Michel R
Labor-Abteilung Mikrobiologie, Parasitologie, Zentrales Institut für Wehrmedizin und Hygiene, Koblenz.
Dtsch Med Wochenschr. 2011 Oct;136(41):2100-5. doi: 10.1055/s-0031-1292020. Epub 2011 Oct 4.
The molecular biological analysis of a chlamydia-like bacterium from Acanthamoeba sp., originated from the nasal mucosa of a female subject, led to the description of the new species Parachlamydia acanthamoebae. It provided the basis for establishing its own family Parachlamydiaceae, which was genetically separated from the traditional Chlamydiaceae. In the following years other chlamydia-like bacteria, replicating within different free-living amoeba species, have been observed. Due to their close genetic distance to P. acanthamoebae, they have been classified as Parachlamydiaceae. Thus, the description of the two novel genera, Neochlamydia and Metachlamydia, as well as a new species, Protochlamydia naegleriophila, was accomplished. Their role as potential pathogens was confirmed in a number of cases by antibodies and DNA detection in patient material.
对从一名女性受试者鼻粘膜分离出的棘阿米巴属中一种类衣原体细菌进行分子生物学分析,促成了新物种棘阿米巴副衣原体的描述。这为建立其独有的副衣原体科提供了依据,该科在基因上与传统的衣原体科相分离。在随后的几年里,人们观察到了其他在不同自由生活阿米巴物种内复制的类衣原体细菌。由于它们与棘阿米巴副衣原体的遗传距离很近,因此被归类为副衣原体科。于是,新属嗜纳格里原衣原体以及新物种新衣原体属和变衣原体属得以描述。在许多病例中,通过对患者材料进行抗体和DNA检测,证实了它们作为潜在病原体的作用。