1) photoperiod sensitive genic malesterile
作物光敏核不育
1.
The photoperiod sensitive genic malesterile has summarized in this paper, and trends, application status has given, approaching on the photoperiod sensitive genic malesterile using in sugarbeet breeding, we can do it according to the experience and method of rice to understand its basic theory and it will bring deepgoing transform in sugarbeet breeding.
本文对作物的光敏核不育现象(Photoperiod -sensitiveGenicMalesterile)进行了概述 ,总结了作物光敏核不育的研究动态及利用现状 ,并对甜菜光敏核不育现象的研究进行了前瞻性探讨。
2) Photo-sensitive cytoplasmic male sterility
光敏核质互作不育
3) photo(thermo)-sensitive cytoplasmic male sterile line
光(温)敏核质互作不育系
4) Photo-sermo sensitive genic male-sterile
光敏温敏核不育
5) photo-/thermo-sensitive genic male-sterile line
光温敏核不育系
1.
Four practical photo-/thermo-sensitive genic male-sterile lines,YW-2S,Guangzhan 63S,1103S and Peiai 64S,were conducted under a 5-day length artificial low temperature treatment of 22.
结果表明:不同类型的不育系对陡降温反应的程度和时间不同,籼型重组型光温敏核不育系YW-2S和籼型光敏核不育系1103S育性波动较小。
6) P(T)GMS
光温敏核不育
1.
A new idea for explaining the mechanism of sterile in P(T)GMS rice was proposed.
超级杂交稻育种的创新思维提出了超级杂交稻育种三步法设想,即超级亲本选育——超级杂交组合选育——超级杂交制种,并详细阐述了各步骤的标准和实现其目标的技术路线;提出了水稻光温敏不育机理新设想:即水稻光温敏核不育系育性转换是主效不育基因与其位置相近的发育感光基因或(和)发育感温基因相互作用的结果,不育基因位点(微效不育基因)可影响两用核不育系的不育起点温度的高低。
2.
The results indicated that P(T)GMS rice tested were classified into two types: P(T) GMS and thermosensitive genie male sterile (TGMS) rice according to condition inducing fertility alteration (FA).
选育适合北方气候条件的光温敏核不育水稻的技术探讨高勇，杨振玉，魏耀林，赵迎春，高日玲，华泽田，潘启民（北方杂交水稻研究中心，沈阳１１０１０１；江苏省连云港市农业局，连云港２２２００２）ＴｈｅＡｐｐｒｏａｃｈｏｆＢｒｅｅｄｉｎｇＪａｐｏｎｉｃａＰｈｏｔ。
补充资料：育育
1.活泼自如貌。 2.生长茂盛貌。
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