Jordan P, Von Lichtenberg F, Goatly K D
Bull World Health Organ. 1967;37(3):393-403.
Laboratory infection of animals with Schistosoma haematobium is generally unsatisfactory as adult worms invariably inhabit the portal venous system rather than the vesical plexus as in man. However, it was thought that certain primates might prove more valuable for experimental studies of schistosomiasis than the usual laboratory animals. Baboons, Papio anubis, were therefore exposed to cercariae of S. haematobium and the pattern of egg excretion in stools and urine was followed quantitatively. Histological studies of various organs were made and it was found that although eggs were excreted in the faeces, they were also passed in the urine and that tissue changes in the bladder were similar to those found in human infections. It is suggested that the sequelae of S. haematobium infection found in man might develop in baboons and that the animal may be useful for studying their development in the laboratory.
用埃及血吸虫对动物进行实验室感染通常并不理想,因为成虫总是栖息在门静脉系统,而非像在人体中那样栖息在膀胱丛。然而,人们认为某些灵长类动物可能比常用的实验动物在血吸虫病实验研究中更具价值。因此,将阿拉伯狒狒暴露于埃及血吸虫尾蚴,并对粪便和尿液中的虫卵排泄模式进行了定量跟踪。对各个器官进行了组织学研究,发现虽然虫卵随粪便排出,但也会随尿液排出,并且膀胱中的组织变化与人类感染时发现的相似。有人提出,在人类中发现的埃及血吸虫感染后遗症可能会在狒狒身上出现,并且这种动物可能有助于在实验室中研究这些后遗症的发展。