the genetic bases underlying
many of its traits. Historically, functional genetic studies in wheat have focused on identifying
natural variations and have contributed to assembling and enriching its genetic stock.
Recently, mold-breaking advances in whole genome sequencing, exome-capture based
mutant libraries, and genome editing have revolutionized strategies for genetic research in …
its hexaploid nature has complicated our understanding of the genetic bases underlying
many of its traits. Historically, functional genetic studies in wheat have focused on identifying
natural variations and have contributed to assembling and enriching its genetic stock.
Recently, mold-breaking advances in whole genome sequencing, exome-capture based
mutant libraries, and genome editing have revolutionized strategies for genetic research in …
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