Rurangirwa F R, Minja S H, Musoke A J, Nantulya V M, Grootenhuis J, Moloo S K
Acta Trop. 1986 Dec;43(4):379-89.
Specific antisera against sera of 46 species of vertebrates were prepared. The antisera to 21 Bovidae species were raised in goats except the antiserum to goat serum which was raised in sheep. The antisera to 3 Suidae species were produced either in domestic pigs or warthogs, while antisera to most of the other vertebrate species were raised in rabbits. The antisera were used in an enzyme-linked immunosorbent assay (ELISA) to identify the source of bloodmeals ingested by teneral and non-teneral tsetse at different time intervals after feeding. The bloodmeal donors were identifiable in 100% of the teneral tsetse up to 40 h post-feeding and in 87.5% in those tested up to 74 h post-feeding. Non-teneral tsetse digested the species-distinguishing bloodmeal components faster than the tenerals. Bloodmeals could be identified in 100% non-tenerals at 20 h post-feeding but only 67.5% and 50% of the bloodmeals could be identified 40 h and 74 h post-feeding, respectively. The antisera were also able to identify mixed bloodmeals from closely related species.
制备了针对46种脊椎动物血清的特异性抗血清。除了在绵羊体内制备的针对山羊血清的抗血清外,针对21种牛科动物血清的抗血清是在山羊体内制备的。针对3种猪科动物血清的抗血清是在家猪或疣猪体内产生的,而针对大多数其他脊椎动物物种血清的抗血清是在兔子体内制备的。这些抗血清用于酶联免疫吸附测定(ELISA),以确定采采蝇在进食后不同时间间隔摄取的血餐来源。在进食后40小时内,100%的幼龄采采蝇的血餐供体可被识别,在进食后74小时内接受检测的采采蝇中,这一比例为87.5%。非幼龄采采蝇比幼龄采采蝇更快地消化区分物种的血餐成分。在进食后20小时,100%的非幼龄采采蝇的血餐可被识别,但在进食后40小时和74小时,分别只有67.5%和50%的血餐可被识别。这些抗血清还能够识别来自亲缘关系密切物种的混合血餐。