nitrosomonas europaea การใช้

• Both are characteristics of " Nitrosomonas europaea ".
• The bacteria " Nitrosomonas europaea " can degrade a variety of halogenated compounds including trichloroethylene.
• The bacteria species Nitrosomonas europaea can degrade a variety of halogenated compounds including trichloroethylene, benzene, and vinyl chloride.
• Paracoccus denitrificans reduces nitrite to nitrogen gas while " Nitrosomonas europaea " oxidizes ammonia to nitrite, thus fueling the former metabolism.
• The enzymes from the nitrifying bacterium " Nitrosomonas europaea " and the methylotrophic bacterium " Methylococcus capsulatus " are hemoproteins.
• The species " Nitrosomonas europaea " has been identified as also being able to degrade a variety of halogenated compounds including trichloroethylene, benzene, and vinyl chloride.
• "Nitrosomonas europaea " is also accountable for nitric acid production which can cause the dissolution of some stone and other construction materials found on statues and in buildings.
• The reaction catalysed by these bacteria is the first step in the oxidation of ammonia to nitrate . " Nitrosomonas europaea " are also important in the treatment of industrial and sewage waste in the first step of oxidizing ammonia to nitrate.
• Evidence suggests that ammonia-oxidizing bacteria contribute significantly to the global production of nitrous oxide ( produced by the reduction of nitrite ) . " Nitrosomonas europaea " is also capable of degrading benzene as well as a variety of halogenated organic compounds, including trichloroethylene and vinyl chloride.
• ;Lithoautotroph : An organism ( usually bacteria ) whose sole source of carbon is carbon dioxide and exergonic inorganic oxidation ( chemolithotrophs ) such as " Nitrosomonas europaea "; these organisms are capable of deriving energy from reduced mineral compounds like pyrites, and are active in geochemical cycling and the weathering of parent bedrock to form soil
• ""'Nitrosomonas europaea " "'is a Gram-negative obligate chemolithoautotroph that can derive all its energy and reductant for growth from the oxidation of ammonia to nitrite and lives in several places such as soil, sewage, freshwater, the walls of buildings and on the surface of monuments especially in polluted areas where the air contains high levels of nitrogen compounds.
• Some " Nitrosomonas " species possess the enzyme urease, which catalyzes the conversion of the urea molecule to two ammonia molecules and one carbon dioxide molecule . " Nitrosomonas europaea ", as well as populations of soil-dwelling ammonia-oxidizing bacteria ( AOB ), have been shown to assimilate the carbon dioxide released by the reaction to make biomass via the Calvin Cycle, and harvest energy by oxidizing ammonia ( the other product of urease ) to nitrite.