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ALLELIC VARIATION OF HEADING-TRAIT-RELATED GENES,ESSENTIAL FOR WIDE ADAPTATION OF WHEAT, AND ITS APPLICATION TO WHEAT BREEDING

机译：标题相关基因的等位基因变异，对小麦的广泛适应至关重要，及其在小麦滋生中的应用

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Heading time is a complex character controlled by narrow-sense earliness and modified by vernalization requirement and photoperiod response. In the mid-latitude regions, which include Japan, photoperiod response and narrow-sense earliness are equally important for the control of heading time of winter wheat, and vernalization requirement is important for adaptation to winter cold. This review has summarized the genetic basis of heading traits of wheat and the molecular diversity of the Vrn genes for vernalization response. The potential practical use of new alleles identified by molecular analysis is discussed.

机译：前线时间是一种复杂的字符，受到狭义的狭义，通过vernalization要求和photoperiod响应来修改。在包括日本的中纬度地区，光周期反应和狭义，对冬小麦的前线控制同样重要，并且春化要求对于适应冬季感冒是重要的。本综述已经总结了小麦标题性状的遗传基础和VRN基因的富集反应的分子多样性。讨论了分子分析鉴定的新等位基因的潜在实际应用。

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《Gamma Field Symposia》|2006年||共3页
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Kenji Kato;
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2. Allelic Variation of Hardness Genes (puroindoline a and b) in Iranian Commercial and Landrace Wheats [J] . Malekzadeh KH., Shahriari F., Farsi M., Journal of Science and Technology of Agriculture and Natural Resources . 2008,第45期

机译：伊朗商品小麦和地方品种小麦的硬度基因（puroindoline a和b）等位基因变异
3. Assessment of allelic variation in serpin gene (Srp5B) in Indian wheats [J] . Ram Sewa Journal of Plant Biochemistry and Biotechnology . 2012,第2期

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4. ALLELIC VARIATION OF HEADING-TRAIT-RELATED GENES, ESSENTIAL FOR WIDE ADAPTATION OF WHEAT, AND ITS APPLICATION TO WHEAT BREEDING [C] . Kenji Kato Gamma Field Symposia; 20060712-13 . 2006

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5. Genetic Basis of Nitrogen Use Efficiency and Its Application in Wheat Breeding [D] . Lei, Lei 2018

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ALLELIC VARIATION OF HEADING-TRAIT-RELATED GENES,ESSENTIAL FOR WIDE ADAPTATION OF WHEAT, AND ITS APPLICATION TO WHEAT BREEDING

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