Introduction of aerobic bacteria, micro-aerobic bacteria, oxygen-resistant anaerobic bacteria, and aureus anaerobic bacteria, and specialized anaerobic bacteria

1, aerobic bacteriaalso known as aerobic bacteria, oxygen-demand microorganismsThe productive capacity metabolism process of growing and breeding, oxidizing organic or inorganics in an aerobic environment, with molecular oxygen as the final electron receptor for aerobic respirationIncludes most bacteria, line bacteria and fungiAerobic breathing, but no mitochondriaE.: streptomycin, erythromycin, Frank's bacteria2, micro-aerobic bacterianature: only at a lower oxygen pressure to live a normal life of microorganismsThe oxygen pressure of the normal atmosphere is 0.2Pa, while the microaerobic bacteria only live under 0.01 to 0.03PaFor example, fermented monocytobacteria genus and Campylobacter genusSuch as: Bacillus coli genus acid monocytobacteria genus hyperacid bacteria genus soil monocytobacteria genus monocytobacteria genus aureus genus (amine bacteria genus) hydroscodone bacteria genus nitrogen monocytobacteria genus nitrogen-based nitrogen-based nitrogen-based bacteria genus3, anti-oxycoccalon behalf of the bacteria species for the dissolved tissueThese bacteria cannot use oxygen and grow well under oxygen-free conditions, while under aerobic conditions do not grow wellSuch as: tetanus bacillus4, specialized anaerobic bacteriarefers to the oxygen-free environment in order to grow and reproduce bacteriaSuch bacteria lack a perfect respiratory enzyme system, can only carry out oxygen-free fermentation, not only can not use molecular oxygen, but also free oxygen to its toxic effectSuch as tetanus, Botox, the production of elostal bacteria and so onMicrobes that can only survive in environments where there is no free oxygen presentMethane bacteria are such bacteriaPeople use methane bacteria and other biogas, using anaerobic bacteria to treat a variety of organic waste and wastewater5, both anaerobic bacteriaalso known as the gas-like microorganisms, and gas bacteriaMicrobes that can grow and reproduce in an aerobic or anaerobic environmentIn aerobic (O2) or hypoxia conditions, energy can be obtained by different oxidation methodsIf yeast is subjected to aerobic respiration in an aerobic environment, glucose is fermented to produce alcohol under oxygen-deficient conditionsMany gut bacteria, such as Ecoli, are among the thingsBoth anaerobic bacteria have aerobic breathing and oxygen-free fermentation functions, whether in aerobic or oxygen-free environment can grow, but with aerobic growth is betterMost pathogens belong to this