1) susceptibility to sprouting
穗发芽敏感性
1.
Five wheat cultivars which were different in susceptibility to sprouting in head ofwheat were used in the design of complete diallel cross to study the combining ability and toanalyse heritable etfect of susceptibility to sprouting in head of wheat.
选用5个穗发芽敏感性不同的小麦品种进行完全双列杂交,通过穗发芽敏感性遗传效应分析和配合力测定结果表明:小麦穗发芽敏感性主要受加性基因效应影响,其广义遗传力和狭义遗传力估计值均较高;亲本品种穗发芽敏感性的一股配合力存在极显著差异;双亲均值与杂种值的相关性全部达极显著水平;在小麦抗穗发芽育种中,双亲都应具有抗穗发芽的特性。
3) preharvest sprouting resistance
抗穗发芽性
4) Pre-harvest sprouting
穗发芽
1.
Improvement of resistance to pre-harvest sprouting of maintainer lines in indica rice(Oryza sativa L.);
籼稻保持系穗发芽抗性的改良
2.
The Development of Identification for the Genes of Pre-harvest Sprouting of Wheat Using Comparative Molecular Genetics;
利用比较分子遗传学鉴定小麦穗发芽基因的研究进展
3.
Pre-harvest sprouting (PHS) of wheat (Triticum aestivum L.
成熟期穗发芽是一种世界性灾害,严重影响小麦品质和产量。
5) preharvest sprouting
穗发芽
1.
Initial Identification of Wheat Varietal Lines with Preharvest Sprouting Resistance;
抗穗发芽小麦品系的初步鉴定
2.
Preharvest sprouting resistance in 781 leading wheat varieties since 1950 in Yellow and Huai River Valley Winter Wheat Region,the North Winter Wheat Region,the Southwest Winter Wheat Region,the Yangtze River Winter Wheat Region and the Northeast Spring Wheat Region of China was evaluated by testing the sprouting percentage(SP)and falling number(FN)of mature seeds during(20002002) planting seasons.
利用收获时种子发芽率和面粉降落值法,于2000—2002年2个小麦种植年度,研究了黄淮、北部、长江中下游、西南冬麦区和东北春麦区1950年以来的781个主要推广品种和新品系的穗发芽抗性。
3.
Setting up scientific methods of evaluation on preharvest sprouting resistance, and developing molecular markers of preharvest sprouting resistance variety, carrying out marker-assisted selection and resistant ge.
小麦穗发芽是世界性的灾害,不仅降低了产量和容重,而且营养品质、加工品质和种用价值均受到破坏,穗发芽还会降低子粒的透明度和商品等级,给生产和加工带来严重影响。
6) pre-harvest sprouting
抗穗发芽
1.
Polymorphism of SSR markers in several wheat cultivars with high resistance to pre-harvest sprouting;
几个抗穗发芽小麦品种的SSR标记多态性
补充资料:超敏感性疾病
超敏感性疾病
即变应性疾病,指由于超敏感性机制所引起的疾患,如过敏症、血清病、变态反应性皮肤病、某些自身免疫性疾病等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条