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BT301 FINAL TERM PAST PAPERS MEGA FILES
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BT301: Introduction to Biotechnology
Biotechnology is the use of bacteria, animal/plant cells, and their products to assemble, break down, or transform things. In particular, it involves the use of composite DNA technology and genetic engineering methods to improve the quality of processes.
Traditional biotechnology refers to common techniques used for centuries to produce beer, wine, cheese, etc.
Modern biotechnology incorporates all the methods of genetic mutation with integrated DNA and the mechanisms for cell integration and the modern development of traditional biotechnology processes. BT301 FINAL TERM PAST PAPERS MEGA FILES
Green biotechnology deals with the use of environmentally friendly solutions as an alternative to traditional farming methods, crop farming, and animal husbandry. Examples of agricultural use of green biotechnology are the use of genetically modified plants or animals, genetically modified plants, plant genetic engineering, deception, and the use of microorganisms to facilitate plant growth, produce fertile and resistant seeds, etc.
BT301 FINAL TERM PAST PAPERS MEGA FILES
White biotechnology is used in industrial processes. An important example is a bioremediation in bacteria where germs are used to clean industrial toxic or hazardous industrial waste from areas, such as PCBs. A second example is the use of bacteria to produce products for industrial use, such as subtilisin enzymes that are now widely used in detergents. BT301 FINAL TERM PAST PAPERS MEGA FILES
Biotechnology in the 21st century:
Biotechnology contains a number of technologies based on the understanding of biology at the cellular and molecular levels. Biotechnology is believed to have played a more important role in the 21st century than in the 20th century. The 21st century opened the way for further research in the fields of medicine, medicine, and agriculture. BT301 FINAL TERM PAST PAPERS MEGA FILES
Biotechnology is regarded as an important technology of the 21st century. It offers great opportunities for economic development and the creation of high-skilled jobs, and as a result, will play an important role now and in the future. Biotechnology makes individual treatments easier and more effective. It could also contribute to improving industrial processes and helping agriculture to adapt to climate change. Scientific breakthroughs such as rapid advances in genetic function and the development of new tools such as a CRISPR-Cas genome planning tool open up new areas and feasibility.
Genetic Organization for Bacteria
Viruses usually have a single circular chromosome consisting of a single round molecule of DNA containing related proteins. Bacterial DNA is organized into strands that bind to a central protein matrix so that each loop is genetically independent of all others.
Green biotechnology deals with the use of environmentally friendly solutions as an alternative to traditional farming methods, crop farming, and animal husbandry. Examples of agricultural use of green biotechnology are the use of genetically modified plants or animals, genetically modified plants, plant genetic engineering, deception, and the use of microorganisms to facilitate plant growth, produce fertile and resistant seeds, etc.
White (Gray) Biotechnology
White biotechnology is used in industrial processes. An important example is a bioremediation in bacteria where germs are used to clean industrial toxic or hazardous industrial waste from areas, such as PCBs. A second example is the use of bacteria to produce products for industrial use, such as subtilisin enzymes that are now widely used in detergents. BT301 FINAL TERM PAST PAPERS MEGA FILES
