丝虫感染

丝虫感染丝虫感染
  1. 结果:该探针只与班氏丝虫感染蚊提取的DNA杂交,不与马来丝虫感染蚊提取的DNA、其他动物丝虫DNA以及正常蚊DNA杂交。

    Results : This probe hybridized with DNA of W. bancrofti only , not with DNAs of B. malayi , some animal filariae and normal mosquitoes .

  2. 结果显示,七个地区马来丝虫感染蚴的GPI、G6PD、LDH、PO、EST这五种酶的同工酶型没有差异。

    No significant difference in isoenzyme patterns of GPI , G6PD , LDH , PO and EST were observed among the seven areas .

  3. 班氏丝虫感染者血清IgG4抗体的观察

    Observations on igg_4 antibodies in bancroftian filariasis

  4. 以马来丝虫感染期幼虫为靶抗原制备多株单克隆抗体(McAb)从中筛选出1G1、1H1单克隆抗体,检测人工感染马来丝虫的中华按蚊。

    Brugia malayi larvae in artificially infected Anopheles sinensis were detected by using 1G 1,1H 1 McAb selected from several strains of McAb against target antigens of infective larvae .

  5. 体外培养周期型马来丝虫感染期幼虫

    In vitro cultivation of the infective larvae of PERIODIC BRUGIA MALAYI

  6. 淋巴丝虫感染可分为无症状感染、急性感染和慢性感染。

    Lymphatic filariasis infection involves asymptomatic , acute , and chronic conditions .

  7. 结论该技术是监测丝虫感染的理想方法。

    Conclusion This was an ideal method to be used in filarial infection surveillance .

  8. 目的:探讨淋巴丝虫感染中T淋巴细胞的免疫应答机制。

    AIM : To investigate the mechanism of T cell immune response in lymphatic filariasis .

  9. 横向监测人房内蚊媒18037只,查出人体幼丝虫感染阳性蚊19只,自1982年后未再发现阳性蚊;

    18 037 mosquitoes in human rooms were examined in cross-sectional surveillance and 19 mosquitoes infected were detected .

  10. 淋巴丝虫感染中T淋巴细胞的免疫应答&白细胞介素2和γ干扰素的体外诱生分析

    T cell immune response in lymphatic filariasis analysis of parasite antigen induced IL 2 and IFN γ production

  11. 周期型马来丝虫感染期幼虫在人卵巢癌细胞系中的体外培养

    In vitro cultivation of the infective larvae of periodic Brugia malayi in a human ovary cancer cell line

  12. 中华按蚊均未发现幼丝虫感染。

    No infection in the larva stage was found in 1991 and 1992 and no young filarial infection was found in Anopheles hyrcanus sinensis .

  13. 是诊断丝虫感染的有效方法,可取代微丝蚴血检用于现场的人群丝虫病监测。

    It is an effective method for the diagnosis of filarial infections and might be used for the field surveillance of filariasis instead of the conventional microscope examination of blood .

  14. 结果65个县(市)连续13~23年的横向监测结果显示,已连续7~23年未发现微丝蚴阳性者,蚊媒监测9~23年无人体幼丝虫感染。

    Results In 65 counties previously endemic for filariasis , cross-sectional surveillance on the disease has been executed for 13-23 years . The results showed that microfilaria cases had not been found for 7-23 years , and filaria larvae had failed to detect from mosquito vectors for 9-23 years .

  15. 中华按蚊感染马来丝虫后感染期幼虫移行情况观察

    The migration of infective larvae after Anopheles sinensis infected with Brugia malayi

  16. 成都动物园野生动物原虫和犬恶丝虫的感染情况调查

    Investigation on protozoa and Dirofilaria immitis infections for wild animals in Chengdu zoo

  17. 周期型马来丝虫人工感染长爪沙鼠所致淋巴系病变的观察

    Observation on pathological changes in the lymphatic system of experimental infected JIRDS with periodic form of Wuchereria MALAYI

  18. 中华按蚊对周期型马来丝虫的实验感染指数及幼虫黑化现象的探讨

    Experimental infection index of Anopheles sinensis and melanization of PERIODIC BRUGIA MALAYI larvae

  19. 长爪沙鼠实验感染马来丝虫后,用感染期幼虫、微丝蚴的超声粉碎片段抗原和成虫的冰冻切片抗原,进行间接荧光抗体试验,观察血清抗体动态变化。

    The indirect fluorescent antibody test ( 1FA ) using the infective larva ( L3 ), adult worm ( A ) and microfilaria ( Mf ) antigens was applied to detect anti-filarial antibodies in jirds ( Meriones unguiculatus ) infected with Brugia malayi .