Hanna R E, Jura W
Res Vet Sci. 1976 Sep;21(2):244-6.
Studies on the growth of juvenile Fasciola gigantica in vitro on tissue culture feeder layers and their subsequent infectivity for mice have indicated that although no significant growth occurs in vitro the juveniles are not damaged physiologically for at least six weeks. Thus the in vitro system may be used with confidence in studies of the physiology of newly excysted flukes. Significantly more flukes became established in mice from an intraperitoneal injection of juveniles than from an oral infection of metacercariae. This may be due to inappropriate physicochemical conditions for excystment in the gut of the mouse. Early growth of flukes in mice occurred at a similar rate to that in cattle, so the mouse is probably a satisfactory model for studies on migration and establishment of F gigantica.
关于巨片形吸虫幼虫在组织培养饲养层上的体外生长及其随后对小鼠的感染性研究表明,虽然幼虫在体外没有显著生长,但至少六周内其生理功能未受损害。因此,在新脱囊吸虫的生理学研究中,可以放心地使用该体外系统。与经口感染囊蚴相比,腹腔注射幼虫后在小鼠体内定居的吸虫明显更多。这可能是由于小鼠肠道内不适宜的物理化学脱囊条件所致。吸虫在小鼠体内的早期生长速度与在牛体内相似,所以小鼠可能是研究巨片形吸虫迁移和定居的理想模型。