首页> 外国专利> Development of indirect imunoenzimática technique for the diagnosis of toxoplasmosis goats by detecting specific immunoglobulin G anti glycoprotein anchored to glicofosfatidilinositoL of the membrane of the protozoan parasite Toxoplasma gondii taquizoíto

Development of indirect imunoenzimática technique for the diagnosis of toxoplasmosis goats by detecting specific immunoglobulin G anti glycoprotein anchored to glicofosfatidilinositoL of the membrane of the protozoan parasite Toxoplasma gondii taquizoíto

机译:通过检测锚定于原生动物寄生虫弓形虫弓形虫膜膜的特异性免疫球蛋白G抗糖蛋白来诊断弓形虫病山羊的间接免疫分析技术的发展

摘要

The present invention patent (IP) refers to a process for the development of technical and / or process and / or the reaction of indirect immunoenzymatic test (elisai) using preferentially glicopRoteínas purified from membrane surface as taquizoíta of protozoan Toxoplasma gondii as an antigen specific and effective for the diagnosis of toxoplasmosis goats.As a distinguishing characteristic of process / technique proposed stands out the important effect to diagnose goats infected with Toxoplasma gondii, more specifically the speed.The lower cost, the accuracy and the ability to diagnose various animals at the same time when compared to other techniques available to the state of the art.It is still as important differential use of purified glycoproteins of membrane of the parasite.The development of the said kit and / or technical and / or process diagnosis may involve 7 steps.Namely: (1) the adsorption of glyc; (2) block; (3) the placing of sera; (4) placing the substrate; (5) the placing of the conjugate; (6) blocking; (7) reading.The process is specifically in the field of veterinary medicine and may contribute in a direct way for control and diagnosis of toxoplasmosis goats individually or in aFlocks.
机译:本发明专利(IP)涉及用于开发技术和/或方法和/或反应的方法,该方法使用优先从膜表面纯化的glicopRoteínas作为原生动物弓形虫的taquizoíta作为抗原的间接免疫酶试验(elisai)。作为弓形虫病山羊的诊断的特异性和有效方法。所提出的过程/技术的显着特征突出表明了对弓形虫感染山羊的诊断的重要作用,尤其是速度快,成本低,准确性高和能够诊断各种弓形虫的能力。与现有技术中可用的其他技术相比,动物同时进行。这仍然是寄生虫膜纯化糖蛋白的重要差异用途。所述试剂盒的开发和/或技术和方法诊断可能涉及7个步骤。即:(1)糖的吸附; (2)块; (三)血清的放置; (4)放置基板; (5)结合物的放置; (6)阻塞; (7)阅读。该过程专门在兽医领域,可能直接或间接地对弓形虫山羊的控制和诊断做出贡献。

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