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首页> 外文期刊>Journal of Venomous Animals and Toxins including Tropical Diseases >Thalassophryne nattereri fish venom: from the envenoming to the understanding of the immune system
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Thalassophryne nattereri fish venom: from the envenoming to the understanding of the immune system

机译:海水藻nattereri鱼毒:从毒化到对免疫系统的理解

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Thalassophryne nattereri (niquim) is a venomous fish found off North and Northeast coast of Brazil, where it is known by the severity of the accidents involving humans. This review article is divided into four topics. The first one provides a brief description of the animal biology and its distribution off Brazilian coastal waters, the venom apparatus, signs and symptoms observed in envenomated humans and also describes envenomation in mice. The second topic describes the use of modern genetic approach and mass spectrometry for identification of highly expressed genes in its venom glands and the sequence of major toxins. The third chapter offers a detailed study of tissue injury induced by the venom and reveals the role of toxins that impair inflammation reduction. Finally, the fourth section expands the understanding of many extrinsic and intrinsic essential factors in maintaining survival of memory B cell compartment. Our results demonstrate the wide possibilities for research in the area of toxinology, also the necessity of interconnection among biochemistry, pharmacology and immunology areas for the expansion of knowledge and for generation of innovation.
机译:海水藻(niquim)是在巴西北部和东北海岸发现的有毒鱼类,因涉及人类的事故严重性而闻名。这篇评论文章分为四个主题。第一个简要介绍了动物生物学及其在巴西沿海水域的分布,毒液器具,在被毒化的人类中观察到的体征和症状,还描述了在小鼠中的毒化。第二个主题描述了现代遗传方法和质谱法用于鉴定其毒腺中高表达基因和主要毒素序列的用途。第三章详细研究了由毒液引起的组织损伤,并揭示了毒素削弱炎症减轻的作用。最后,第四部分扩大了对维持记忆B细胞区室存活的许多外部和内在要素的理解。我们的结果证明了在毒素学领域进行研究的广泛可能性,以及在生物化学,药理学和免疫学领域之间相互联系以扩大知识和产生创新的必要性。

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