...
机译:氨氧化archaea释放一套有机化合物潜在的有机化合物,可能在海洋中促进原核异质养殖
Division of Bio‐Oceanography Department of Limnology and Bio‐Oceanography Centre of Functional EcologyUniversity of ViennaVienna 1090 Austria;
Division of Bio‐Oceanography Department of Limnology and Bio‐Oceanography Centre of Functional EcologyUniversity of ViennaVienna 1090 Austria;
Division of Bio‐Oceanography Department of Limnology and Bio‐Oceanography Centre of Functional EcologyUniversity of ViennaVienna 1090 Austria;
ICBM‐MPI Bridging Group for Marine GeochemistryUniversity of Oldenburg 26129Oldenburg Germany;
ICBM‐MPI Bridging Group for Marine GeochemistryUniversity of Oldenburg 26129Oldenburg Germany;
ICBM‐MPI Bridging Group for Marine GeochemistryUniversity of Oldenburg 26129Oldenburg Germany;
Division of Bio‐Oceanography Department of Limnology and Bio‐Oceanography Centre of Functional EcologyUniversity of ViennaVienna 1090 Austria;
机译:氨氧化archaea释放一套有机化合物潜在的有机化合物,可能在海洋中促进原核异质养殖
机译:玉米氨氨氧化archaea在氧气海底面板中
机译:氨的遗传多样性氨氧化在全球海洋中的亚眠素
机译:设计高密度微阵列检测水样中的氨氧化细菌(AOB)和氨氧化古细菌(AOA)
机译:工程水和废水系统中的氨氧化古细菌:存在,活性,与重金属抑制剂和消毒剂的关系
机译:氧化性海底洋壳中的本地氨氧化古生菌
机译:氨氧化archaea释放了一套有机化合物,潜在的促进海洋原核异营养营养素