Liu, Jin-FengYang, Shi-ZhongGu, Ji-DongMu, Bo-ZhongElsevier LtdInternational Biodeterioration & BiodegradationLi CY, Hu H, Feng JY, et al. Diversity and abundance of ammonia⁃oxidizing bacteria ( AOB) revealed by PCR amplification of amoA gene in a polyacrylamide transpor⁃ tation system ...
反硝化细菌的NirS、NisK、NosZ基因， 以及氨氧化细菌的AOB-amoA基因是不是在16S-rDNA上，或者说有哪些...
Comparison of mean amoA genes concentrations for AOA and AOB assemblages in the olive trees rhizosphere.Joan CalizMiguel MontesBorregoXavier TriadóMargaritMadis MetsisBlanca B. LandaEmilio O. Casamayor
The diversity of both general bacteria and ammonia-oxidizing bacteria (AOB) in the online distribution system was further analyzed using 16S rRNA and the functional amoA genes through PCR amplification and clone library methods together with the physicochemical properties and environmental factors of ...
反硝化细菌的NirS、NisK、NosZ基因， 以及氨氧化细菌的AOB-amoA基因是不是在16S-rDNA上，或者说有哪些...
The copy numbers of AOB and AOA amoA genes from the flowing (A) and the stationary phase (B).Lian, YingliXu, MeiyingZhong, YumingYang, YongqiangChen, FanrongGuo, Jun
Results indicated that amoA mRNA abundance quickly (few hours) responded to different ammonia levels while amoA DNA levels did not notably change; and, the maximum amoA mRNA level reflected the ammonia oxidation activity of AOB cells under each ammonia condition. However, the amoA mRNA level did ...
反硝化细菌的NirS、NisK、NosZ基因， 以及氨氧化细菌的AOB-amoA基因是不是在16S-rDNA上，或者说有哪些...