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[羧基细菌对有机氮化合物的代谢]

[Metabolism of organic nitrogen compounds by carboxydobacteria].

作者信息

Volova-Kesler T G, Trubachev I N

出版信息

Mikrobiologiia. 1981 Jan-Feb;50(1):29-34.

PMID:7219217
Abstract

The capability to hydrolyze and assimilate creatinine, uric and hippuric acids as sources of nitrogen, carbon and energy was studied in Comamonas compransoris Z-1155, Seliberia carboxydohydrogena Z-1062 and Pseudomonas gazotropha Z-1156. The organisms effectively hydrolyzed these compounds and assimilated their nitrogen under the conditions of autotrophic growth. The carboxydobacteria were also capable of growing in media containing creatinine, uric and hippuric acids and assimilated these compounds as carbon sources. In the absence of extraneous energy sources, none of the organisms grew in media with organic nitrogen compounds though the latter were hydrolyzed.

摘要

研究了Comamonas compransoris Z-1155、Seliberia carboxydohydrogena Z-1062和Pseudomonas gazotropha Z-1156水解和同化肌酐、尿酸和马尿酸作为氮、碳和能量来源的能力。在自养生长条件下,这些微生物能有效水解这些化合物并同化其中的氮。羧基细菌也能够在含有肌酐、尿酸和马尿酸的培养基中生长,并将这些化合物同化为碳源。在没有外源能源的情况下,尽管有机氮化合物能被水解,但没有一种微生物能在含有有机氮化合物的培养基中生长。

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