透明带蛋白ZPB作为免疫避孕抗原的有效性。

M L Martinez, J D Harris
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引用次数: 43

摘要

用天然透明带(ZP)蛋白免疫雌性哺乳动物是已知的导致不育的原因。由于每个人ZP蛋白现在都是纯化的重组蛋白,因此有可能比较每个ZP蛋白的免疫避孕潜力。用重组人ZP (rhZP)蛋白(ZPA、ZPB、ZPC)分别和联合免疫食蟹猴(Macaca fasicularis)进行了育种研究。本研究表明,用重组人ZPB (rhZPB)蛋白免疫可使食蟹猴在9-35个月的时间内发生不育。第二项研究在狒狒(Papio cynocephalus)中进行,得出了类似的结果。接种rhZPB的狒狒不育期为9 ~ > 20个月。在抗体滴度最高时,一些动物的月经周期中断,但最终所有动物的月经周期都恢复正常。对照动物和接种其他rhZP蛋白的动物都比接种rhzpb的动物更早怀孕。这是第一次研究重组ZP蛋白在灵长类动物中持续诱导不孕症,而不会永久破坏正常的月经周期。
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Effectiveness of zona pellucida protein ZPB as an immunocontraceptive antigen.

Immunization of female mammals with native zona pellucida (ZP) proteins is known to cause infertility. Since each human ZP protein is now available as a purified recombinant protein, is it possible to compare the immunocontraceptive potential of each ZP protein. A breeding study was conducted in cynomolgus monkeys (Macaca fasicularis) after immunization with recombinant human ZP (rhZP) proteins (ZPA, ZPB, ZPC) separately and in combinations. This study demonstrated that immunization with recombinant human ZPB (rhZPB) protein caused cynomolgus monkeys to become infertile for 9-35 months. A second study was conducted in baboons (Papio cynocephalus), which yielded a similar result. The baboons immunized with rhZPB became infertile for 9 to > 20 months. During the time of maximum antibody titre, some animals experienced disruption of the menstrual cycle, but eventually all of the animals resumed normal menstrual cycles. Control animals and animals immunized with other rhZP proteins all became pregnant before any of the rhZPB-treated animals. This is the first study in which a recombinant ZP protein has consistently induced infertility in a primate without permanent disruption of the normal menstrual cycle.

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