Studies on the surface component of Trypanosoma cruzi amastigotes: determination of the specific antigen and characterization by enzyme treatment and electronmicroscopy.

Biken journal Pub Date : 1983-03-01
H Kanbara, K Kototani, T Nakabayashi
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Abstract

A specific antigen to amastigotes of Trypanosoma cruzi was found by immunodiffusion. It was one of the predominant antigens against anti-amastigote serum and also against infected rabbit serum. This specific antigen was mainly eluted in the first peak from a Sephadex G-200 column and moved slowly on immunoelectrophoresis. It was shown to be present on the surface of amastigotes using antiserum to the specific precipitin line between the first fraction of amastigote antigen from the Sephadex G-200 column and the anti-amastigote serum. The surface component of amastigotes was found to be rich in carbohydrate by histochemical electronmicroscopy. The component was also shown to be susceptible to pronase and hyaluronidase, but resistant to trypsin, chondroitinase ABC and neuraminidase, by investigating the sensitivity to the lytic effect of fresh serum from unimmunized rabbits after enzyme treatment. The relation between the specific antigen and the surface component was discussed.

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克氏锥虫无尾虫表面成分的研究:特异性抗原的测定及酶处理和电镜表征。
用免疫扩散法发现了克氏锥虫无尾线虫的特异性抗原。它是抗无马鞭毛虫血清和感染兔血清的优势抗原之一。该特异性抗原主要在Sephadex G-200色谱柱的第一个峰被洗脱,在免疫电泳上移动缓慢。用抗血清在Sephadex G-200色谱柱上的第一部分amastigote抗原与抗amastigote血清之间的特异性沉淀线上证明了它存在于amastigotes表面。通过组织化学电镜观察发现,无尾藤的表面成分富含碳水化合物。通过对酶处理后未免疫家兔新鲜血清溶解作用的敏感性研究,发现该成分对蛋白酶和透明质酸酶敏感,但对胰蛋白酶、软骨素酶ABC和神经氨酸酶有抗性。讨论了特异性抗原与表面组分之间的关系。
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