Nitrogenase相关论文
在含Mo固氮培养基中不能生长而在无Mo条件下可固氮生长的固氮菌(Azotobacter vinelandii Lipmann)突变种UW3, 能在无Mo而含Cr的无......
This presentation introduces the advances in biological nitrogen fixation research abroad, in particular, describes the ......
Rhizobia were isolated from Albizia lebbek(L) Benth.seedlings collected from six different places, tested against the no......
Dinitrogen (N2) and proton (H+), which act as physiological substrates of nitrogenase, are reduced on FeMo-co of the MoF......
Reactions of potassium molybdate with racemic malic acid (H3mal = C4H6O5) result in the isolation of two mesomeric molyb......
对不产氧光合细菌球形红细菌Rhodobacter sphaeroides产氢的影响因子进行了初步研究。结果表明,处于不同生长期的球形红细菌接种后......
[目的]研究镉(Cd)对紫花苜蓿(Medicago sativa)生长和结瘤固氮的影响。[方法]采用盆栽试验。[结果]在土壤中Cd添加量较低的处理中,Cd对......
光合细菌在固氮的同时盘旋氢气,产氢与固氮是同步进行的。固氮与氢醇共同影响光合细菌的产氢活性,而外源生理条件又影响着固氮酶与氢......
固氮酶是某些微生物在常温常压下固氮成氨的主要催化剂,其催化机理和化学模拟是国际上长期致力研究的对象.尽管人们已经揭示了固氮酶......
用液/液扩散法, 从分别含Cr和Mn的无氨培养基中生长的固氮菌(Azotobacter vinelandii Lipmann)突变种UW3中纯化出的CrFe蛋白和MnFe......
小麦是主要的粮食作物之一,研究小麦及其固氮菌的作用对提高小麦产量具有重要意义。本文对近年来小麦的自生固氮(菌)、联合固氮(菌)和共......