Cho H C, Lawson K F
Connaught Laboratories Limited, Willowdale, Ontario.
Can J Vet Res. 1989 Oct;53(4):434-7.
Two experiments on simulated postexposure treatment were carried out in dogs using human rabies immunoglobulin (RIGH) and human diploid cell vaccine for human use. In one experiment, when animals were challenged by injecting street virus into the masseter muscle and treated with a combination of RIGH and vaccine, 50% of the animals were protected from rabies. In the other trial, in which animals were challenged by injecting the virus into the femoral muscle, treatment with RIGH and vaccine protected all the animals against rabies. To our knowledge this is the highest rate of postexposure survival in animals reported to date. In addition, five out of eight (62.5%) dogs that received RIGH alone after the virus challenge were protected, while none of the animals receiving vaccine alone were protected from rabies. These trials suggest that animals can be protected from rabies by postexposure treatment. The route of exposure and timing of the administration of vaccine and hyperimmune serum would seem to be important.
使用人用狂犬病免疫球蛋白(RIGH)和人用狂犬病疫苗,在犬类身上进行了两项模拟暴露后治疗实验。在一项实验中,当通过将街毒注射到咬肌对动物进行攻击,并使用RIGH和疫苗联合治疗时,50%的动物免受狂犬病感染。在另一项实验中,通过将病毒注射到股肌对动物进行攻击,使用RIGH和疫苗治疗可保护所有动物免受狂犬病感染。据我们所知,这是迄今为止报道的动物暴露后最高存活率。此外,在病毒攻击后仅接受RIGH治疗的8只犬中有5只(62.5%)得到了保护,而仅接受疫苗治疗的动物无一免受狂犬病感染。这些实验表明,暴露后治疗可保护动物免受狂犬病感染。暴露途径以及疫苗和高效价免疫血清的给药时间似乎很重要。