Ezzell J W, Dobrogosz W J, Kloos W E, Manclark C R
Microbios. 1981;31(125-126):171-81.
The respiratory electron transport chain of Bordetella pertussis was examined in whole cell suspensions using difference spectra obtained at room temperature. Phase I (virulent) strains were found to possess cytochromes a-603, b-560, c-550, d-629 and cytochrome o. Cytochrome c-553, previously reported (Sutherland, 1963) was not detected and was assumed to be masked by the alpha-peaks for c-550 and b-560. Phase IV (avirulent) strains and C-mode cells (phase I strains grown in the presence of 20 mM MgSO4) were deficient in cytochrome d-629 and appeared to have higher levels of cytochromes a-603, b-560, c-550 and cytochrome o. Preliminary data indicate that B. parapertussis and B. bronchiseptica have electron transport chains similar to that of B. pertussis.
使用在室温下获得的差示光谱，在全细胞悬液中检测了百日咳博德特氏菌的呼吸电子传递链。发现I相（有毒力）菌株含有细胞色素a-603、b-560、c-550、d-629和细胞色素o。先前报道的（萨瑟兰，1963年）细胞色素c-553未被检测到，推测它被c-550和b-560的α峰掩盖。IV相（无毒力）菌株和C型细胞（在20 mM MgSO4存在下生长的I相菌株）缺乏细胞色素d-629，且似乎具有较高水平的细胞色素a-603、b-560、c-550和细胞色素o。初步数据表明，副百日咳博德特氏菌和支气管败血博德特氏菌具有与百日咳博德特氏菌相似的电子传递链。
