首页> 外文期刊>The Indian Veterinary Journal >Characterization and Structure Modeling Analysis of C-Terminal Domain of GooseRetinoic Acid Inducible Gene-I (RIG-I)
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Characterization and Structure Modeling Analysis of C-Terminal Domain of GooseRetinoic Acid Inducible Gene-I (RIG-I)

机译:鹅视黄酸诱导基因-I(RIG-I)C末端结构域的表征和结构建模分析

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摘要

This study was conducted to amplify and characterize RIG-I in Goose and exploring he C-terminal domain of RIG-I gene. RIG-I was amplified through conventional reverse transcription method and characterized by sequencing. Phylogeny of RIG-I show that it is conserved throughout vertebrate but it is apparently absent in chicken. Chicken RIG-I like Receptors (LGP2, MDA5, IFIHl) show closenesswith goose RIG-I. This gene can be utilized for the development in transgenic poultry which will be resistant to avian influenza. Polymorphism of C terminal domain of RIG-I can be associated with disease incidence study. It will be helpful in selection of resistant individuals at earliest possible stage.
机译:进行这项研究以扩增和表征鹅中的RIG-I,并探索RIG-I基因的C末端结构域。通过常规逆转录方法扩增RIG-I并通过测序表征。 RIG-I的系统发育表明,它在整个脊椎动物中都是保守的,但在鸡中显然不存在。鸡RIG-I样受体(LGP2,MDA5,IFIH1)与鹅RIG-I表现出紧密性。该基因可用于在抗禽流感的转基因家禽中的发育。 RIG-I C末端结构域的多态性可与疾病发病研究相关。这将有助于尽早选择抗药性个体。

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