Publication | Open Access
Animal Life Without Oxygen: Basic Biochemical Mechanisms
189
Citations
27
References
1973
Year
EngineeringAmino AcidsMolecular OxygenRedox BiologyOxidative StressBiosynthesisRedox RegulatorBioenergeticsRedox BalanceMicrobial EcologyEnvironmental MicrobiologyAnimal PhysiologyBiochemistryAnimal LifeBiologyPhysiologyCatabolismTissue OxygenationMicrobiologyMetabolismMedicine
A variety of animals are now known to be facultative anaerobes, capable of utilizing molecular oxygen when it is present and capable of sustained anaerobiosis when it is absent. During anoxia these organisms rely upon the simultaneous catabolism of carbohydrate and amino acids. In probing the mechanisms utilized, this essay accounts for (1) the maintenance of redox balance during anoxia, (2) the sources of energy in the form of ATP, and (3) the formation of a multiplicity of anaerobic end products.
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