Guy M W, Killick-Kendrick R, Gill G S, Rioux J A, Bray R S
Ann Parasitol Hum Comp. 1984;59(5):449-58.
Engorged sandflies were collected using 58 CDC light traps set up nightly for 5 weeks at 12 stations in the commune of Roquedur, Gard, France, in the Cévennes focus of leishmaniasis. Of 782 engorged females, 593 were Phlebotomus ariasi, 3 were P. mascittii and 186 were not identified. Using the precipitin ring test and counter-current immuno-electrophoresis, the bloodmeals were tested with antisera to man, leporids, rodents, canids, mustelids, equids, suids, bovids, birds, lizards and amphibia. Of 530 identified bloodmeals, 2 were avian blood, 26 were mixed meals of mammalian blood and 25 were meals taken from unidentified mammals. Of the 477 other sandflies, 211 (44.2%) had fed on canids, 107 (22.4%) on man, 70 (14.7%) on bovids (presumed to be cattle at one station and goats elsewhere), 33 (6.9%) on leporids (probably mostly domesticated rabbits), 26 (5.5%) on mustelids (probably badgers), 17 (3.6%) on horses and 13 (2.7%) on rodents (probably brown rat). The proportions of feeds on different mammals varied according to their availability at each station. When both man and dog were equally available, the dog was preferred. The finding that, away from human habitation, P. ariasi commonly feeds on mustelids suggests the need for a reappraisal of animals of this family as possible reservoirs of leishmaniasis in the Cévennes.
在法国加尔省罗克迪尔镇的12个站点,为了研究塞文山脉利什曼病疫源地,每晚设置58个疾控中心诱蚊灯,持续5周,收集饱血白蛉。在782只饱血雌蛉中,593只为阿氏白蛉,3只为马斯氏白蛉,186只无法鉴定。采用沉淀环试验和对流免疫电泳,用针对人、兔科动物、啮齿动物、犬科动物、鼬科动物、马科动物、猪科动物、牛科动物、鸟类、蜥蜴和两栖动物的抗血清检测血餐。在530份已鉴定的血餐中,2份为禽血,26份为哺乳动物混合血餐,25份来自未鉴定的哺乳动物。在其他477只白蛉中,211只(44.2%)吸食犬科动物血液,107只(22.4%)吸食人血,70只(14.7%)吸食牛科动物血液(在一个站点推测为牛,在其他地方为山羊),33只(6.9%)吸食兔科动物血液(可能大多为家兔),26只(5.5%)吸食鼬科动物血液(可能是獾),17只(3.6%)吸食马血,13只(2.7%)吸食啮齿动物血液(可能是褐家鼠)。不同哺乳动物的吸食比例因各站点的可获得性而异。当人和狗同样容易获得时,白蛉更倾向于吸食狗的血液。远离人类居住地时,阿氏白蛉通常吸食鼬科动物血液,这一发现表明有必要重新评估该科动物作为塞文山脉利什曼病可能宿主的可能性。