Aerobic dehydrogenase ()

Aerobic dehydrogenase Overview

Aerobic dehydrogenases are not a single defined molecular entity but rather a broad functional group of enzymes classified as oxidoreductases that catalyze the transfer of hydrogen (electrons) from various substrates to oxygen, frequently as part of aerobic respiratory pathways[4][6][1]. These enzymes typically use flavin mononucleotide (FMN) or flavin adenine dinucleotide (FAD) as coenzymes and play a crucial role in cellular energy production by channeling electrons into the electron transport chain, ultimately reducing oxygen to water or hydrogen peroxide[6][4]. The group includes multiple specific enzymes (such as L-amino acid oxidase, D-amino acid oxidase, and others). The term is a functional classification, not a unique target or molecule, and therefore does not match the required canonical form or specificity for target-based research or therapeutic indexing. Clarification: - The term "Various aerobic dehydrogenases" does not designate a unique, canonical molecular target but refers broadly to a class of enzymes defined by a shared functional mechanism[4][6][1]. - Each member of this group (e.g., specific dehydrogenases) would need to be identified and described individually for structured target information (e.g., "Glucose-6-phosphate dehydrogenase" or "Malate dehydrogenase")[2][3][7]. - As a result, "is_incorrect" is marked true, as this entry is too broad for precise target-based applications[1].

Mechanism of Action

Catalysis of oxidation-reduction reactions via electron transfer to the electron transport chain

Biological Functions

Safety Considerations