Identification and characterization of leaf rust (Puccinia triticina) and Fusarium head blight (Fusarium graminearum) related genes in domesticated wheat varieties in Mongolia

O. Bold, Otgon-Erdene Deriilaa, P. S. Baenziger
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Abstract

Wheat is recognized as the major crop among all cereals. For better quality and disease-free production, the current study was designed to evaluate the prevalence of genetic leaf rust resistance and fusarium head blight in nineteen genotypes of wheat, which are commonly grown in Mongolia. For example Khalkhgol-1, Darkhan-131, Darkhan-160, Darkhan-144, Orkhon, Darkhan-34, Darkhan-74, Darkhan-193, Altaiskaya-100, Darkhan-181, Darkhan-141, Buryatskaya osistiya, Darkhan-166, Buryatskaya-79, Buryatskaya-34, Selenge, Altaiskaya-530, Altaiskaya-325 and Altaiskaya jinitsa genotypes. The presence of Lr34 and Fhbt1 genes were evaluated for leaf rust and fusarium head blight respectively. Lr34 gene was reported in the Darkhan-160 and Darkhan-181 genotypes, while fusarium head blight was not reported in any of the genotype.
蒙古驯化小麦品种叶锈病和赤霉病相关基因的鉴定与鉴定
小麦被认为是所有谷物中的主要作物。为了提高小麦的质量和无病产量,本研究旨在评估蒙古常见的19个基因型小麦的遗传抗叶锈病和赤霉病的流行情况。例如,khalkhgol1、Darkhan-131、Darkhan-160、Darkhan-144、Orkhon、Darkhan-34、Darkhan-74、Darkhan-193、Altaiskaya-100、Darkhan-181、Darkhan-141、Buryatskaya- 166、Buryatskaya-79、Buryatskaya-34、Selenge、Altaiskaya-530、Altaiskaya-325和Altaiskaya jinitsa基因型。对叶锈病和枯萎病分别进行了Lr34和Fhbt1基因的检测。在Darkhan-160和Darkhan-181基因型中均报道了Lr34基因,而在所有基因型中均未报道镰刀菌头疫病。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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