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注入喀麦隆蚋属昆虫体内的盘尾丝虫微丝蚴的发育情况。

Development of Onchocerca volvulus microfilariae injected into Simulium species from Cameroon.

作者信息

Eichner M, Renz A, Wahl G, Enyong P

机构信息

Tropenmedizinisches Institut, Tübingen, Germany.

出版信息

Med Vet Entomol. 1991 Jul;5(3):293-7. doi: 10.1111/j.1365-2915.1991.tb00555.x.

Abstract

Microfilariae (mff) of the savanna and forest strains of Onchocerca volvulus (Leuckart) were injected intrathoracically into adult females of Simulium damnosum Theobald sensu stricto, S.sirbanum Vajime & Dunbar, S.squamosum Enderlein and S.mengense Vajime & Dunbar. Nine days post infection (pi) 27-29% of the savanna mff and 31-38% of the forest strain had developed to third-stage larvae (L3), irrespective of the fly species, size or injection dose (5, 10 or 15 mff). Savanna flies supported the development of forest O.volvulus better than forest flies, in contrast to the results after per os infections. Therefore, in these four species of the S.damnosum complex from Cameroon, the peritrophic membrane is considered to be the main factor limiting the success rate of microfilarial development following the ingestion of blood infections, while the fly's haemolymph and intracellular environment play minor roles.

摘要

将旋盘尾丝虫(Leuckart)稀树草原株和森林株的微丝蚴经胸腔注射到狭跗蚋指名亚种、锡尔巴蚋、鳞状蚋和门氏蚋的成年雌虫体内。感染后9天(pi),无论蝇种、大小或注射剂量(5、10或15条微丝蚴)如何,稀树草原株微丝蚴的27 - 29%和森林株微丝蚴的31 - 38%已发育至第三期幼虫(L3)。与经口感染后的结果相反,稀树草原蚋比森林蚋更有利于森林株旋盘尾丝虫的发育。因此,在喀麦隆的这四种狭跗蚋复合体物种中,围食膜被认为是摄入血液感染后限制微丝蚴发育成功率的主要因素,而蝇的血淋巴和细胞内环境起次要作用。

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