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作者用实验室内饲养的蚊虫对马来丝虫济州株是否敏感作了观察。所用的蚊种为:埃及伊蚊4株、东乡伊蚊2株,骚扰阿蚊2株和斯氏按蚊1株,共4种9株,各株蚊虫的敏感性以吸血后第9天,每只蚊体内Ⅲ期幼虫存活数与所吸血内原有的平均微丝蚴数的比率为标准(简称H.E.“Host efficiency”),各株蚊虫夜间吸取感染马来丝虫的猫血后的结果:1.埃及伊蚊Liverpool株和红眼Ⅰ株的宿主H.E,前者为0.24～0.45,后者为0.10～0.34,表明是敏感的;而黑眼株和红眼Ⅱ株的H.E.是0～0.02和0～0.03为不敏感的。2.东乡伊蚊Nagasaki株和Ren-daiji株均为敏感的;可能由于获得微丝蚴的数目个体间差异较大,所观察到的宿主H.E.(0.12～0.88)在各次实验之间差别较大。3.骚扰阿蚊的406株、Rendaiji株和斯氏按蚊1株均不敏感。
The authors used laboratory-based mosquitoes Malayan insects Jeju strains were observed for the sensitivity. The mosquito species used were: 4 Aedes aegypti, 2 Aedes albopictus, 2 Aedes mosquitoes and 1 Anopheles stephensi, a total of 4 9 species, the sensitivity of each mosquito to 9 days after the blood-sucking, The ratio of the survival rate of stage III larvae in each mosquito to the number of the original average microfilariae in the aspirated blood was taken as the standard (“Host efficiency”). 1. The HE of Liverpool and Aedes I strain were 0.24-0.45 and 0.10-0.34, respectively. The HE of Black-eye and Red-eye II strains were between 0-0.02 and 0 ~ 0.03 is not sensitive. 2. The strains of Nagasaki and Ren-daiji of Aedes albopictus are both sensitive. The observed differences in HE (0.12-0.88) among the experiments may be due to the large differences in the number of microfilariae obtained among individuals Big. 3. 406 mosquitoes harassing mosquitoes, Rendaiji strains and An. Sanguis are not sensitive.