首页> 外文期刊>Medycyna Weterynaryjna >Pathogenicity of chlamydia for swine in light of new taxonomic dataOriginal Title (non-English) Chorobotworczosc chlamydii dla swin z uwzglednieniem nowych danych taksonomicznych [Polish]
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Pathogenicity of chlamydia for swine in light of new taxonomic dataOriginal Title (non-English) Chorobotworczosc chlamydii dla swin z uwzglednieniem nowych danych taksonomicznych [Polish]

机译:根据新的分类学数据,衣原体对猪的致病性原始标题(非英语)含新的分类学数据对猪衣原体的致病性[波兰语]

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Properties of chlamydia organisms were presented, including their unique growth cycle. Changes in the taxonomy were characterised. The changes are due to the use of molecular biology and the analysis of the genes 16S and 23S rRND. As a result, the order Chlamydiales contains now at least four families. Among them is the family Chlamydiaceae with two genera: Chlamydia and Chlamydophila. The genus Chlamydia includes C. trachomatis, C. muridarium and C. suis, whereas the genus Chlamydophila comprises Cp. pneumoniae, Cp. pecorum, Cp. psittaci, Cp. abortus, Cp. caviae, and Cp. felis. Cp. psittaci causes avian chlamydiosis and Cp. abortus is responsible for ovine chlamydiosis. Moreover, these species and other above-mentioned species participate in causing pathological syndromes of polyetiological character. Also swine are susceptible to these syndromes. Therefore, as a rule, this animal species suffers only from infections by chlamydia in which also other microorganisms participate and not from chlamydiosis caused exclusively by one species of chlamydia, as birds or sheep. Clinical sings of pathological syndromes caused jointly by chlamydia and other microorganisms in swine are: pneumonia, diarrhea, conjunctivitis, pericarditis, abortion and other reproductive disorders, also in boars. Antibiotics effective in chlamydial infections of swine were mentioned. Vaccines are not available. Diagnostic laboratory methods were characterized. The methods have been improved by the introduction of PCR, which makes it possible to identify chlamydia species directly from clinical specimens.
机译:介绍了衣原体生物的特性,包括其独特的生长周期。分类学的变化是特征。这些变化归因于分子生物学的使用以及对16S和23S rRND基因的分析。结果,衣原体订单现在至少包含四个家族。其中包括具有两个属的衣原体科:衣原体和衣原体。衣原体属包括沙眼衣原体,m形衣原体和猪毛衣原体,而衣原体属包括Cp。肺炎pecorum,Cp。 psittaci,Cp。流产caviae和Cp。费利斯。 Cp。 psittaci引起禽衣原体病和Cp。流产引起绵羊衣原体病。此外,这些物种和其他上述物种参与引起多病性特征的病理综合症。猪也易患这些综合症。因此,通常该动物物种仅受衣原体感染的侵害,而其他微生物也参与其中,而不是仅由一种衣原体物种(如鸟或羊)引起的衣原体病。猪衣原体和其他微生物共同引起的病理综合症的临床表现为:公猪中的肺炎,腹泻,结膜炎,心包炎,流产和其他生殖疾病。提到了对猪衣原体感染有效的抗生素。没有疫苗。诊断实验室方法进行了表征。通过引入PCR改进了方法,这使得直接从临床标本鉴定衣原体物种成为可能。

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