1) Nonpathogenic binucleate Rhizoctonia spp
无致病性双核丝核菌
2) binucleate Rhizoctonia
双核丝核菌
1.
Uninucleate Rhizoctonia,binucleate Rhizoctonia and multinucleate Rhizoctonia were distinguished among the tested Rh.
结果73个分离菌株可区分为单核丝核菌、双核丝核菌和多核丝核菌三大类,可能属于多个物种。
2.
The nuclei of 57 Rhizoctonia isolates from 13 crops were stained by using Safranin O-KOH, among these isolates, three are binucleate Rhizoctonia, and the rest fifty four are multinucleate Rhizoctonia.
比较了 5种不同的染色方法对丝核菌 (Rhizoctonia)菌株细胞核的染色效果 结果表明 ,番红O -KOH的染色效果最好 ,Giemsa、苯胺蓝 -甘油次之 ,染色效果最差的是苯胺蓝 -乳酚油及曲利苯蓝 -乳酚油 用番红O -KOH染色方法对分离自 13种作物的 5 7个丝核菌菌株进行细胞核染色 ,其中 3个菌株为双核丝核菌 ,其余 5 4个菌株为多核丝核
3.
Twelve RAPD primers were used to assess the genetic variation of 23 isolates of binucleate Rhizoctonia from different localities of Yunnan Province.
利用12个随机引物对23个双核丝核菌菌株进行DNA指纹分析,结果表明,12个引物共获得210条多态性DNA谱带,多态性检测率为100%。
3) dikaryotic hyphae
双核菌丝
1.
It was found in the study of ultrastructure of the septal pore apparatus indikaryotic hyphae of Trenlella fuciformis The pore cap consists not of a number of cupu-late bodies,but of a number of folded laminate bodies that are dome-shaped over thepore openings.
在银耳（Ｔｒｅｍｅｌｌａｆｕｃｉｆｏｒｍｉｓ）双核菌丝隔膜孔器超微结构的研究中，发现银耳孔帽分子横切时为两平行条形，而不是环形。
5) multinucleate Rhizoctonia
多核丝核菌
1.
Uninucleate Rhizoctonia,binucleate Rhizoctonia and multinucleate Rhizoctonia were distinguished among the tested Rh.
结果73个分离菌株可区分为单核丝核菌、双核丝核菌和多核丝核菌三大类,可能属于多个物种。
2.
The nuclei of 57 Rhizoctonia isolates from 13 crops were stained by using Safranin O-KOH, among these isolates, three are binucleate Rhizoctonia, and the rest fifty four are multinucleate Rhizoctonia.
比较了 5种不同的染色方法对丝核菌 (Rhizoctonia)菌株细胞核的染色效果 结果表明 ,番红O -KOH的染色效果最好 ,Giemsa、苯胺蓝 -甘油次之 ,染色效果最差的是苯胺蓝 -乳酚油及曲利苯蓝 -乳酚油 用番红O -KOH染色方法对分离自 13种作物的 5 7个丝核菌菌株进行细胞核染色 ,其中 3个菌株为双核丝核菌 ,其余 5 4个菌株为多核丝核
6) uninucleate Rhizoctonia
单核丝核菌
补充资料：核丝
1.细胞核中的丝条体。指血统。
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