KnowraAnaerobic respirationLinked fromLinked fromThe 33 pages that link to Anaerobic respiration, each with the reason it gives.All 33Broader topic 2Related 12Narrower topic 2Compared with 17MethanogenesisRelated: Methanogens conserve energy without using oxygen as a terminal electron acceptor.Clostridium botulinumRelated: The bacterium grows under oxygen-free conditions, including in improperly preserved foods.Substrate-level phosphorylationRelated: It can combine substrate-level ATP production with electron-transport-based energy conservation.ChemolithotrophyRelated: Chemolithotrophs can oxidize inorganic donors while respiring nitrate, sulfate, or other acceptors.ClostridiumRelated: Many clostridia grow without oxygen and obtain energy through anaerobic metabolism.Environmental microbiologyRelated: It lets microbes respire in anoxic soils, sediments, and engineered systems.BacteroidotaRelated: Some Bacteroidota can use alternative electron acceptors in oxygen-poor habitats.Clostridium perfringensRelated: The bacterium grows in oxygen-poor environments such as deep wounds and food interiors.ExcavataRelated: Several excavate-associated organisms inhabit low-oxygen environments and rely on nonstandard energy metabolism.ThermoproteotaRelated: Some Thermoproteota respire sulfur compounds when oxygen is unavailable.TubifexRelated: Low-oxygen tolerance lets Tubifex survive sediment conditions that exclude many animals.FibrobacterotaRelated: Many members inhabit oxygen-poor digestive environments and use anaerobic metabolisms.