对肥胖的遗传洞察:在MBOAT4基因中鉴定致病性SNP及其结构分子动态后果

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Muhammad Bilal Azmi1, Sheikh Arslan Sehgal2, Uzma Asif3

  • 1Department of Biochemistry, Dow Medical College, Dow University of Health Sciences, Karachi, Pakistan.

Journal of biomolecular structure & dynamics
|November 3, 2023
PubMed
概括

研究人员在MBOAT4基因中发现了罕见的,有害的突变,MBOAT4基因是格林活性中的关键参与者,并发现类黄素可以与MBOAT4蛋白相互作用,这表明了新的抗肥胖目标.

关键词:
5'-Di-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C-C-Glucoside 5'-Di-C-C这是一种抗肥胖的药物.模拟MD的模拟方法黄叶植物 (Rutaceae) 是一个植物.类植物中含有的黄胺.格林激素是什么 格林激素是什么含有4 (MBOAT4) 的膜结合O-酸转移酶域.叶绿素 3' 叶绿素 3'rMSDD 是一个指令.

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