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Characterization of any species observing their Codon Biasing effect

机译:表征任何观察其密码子偏向效应的物种

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All living organisms have to adapt itself in varying climatic and geographical conditions which compels the species to survive in diverse temperatures, salt concentration, pH and pressure conditions. It is well known that proteins are the basic functional block in any living being. So, when a species is placed into divergent environmental conditions, suitable changes have to take place in its genomic and proteomic configuration for its survival. This change helps it to survive in the changed environmental condition. In the present investigation, the genomic and proteomic configurations of different thermophilic, mesophilic and psychrophilic species have been investigated into in the form of change in codon biasing. It has also been shown that this codon biasing effect can also be used for classification or characterization of an unknown species.
机译:所有生物都必须适应各种气候和地理条件,这迫使该物种在各种温度,盐浓度,pH和压力条件下生存。众所周知,蛋白质是任何生物的基本功能模块。因此,当一个物种处于不同的环境条件下时,其生存的基因组和蛋白质组构型必须进行适当的改变。这种变化有助于它在变化的环境条件下生存。在本研究中,已经以密码子偏倚的变化形式研究了不同嗜热,嗜温和嗜冷物种的基因组和蛋白质组构型。还已经表明,该密码子偏倚效应也可以用于未知物种的分类或表征。

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