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A novel 95-kilodalton antigen of Wuchereria bancrofti infective larvae identified by species-specific monoclonal antibodies.

机译:通过物种特异性单克隆抗体鉴定的一种新的95克氏梭菌感染性幼虫的95千达尔顿抗原。

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摘要

CBA and BALB/c mice produced polyspecific and monospecific polyclonal antibody responses, respectively, following immunization with Wuchereria bancrofti stage-3 larvae. Two monoclonal antibodies (MAbs) were produced from the immunized BALB/c mouse. These MAbs (both isotype M) recognized a previously undescribed highly expressed W. bancrofti antigen present in stage-3 larvae. The epitopes bound by the MAbs appear to be species specific for W. bancrofti since the MAbs did not bind to antigens of either nine other nematode species or two vector species in Western blots (immunoblots). Phosphorylcholine epitopes, responsible for immunological cross-reactivity among nematodes, were identified only on a 200-kDa antigen and not on the 95-kDa molecule. The targets of these immunoglobulin M MAbs are not carbohydrate epitopes.
机译:CBA和BALB / c小鼠分别在Wuchereria bancrofti 3期幼虫免疫后分别产生多特异性和单特异性多克隆抗体反应。从免疫的BALB / c小鼠中产生了两种单克隆抗体(MAb)。这些MAb(均为同种型M)识别存在于3期幼虫中的先前未描述的高度表达的班氏酵母抗原。由于MAb不结合其他9种线虫物种或2种载体物种的抗原在Western印迹中(免疫印迹),因此与MAb结合的表位似乎是班氏酵母特异的物种。仅在200 kDa抗原上而不在95 kDa分子上鉴定到负责线虫之间免疫交叉反应的磷酸胆碱表位。这些免疫球蛋白M MAb的靶标不是碳水化合物表位。

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