首页> 外文期刊>American journal of clinical dermatology >Are Demodex Mites Principal, Conspirator, Accomplice, Witness or Bystander in the Cause of Rosacea?
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Are Demodex Mites Principal, Conspirator, Accomplice, Witness or Bystander in the Cause of Rosacea?

机译:蠕形螨病的病因是蠕形螨的主要,共谋者,共犯,证人或旁观者?

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As the only permanent human ectoparasite, the role of human Demodex mites in health and diseases remains largely unclarified. In view of the ecological interaction between organisms of two different species, a type of commensalism between Demodex mites and humans (the former benefit, the latter unaffected) is most likely, while parasitism occurs temporarily and spatially in the diseased state (the former benefit, the latter harmed). As part of normal skin microbiota, the causal role of Demodex mites in the initiation of rosacea can neither fulfill the classical Henle-Koch's principal nor the advanced criteria proposed by Fredericks and Relman for molecular detection of non-cultivatable microorganisms. Epidemiological analysis using Hill's criteria fails to support the causative role of Demodex mites in rosacea regarding the strength of association, specificity and temporality of association, biological gradient and plausibility as well as clinical coherence, therapeutic experimentation and medical analogy. In application of Rothman's sufficient cause model to evaluate the contribution of Demodex mites to rosacea on a population basis, Demodex mites can be regarded as a non-necessary, non-sufficient causal factor for certain forms of rosacea. Further strategies to dissect the association between Demodex mites and rosacea may include studying the possible existence of more virulent forms of mites with a higher pathogenicity, the endosymbiotic bacteria in certain life periods of mites, the interactions between mites and human hosts or between mites and environment, and to set up ex vivo culture models for Demodex mites.
机译:作为人类唯一的永久体外寄生虫,人类蠕形螨在健康和疾病中的作用在很大程度上尚不清楚。鉴于两种不同物种的生物之间的生态相互作用,蠕形螨和人类之间的一种共鸣关系(前者有益,后者不受影响)是最有可能的,而寄生虫病则在患病状态下暂时和在空间上发生(前者有益,后者受损)。作为正常皮肤微生物区系的一部分,蠕形螨在酒渣鼻引发中的因果作用既不能满足经典的Henle-Koch原理,也不能满足Fredericks和Relman提出的不可培养微生物分子检测的先进标准。根据希尔的标准进行的流行病学分析未能支持蠕形螨在酒渣鼻中的关联作用,关联的特异性和时间性,生物学梯度和合理性以及临床连贯性,治疗实验和医学类比。在罗斯曼充分原因模型的应用中,以人口为基础评估蠕形螨对酒渣鼻的贡献时,蠕形螨可被视为某些形式的酒渣鼻的不必要,不足的因果因子。进一步剖析蠕形螨和酒渣鼻之间的联系的策略可能包括研究是否可能存在更具致病性的更强毒力的螨,螨在某些生命期内的内共生细菌,螨与​​人宿主之间或螨与环境之间的相互作用,并为蠕形螨建立离体培养模型。

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