Biotechnology is generally defined as a method that utilises live organisms like viruses, plant cells, fungi, animal cells, bacteria as well as yeast, to create or change animals, manufactured goods, to enhance animals or plants or else to engineer microbes for certain uses…
Oral vaccines are the most likely solution used due to rising incidents of diseases in undeveloped countries; where by costs are extreme to extensive immunization. Hereditarily engineered food crops, oftenly fruits or vegetables, which are planned to transmit antigenic proteins arising from transferable pathogens which activates an immune response when injected. A good illustration is patient –specific vaccine for cancer treatment. Tobacco plants with RNA arising from duplicated malignant B-cells are used to make an anti-lymphoma immunization. The resulting protein is utilised in vaccinating the victim as well as boosting their immunity system apart from the cancer (Wozniak & McHugen, 2012).
Antibiotics-Sometimes, plants are utilised in production of antibiotics for animal use as well as human use. Using plants to manufacture antibiotics for human beings is less costly due to large production from plants against unit of fermentation, easiness in purification, in addition to reduced danger of contamination as compared to using culture media together with mammalian cells (Wozniak & McHugen, 2012).
Flowers-Aesthetic application for example uses transfer techniques as well as gene recognition to improve the smell, size, colour and other flower features. Likewise, other ornamental plants like trees and shrubs have been improved through biotech. Some enhancements such as these resemble those done to crops, for instance improving cold confrontation of a tropical plant to make it adapt to northern gardens (Gaisford & Hobbs, 2001).
Production of biofuels-Agriculture as an industry generally plays a key role in the biofuels sector. Genetic engineering as well as enzyme optimization methods are used to come up with more quality feedstock for more effective change as well as advanced BTU outputs from the fuel products. Thus energy-dense and high-yielding crops can reduce relative costs related with transportation and harvesting, leading to fuel products of high ...
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(“Biotechnology Aplications Essay Example | Topics and Well Written Essays - 500 words”, n.d.)
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(Biotechnology Aplications Essay Example | Topics and Well Written Essays - 500 Words)
“Biotechnology Aplications Essay Example | Topics and Well Written Essays - 500 Words”, n.d. https://studentshare.net/miscellaneous/706673-biotechnology-aplications.
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