{"title":"[Experimental trachoma].","authors":"P Vérin","doi":"","DOIUrl":null,"url":null,"abstract":"<p><p>During half a century, the agent of trachoma could be mainly demonstrated by inoculation to the conjunctiva of animals; by this mean the cycle of the agent could be revealed. There was a huge progress when T'ANG for these studies inoculated embryonated chicken eggs. However, experimentally infected animals are used at present time not only in trachome countries where do not exist laboratories: monkeys, guinea pigs, rabbits, rats and mice allow modern studies of chlamydial infection. Monkeys living in the countries where trachoma is endemic were selected because of their cheapness (orangoutan in Java, macaques in Northern Africa and in Taïwan, baboons in Africa). The monkeys selected by American workers are coming from South America. First pioneers (NICOLLE, CUENOD and NATAF, PAGES, JULIANELLE) have demonstrated the infectivity of animals and the place of the agent of trachoma on taxonomic point of view. As PAGES, we have demonstrated that infection could be regularly provoked when inoculating macaques; moreover a pannus could appear when adding hydrocortison drops or when infiltrating the cornea with tuberculin. Cultures of WEEKS bacilli were introduced in the eyes of trachomatous animals; we could observe an aggravation of the disease. If biology of trachoma is better known at present time, experimental trachoma is until now fundamentally important. It permits immunological studies especially for the purpose of vaccination; one can check terapeutical means for instance antibiotics; studies are performed to demonstrate cross immunizations or enhancement of defence (with levamisole). Experimental trachoma is hitherto and again for a long time commonly requested for the study of trachoma.</p>","PeriodicalId":21364,"journal":{"name":"Revue internationale du trachome et de pathologie oculaire tropicale et subtropicale : organe de la Ligue contre le trachome avec la collaboration de l'International Organization against Trachoma et des organisations nationales et inter...","volume":null,"pages":null},"PeriodicalIF":0.0000,"publicationDate":"1979-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Revue internationale du trachome et de pathologie oculaire tropicale et subtropicale : organe de la Ligue contre le trachome avec la collaboration de l'International Organization against Trachoma et des organisations nationales et inter...","FirstCategoryId":"1085","ListUrlMain":"","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

During half a century, the agent of trachoma could be mainly demonstrated by inoculation to the conjunctiva of animals; by this mean the cycle of the agent could be revealed. There was a huge progress when T'ANG for these studies inoculated embryonated chicken eggs. However, experimentally infected animals are used at present time not only in trachome countries where do not exist laboratories: monkeys, guinea pigs, rabbits, rats and mice allow modern studies of chlamydial infection. Monkeys living in the countries where trachoma is endemic were selected because of their cheapness (orangoutan in Java, macaques in Northern Africa and in Taïwan, baboons in Africa). The monkeys selected by American workers are coming from South America. First pioneers (NICOLLE, CUENOD and NATAF, PAGES, JULIANELLE) have demonstrated the infectivity of animals and the place of the agent of trachoma on taxonomic point of view. As PAGES, we have demonstrated that infection could be regularly provoked when inoculating macaques; moreover a pannus could appear when adding hydrocortison drops or when infiltrating the cornea with tuberculin. Cultures of WEEKS bacilli were introduced in the eyes of trachomatous animals; we could observe an aggravation of the disease. If biology of trachoma is better known at present time, experimental trachoma is until now fundamentally important. It permits immunological studies especially for the purpose of vaccination; one can check terapeutical means for instance antibiotics; studies are performed to demonstrate cross immunizations or enhancement of defence (with levamisole). Experimental trachoma is hitherto and again for a long time commonly requested for the study of trachoma.

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(实验沙眼)。
半个世纪以来,沙眼的作用主要通过接种动物结膜来证实;通过这种方法,可以揭示药剂的循环。当T'ANG为这些研究接种有胚胎的鸡蛋时,取得了巨大的进展。然而,目前不仅在没有实验室的沙眼国家使用实验感染的动物:猴子、豚鼠、兔子、大鼠和小鼠允许对衣原体感染进行现代研究。选择生活在沙眼流行国家的猴子是因为它们价格便宜(爪哇的猩猩,北非的猕猴,Taïwan的狒狒,非洲的狒狒)。美国工人挑选的猴子来自南美洲。第一批先驱者(NICOLLE, CUENOD和NATAF, PAGES, JULIANELLE)从分类学的角度证明了动物的传染性和沙眼病原体的位置。作为研究人员,我们已经证明,在给猕猴接种疫苗时,感染可能经常被激发;此外,加入氢化可的松滴剂或结核菌素浸润角膜时可出现pannus。在沙眼动物眼内引入WEEKS杆菌培养;我们可以观察到病情的恶化。如果说目前对沙眼的生物学有了更深入的了解,那么到目前为止,实验性沙眼的研究还是非常重要的。它允许免疫学研究,特别是为了疫苗接种的目的;我们可以检查治疗手段,例如抗生素;进行了研究以证明交叉免疫或增强防御(使用左旋咪唑)。长期以来,实验性沙眼一直是沙眼研究的普遍要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Interferon and intracellular ocular infections. Interferon and interferon inducers in the treatment of Herpesvirus and Adenovirus eye diseases. [Trachoma and inclusion conjunctivitis: similarities and differences]. Biology of Chlamydia. [The French Organization for the Prevention of Blindness].
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