1) peanut bradyrizobial inoculant
花生根瘤菌肥
2) peanut Rhizobia
花生根瘤菌
1.
Behaviours of Exogenous Plasmids(Genes)in Peanut rhizobia;
外源质粒（基因）导入花生根瘤菌的行为分析
2.
Genetic diversity of peanut Rhizobia isolated from Anhui areas was determined using randomly amplified polymorphic DNA(RAPD) technique.
采用RAPD技术对分离自安徽地区的花生根瘤菌和部分参比菌株进行了遗传多样性和系统发育研究。
3) Peanut rhizobium
花生根瘤菌
1.
Several kinds of peanut rhizobium microbial inoculums experiments on peanut located in Yonghe Town of Hongan County of Huanggang City and Zhansheng Hamlet of Huangzhou Section were conducted simultaneously.
在黄冈市红安县永河镇及黄州区战胜村两地同时对花生进行了几种不同花生根瘤菌菌剂的接种试验,结果表明,经人工所配制的不同花生根瘤菌菌剂对花生的生长态势、结荚数、饱果率、花朵数、下针数以及有效结瘤数等诸多性状都有明显的促进作用,最终表现出增产、增收,各处理的生长态势及增产幅度为肥土1号>肥土2号>肥土3号>液体>草木灰>对照(CK)。
4) Bradyrhizobium
花生根瘤菌
1.
Effect of Applied Fe Fertilizer to Calcareous Purple Soil on Rhizobia Nitrogen-fixation of Bradyrhizobium-peanut by Means of Gene Marker Technique;
基因标记法研究石灰性土施铁肥对花生根瘤菌固氮作用的影响
2.
Three strains of celB-labeled Bradyrhizobium celB3-5、celB3-7、celB4-5 were selected to inoculate Tianfu 9 peanut.
以缺钼酸性紫色土为供试土壤做盆栽试验,选用celB标记的三株慢生型花生根瘤菌celB3-5、celB3-7、celB4-5接种天府9号花生。
3.
Three strains of Bradyrhizobium Spr3 5, Spr3 7, Spr4 5 and gusA and celB labeled strains gusA3 5, gusA3 7, gusA4 5, celB 3 5, celB3 7, celB 4 5 were selected inoculate TianFu 9 peanut.
以缺铁的石灰性紫色土为供试土壤进行盆栽实验,选用三株慢生型花生根瘤菌Spr3 5、Spr3 7、Spr4 5及gusA和celB标记的菌株gusA3 5、gusA3 7、gusA4 5、celB3 5、celB3 7、celB4 5接种天府9号花生。
5) Rhizobium arachis
花生根瘤菌
1.
Characterization Analysis of Recombinant Plasmid pZ-55 Containing hup Genes from Rhizobium arachis;
含花生根瘤菌吸氢基因重组质粒pZ-55的特性分析
2.
Studies on Hydrogenase from Rhizobium japonicum and Rhizobium arachis;
大豆和花生根瘤菌氢酶的研究
3.
The hydrogen\|uptake genes were transferred into wild Rhizobium arachis Ra strains (Hup -,Nif +,Ap r)by triparental mating using pRK2013 as help plasmid.
通过三亲本杂交将含有花生根瘤菌吸氢基因的质粒pZ 55(Tcr)转入不吸氢的花生根瘤菌Ra 34等菌株 (Hup- ,Nif+,Apr)中 ,筛选到既具有吸氢又具有固氮能力的花生根瘤菌结合株Rz34 2。
6) Bradyrhizobium sp Arachis
花生慢生根瘤菌
补充资料：根瘤菌入侵豆科植物根形成的根瘤
[图]
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