为生物体内的新陈代谢提供能量及为氨基酸合成提供前体物质。根据辅酶特异性

为生物体内的新陈代谢提供能量及为氨基酸合成提供前体物质。根据辅酶特异性，自然界中的IDH可以分为两类，NAD-依赖性IDH (EC1.1.1.41, NAD-IDH)和NADP-依赖性IDH (EC1.1.1.42, NADP-IDH)。NADP-IDH可以分为同源二聚体型和单体型两种形式。真核生物和大部分原核生物含有同源二聚体NADP-IDH，少数细菌含有单体NADP-IDH。NAD-IDH有同源二聚体和异源多聚体两种存在形式。真核生物的NAD-IDH为异源多聚体，一些细菌和古菌的NAD-IDH则为同源二聚体

結果 (英文) 1:

For in vivo metabolism to provide energy and providing precursor for synthesis of amino acids. According to the Coenzyme specificity, IDH in nature can be divided into two categories, NAD--dependent IDH (EC1.1.1.41, NAD-IDH) and NADP--dependent IDH (EC1.1.1.42, NADP-IDH). NADP-IDH can be classified as Homo-Dimer in shape and haplotype in two forms. Most eukaryotes and prokaryotes contain Homo-Dimer NADP-IDH, a small number of bacteria containing the monomer NADP-IDH. NAD-IDH Homo-dimerization and Heterologous polymer exists in two forms. Eukaryotic NAD-IDH heterogeneous polymers, some bacteria and Archaea NAD-IDH or cognate Dimer

結果 (英文) 2:

Providing energy and providing as precursors for the synthesis of amino acid metabolism in vivo. According coenzyme specificity, the nature of the IDH can be divided into two categories, NAD- dependent IDH (EC1.1.1.41, NAD-IDH) and NADP- dependent IDH (EC1.1.1.42, NADP-IDH). NADP-IDH homodimer type and can be divided into two forms haplotypes. Most eukaryotes and prokaryotes contain homodimers NADP-IDH, few bacteria containing monomer NADP-IDH. NAD-IDH has homodimers heteromultimeric body and exist in two forms. NAD-IDH eukaryotic heterologous multimers, some bacteria and archaea NAD-IDH was homodimers

結果 (英文) 3:

For in vivo metabolism provides energy and provide precursors for amino acid synthesis. According to the coenzyme specificity and IDH in nature can be divided into two categories, nad dependent IDH, NAD-IDH and EC1.1.1.41 and NADP dependent IDH (EC1.1.1.42, nadp-idh). Nadp-idh can be divided into a homodimer haplotype and haplotype in two forms. Eukaryotes and most prokaryotes contain homologous dimers nadp-idh, few bacteria containing monomer nadp-idh. Homodimers and heterologous multimers two forms of NAD-IDH. NAD-IDH eukaryotic heterologous multimers,Some bacteria and the NAD-IDH of the ancient bacteria were homologous to the two.