Anaerobic Respiration in Microbial Cell

24/5/2023 C- accepter C- acceptors Ninate O2 aerobic NO Anaerobic respiration respire inorgamic substance apart from Q pyruvace other arts as e. receptor fermentation organ Eg Nitrate - megann Subtormer. Compa ,Sulfate, CO2 Nitrobactors used by metranogens assimulatory nitrate reduct NIG au Nitrite accepts 2e- Not enough for ATP Park Nitrate dutare toxic to the organism of more 4 more minate is used H will produce true more notrite ,then organism will are so to prevent organic all undergo denthifreat Nitrite T' Nitric oxide Nitro us one de N2 nicrite reduction Nicrow oxide Pseudomana - dentification redult as Nitrale reduct" - E-coli hases

Termentation alu my -3- aldehy de Pynvate can happen in the presence or of O2 absence lynivate - TCAcycle - More NADH e-transport chain NO O2, regonnales but energy hastobe produced cmy - 3 aldericle NADY pynivate itself acle as e dona at acceptor up It will enter into pathway Fermentatn is me energy yulding process where the Q is absent w pynivate Organic out as e- donor al criptor. compand Convers of a substrate product by the cut of merobes or metabolites. call If NAD is not produced - No regenerat No oxidation c slow down or well catabolsm / not happening stepped No energy No metabolism die Ani Automate Demondy Sementation W2 Pyruvate Autaldehyde 7 Etncho / andenude demudiugener aretaldehyde (aliohn) dehydrogen are

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