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Biochemical Characterization of a Novel α/β-Hydrolase/FSH from the White Shrimp Litopenaeus vannamei

机译:南美白对虾凡纳滨对虾中新型α/β-水合酶/ FSH的生化特性

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摘要

(1) Background: Lipases and esterases are important enzymes that share the α/β hydrolase fold. The activity and cellular localization are important characteristics to understand the role of such enzymes in an organism. (2) Methods: Bioinformatic and biochemical tools were used to describe a new α/β hydrolase from a transcriptome (LvFHS for Family Serine Hydrolase). (3) Results: The enzyme was obtained by heterologous overexpression in and showed hydrolytic activity towards short-chain lipid substrates and high affinity to long-chain lipid substrates. Anti-LvFHS antibodies were produced in rabbit that immunodetected the LvFSH enzyme in several shrimp tissues. (4) Conclusions: The protein obtained and analyzed was an α/β hydrolase with esterase and lipase-type activity towards long-chain substrates up to 12 carbons; its immunodetection in shrimp tissues suggests that it has an intracellular localization, and predicted roles in energy mobilization and signal transduction.
机译:(1)背景:脂肪酶和酯酶是共享α/β水解酶折叠倍数的重要酶。活性和细胞定位是了解这类酶在生物体中的作用的重要特征。 (2)方法:使用生物信息学和生化工具描述来自转录组的新的α/β水解酶(家庭丝氨酸水解酶LvFHS)。 (3)结果:该酶通过异源过表达而获得,并显示出对短链脂质底物的水解活性和对长链脂质底物的高亲和力。在兔体内产生了抗LvFHS抗体,该抗体可在虾的一些组织中免疫检测到LvFSH酶。 (4)结论:获得和分析的蛋白质是具有酯酶和脂肪酶类型活性的α/β水解酶,对最多12个碳的长链底物具有活性。它在虾组织中的免疫检测表明它具有细胞内定位,并预测了其在能量动员和信号转导中的作用。

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