Nitric Oxide In Humans And The Environment
Nitric oxide contains a nitrogen molecule that is triple bonded to an oxygen molecule. It is a gas and is very important for signaling within humans and mammals. The correct levels of NO will protect the liver from ischemic damages as well as playing a messenger role for many pathological and physiological processes. However having to much nitric oxide in the body can be very dangerous.
There are several other compounds that people get confused with nitric oxide such as the anesthetic nitrous oxide and the pollutant nitrogen dioxide. Nitric oxide is much more reactive than these other compounds and it will bind to other molecules quite quickly. If oxygen is present then NO will bind to oxygen to form nitrogen dioxide. It can bind to other molecules to form methyl acetate and nitrosyl halides.
Nitric oxide is prepared in the chemical industry by oxidizing ammonia at very high temperatures with a catalyst, usually platinum. You can also make it by reacting copper and nitric acid or reducing nitrous acid.
Nitric oxide is generated in large amounts by the chemical industry as you can do this by heating ammonia to very high temperatures until it is oxidized though this reaction only occurs if a catalyst, such as platinum, is present. You can also make NO by reacting copper with nitric acid or using one of several methods to reduce nitrous acid.
Nitric oxide is not used for many things though it is produced in large quantities in order to synthesis nitric acid. It is used frequently in the semiconductor industry and is also used to for poxynitride gates which are used in integrated circuits.
Nitric oxide itself is not used for many things though the large quantities produce are needed to synthesis nitric acid which is used widely. Specific types of semiconductors, mainly those that use integrated circuits, will use nitric oxide in its pure form.
This compound is found throughout the body as it is a biological messenger in humans and mammals. It is also known as EDRF or endothelium derived relaxing factor as it is released by the lining of the blood vessel and this causes the surrounding muscles to relax. This in turn can cause the blood flow to increase. NO also can freely diffuse across any cell membrane.
There are some dangers to having too much nitric oxide in the body as it can cause DNA to degrade as well as other damage as it can be released by the immune system
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