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煙酰型輔酶NAD(P)(上標 +)和NAD(P)H再生的研究進展

呂陳秋, 姜忠義, 王姣

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Abstract

Regeneration of NAD(P)(superscript +) and NAD(P)H captures more and more attention in recent years due to the following considerations: most oxidoreductase-catalyzed reactions need NAD(P)(superscript +) or NAD(P)H as oxidants or reductants, oxidoreductases are used extensively, and NAD(P)(superscript +) and NAD(P)H are quite expensive. This article reviews recent progress in regeneration of NAD(P)(superscript +) and NAD(P)H by enzymatic, electrochemical and photochemical methods. The application and development status of regeneration technology are also illustrated.

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What this paper is about

Regeneration of NAD(P)(superscript +) and NAD(P)H captures more and more attention in recent years due to the following considerations: most oxidoreductase-catalyzed reactions need NAD(P)(superscript +) or NAD(P)H as oxidants or reductants, oxidoreductases are used extensively, and NAD(P)(superscript +) and NAD(P)H are quite expensive. This article reviews recent progress in regeneration of NAD(P)(superscript +) and NAD(P)H by enzymatic, electrochemical and photochemical methods. The application and development status of regeneration technology are also illustrated.

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Available abstract

Regeneration of NAD(P)(superscript +) and NAD(P)H captures more and more attention in recent years due to the following considerations: most oxidoreductase-catalyzed reactions need NAD(P)(superscript +) or NAD(P)H as oxidants or reductants, oxidoreductases are used extensively, and NAD(P)(superscript +) and NAD(P)H are quite expensive. This article reviews recent progress in regeneration of NAD(P)(superscript +) and NAD(P)H by enzymatic, electrochemical and photochemical methods. The application and development status of regeneration technology are also illustrated.

Key concepts: NAD+ kinase, Glycerol-3-phosphate dehydrogenase, Oxidoreductase, Chemistry, Enzyme, Biochemistry, Stereochemistry

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煙酰型輔酶NAD(P)(上標 +)和NAD(P)H再生的研究進展 — Research Paper | ScholarLens