accumulation dwarf mutant 矮小突变体
semi-dwarf mutant 半矮化突变体
a dwarf mutant 矮秆突变体
small grain dwarf mutant 小粒矮突变
dominant semi-dwarf mutant 显性半矮秆突变体
dwarf mutant with small grains 矮秆小粒突变体
dwarf induced mutant 矮化诱发突变体
These results showed that G6 clone was likely related to the dwarf mutant of the Brassica napus.
初步结果表明，该仅在茎尖表达的基因很可能和矮化突变体的矮化有关。
参考来源 - 油菜矮化突变体茎段伸长初期茎尖差异表达基因的初步分析Allelic test showed d68 was nonallelic with known dwarf mutants d1, d11, d2 and d63, dwarf1-like which have been cloned by our lab. Therefore, the mutant may be a novel dwarf mutant.
遗传分析和定位性实验结果表明,d68受单隐性基因控制,并且与已知的矮杆突变体d1、d11、d2和本实验室已经克隆的矮杆体变体d63、dwarf1-like不等位,这表明d68可能是一个新的矮杆突变体。
参考来源 - 水稻矮秆基因D68的遗传分析及精细定位The height, length and width of leaf were reduced. One dwarf mutant was gotten by soaking seeds for 24 hours with 0.20% colchicines solution.
其中在秋水仙碱以0.20%浓度处理24小时组中,发现一株短枝型突变体.其在叶片形状,株高,节间长度上同正常植株均有较大的差异.其变异的显著表现为茎节数增多,节间长度缩短,叶片呈长心形。
参考来源 - 猕猴桃离体再生与变异诱导的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The research shows that, gibberellin (GA) has a close relationship with dwarf mutant.
研究表明，赤霉素(GA)与植物矮化突变体的产生有密切关系。
Dwarf mutant has very important effect on elucidating regulation mechanism of stem development and plant breeding.
矮化突变体在阐明植物茎的生长发育调节机制和植物育种中具有十分重要的作用。
Results obtained in this research laid a theoretic foundation for application of the new dwarf mutant in rice breeding.
本文的研究结果为该新获得的突变体的进一步利用奠定了理论基础。
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