Akimenko V K, Trutko S M
Arch Microbiol. 1984 May;138(1):58-63. doi: 10.1007/BF00425408.
The regularity of appearance of cyanide-resistant respiration and cytochrome d in various bacteria as well as the relationship between the degree of resistance of respiration to cyanide and cytochrome d content was studied. Bacteria able to synthesize cyanide-resistant respiration were shown to appear during transition of culture to the stationary phase of growth caused by the exhaustion of carbon source. No regulatory of appearance of cytochrome d was observed. There is no correlation between the degree of resistance to cyanide and cytochrome d content. It was concluded that the cyanide-resistant respiration of bacteria and eukaryotic microorganisms may be associated with the functioning of a non-cytochrome nature oxidase.
研究了各种细菌中抗氰呼吸和细胞色素d出现的规律性,以及呼吸对氰化物的抗性程度与细胞色素d含量之间的关系。结果表明,能够合成抗氰呼吸的细菌是在碳源耗尽导致培养物进入生长稳定期时出现的。未观察到细胞色素d出现的调控情况。对氰化物的抗性程度与细胞色素d含量之间没有相关性。得出的结论是,细菌和真核微生物的抗氰呼吸可能与非细胞色素性质的氧化酶的功能有关。