海星Igkappa基因和Ophuirid Igkappa基因接种马萝卜过氧化物酶(HRP)的研究

M. Leclerc
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引用次数: 0

摘要

海星免疫学研究的重点是发现了无脊椎动物原始抗体(IPA), IGKAPPA基因,其Ig位点暗示着补体系统的启动:近年来,海星基因组中从C1到C9的9个组成基因已被更新。这些原始抗体是在免疫马萝卜过氧化物酶(HRP)后获得的。这是我们第一次观察到无脊椎动物接种疫苗。我们也首次在这些无脊椎动物中发现了FC受体基因和Fab基因,证实了IPA的存在。转录组是已知的。这是第一次,我们可以在棘皮动物,无脊椎动物中,谈论适应性免疫多年来,甚至一个世纪以来,抗体的概念从免疫学家的语言中消失了。说到这,你就像个亡命之徒。现在是时候进行基因组研究了,这些研究证实了5类棘皮动物中有3类拥有Igkappa基因,这是一种FC受体基因。我记得这些分类:asterids与Asterias rubens, ophuiids与Ophiocomina nigra和Crinoïds。
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The Sea Star Igkappa Gene and The Ophuirid Igkappa Gene Vaccinations to HRP (Horse-radish Peroxydase)
The main point of the sea star immunology, of the ophuirid immunology remain the discovery of the INVERTEBRATE PRIMITIVE ANTIBODY (IPA), the IGKAPPA GENES, with Ig sites which imply the COMPLEMENT SYSTEM, to be initiated: 9 component genes from C1 to C9 have been updated these last years, in sea star genome, in ophuirid one. These primitive antibodies were obtained after immunizations to the enzyme HRP (Horse-radish peroxydase). It is the first time we observe vaccinations in invertebrates. We have discovered, for the first time also, in these same Invertebrate a FC receptor gene, a Fab gene which corroborate the presence of IPA. The transcriptomes are given. It is the first time, we can speak of Adaptative Immunity, in Echinoderms, in Invertebrates Since many years, even since a century long, the notion of Antibody was out of the speech of immunologists. To speak of that made you as an outlaw. It is time to look with genomic studies which confirm which assert now evidence that 3 classes of Echinoderms out of 5 possess an Igkappa gene, a FC receptor gene. I recall these classent: the Asterids with Asterias rubens, the Ophuirids with Ophiocomina nigra and the Crinoïds.
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