NCBI在线聚戊二醇还原酶信息

Mohammad Basyuni, Y. Bimantara, R. Hayati, Jayusman, R. Amelia, I. Deni, A. Nuryawan, Sumaiyah, E. Siregar
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引用次数: 0

摘要

聚戊二醇还原酶是在聚醇生物合成的最后阶段将聚戊二醇转化为聚醇所必需的酶。本工作报告了国家生物技术信息中心(NCBI)数据库中聚戊二醇还原酶的检索结果。为了产生一些有用的数据,使用了对NCBI数据库(https:/www.ncbi.nlm.nih.gov/)的搜索。结果在16个数据库中检测聚戊二醇还原酶。聚戊二醇还原酶数据库包括文献、健康、基因组、基因、蛋白质和化学特征。文献包含16个书架,1个MeSH(医学主题标题),16个PubMed和58个PubMed Central。健康包括3532份临床文献,163个dbGap, 899个GTR, 257个MedGen, 3个OMIM(在线孟德尔遗传在Man数据库)。基因涉及681个基因,303个GEO谱,1个同源基因和20个非同源基因。蛋白质属性包含933个相同的蛋白质组,1208个蛋白质和4个蛋白质簇。基因组包括37135个核苷酸,这些核苷酸来自34821种细菌、1151种动物、603种植物、340种古细菌、141种真菌和7种病毒。化学性质代表了3648 BioSystems和五项生物活性筛选研究。这些数据为聚丙烯醇还原酶的生物技术研究提供了不可或缺的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Information on Polyprenol Reductase Enzyme in the NCBI Online
Polyprenol reductase an enzyme is necessary to convert polyprenol to dolichol in the last phase of dolichol biosynthesis. The present work reports search result of National Center for Biotechnology Information (NCBI) databases on polyprenol reductase. To produce some useful data, the search for NCBI databases (https:/www.ncbi.nlm.nih.gov/) was used. Results detected in 16 databases for polyprenol reductase. The databases of the polyprenol reductase consist of literature, health, genomes, genes, protein, and chemical features. The literature contained 16 bookshelves, 1 MeSH (Medical Subject Headings), 16 PubMed, and 58 PubMed Central. Health comprised 3532 Clincar documents, 163 dbGap, 899 GTR, 257 MedGen, 3 OMIM (Online Mendelian Inheritance in Man database). Gene involves of 681 Genes, 303 GEO profiles, 1 HomoloGene, and 20 UniGenes. Proteins properties contained 933 Identical Protein Groups, 1,208 Proteins, and 4 Protein Clusters. Genomes included 37,135 nucleotides, which are derived from 34,821 bacteria, 1,151 animals, 603 plants, 340 archaea, 141 fungi, and 7 viruses. The chemicals property represented 3648 BioSystems and five bioactivity screening studies. The present data provides indispensable information about biotechnology of polyprenol reductase enzyme.
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