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Essay / Research Paper Abstract
This 5 page paper considers the existing research that has been undertaken in converting non-protein nitrogen into protein. The bibliography cites 10 sources.
Page Count:
5 pages (~225 words per page)
File: TS14_TEbiocon.rtf
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Unformatted sample text from the term paper:
the use of bioconversion and waste there is an equation that is likely to benefit both the environment as well economic needs. If waste has no use, and therefore has
a negative price, then to be able to make use of bioconversion in order to transform waste into a productive compound , then subject to the cost and waste created
by the bioconversion process being efficient, and not creating a larger amount of waste or cost then generated by the initial waste, there is a situation where benefit may
be gained. If we look at the ability to use non-protein waste products and convert them into proteins, the use in agriculture would be very valuable. Protein is required
fir the rearing of livestock, and in many countries there are limited resources that can be used. Here we may take lessons form the conversion of cassava roots, which although
not devoid of protein, only has a very low content of between 3.5% in its dried form , however, of the nitrogen content, between 40% and 60% will be non
protein nitrogen (Adeyanju, 1979). In this instance it is possible to develop a method of using microorganisms to develop the protein content as a result of fermentation (Adeyanju, 1979).
If we look at the overall use of microorganisms can be seen as able to make use of waste products that content substances such as carbohydrates and lignocelluloses into compounds
that are rich in proteins and can be used as protein rich food stuffs (Stanton, 1969). When we look at the use of microorganisms there are several reason why
these are able to achieve this it is because they are able to grow at a fast rate, they are also able to be genetically modified with particular culture condition
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