Biotechnology holds immense potential for achieving sustainable food production, efficient waste management and significant advancements in human health. Elucidate.
Main Body
Biotechnology is one of the greatest achievement of modern science which deal with at genetic level of plants, animals, etc. to satisfy current and human need. Potential of Biotechnology: Achieving sustainable food production: 1) Increasing food production by DMH Mustard. 2) Making crops resistant to pest by Bt cotton from bollworm. 3) Nutritional fortification for balanced diet. Efficient Waste management: 1) Bioremediation (remedy bio-chip) by Olizappers. 2) Bioplastic to limit plastic use with help of genetically modified entities. 3) Use of Bio algae for environmental sustainability. Advancements in Human Health: 1) Xenotransplantation – genetically an transplantation of pig's kidney. 2) Use of UV rays etc for food packaging. 3) Genetic engineering to deal with disease like thalassemia. 4) Genetic screening to identify Turners syndrome, Downs syndrome. 5) CRISPR CAS9 technology has currently revolutionized medicine. Side effect on environment and human unknown challenge: Unethical genetic engineering, clypes baby for China, Risk of privacy, accessibility & inclusivity. Hence, challenges of biotechnology should be addressed properly upon its possibility in all along impacting human life for the betterment.
Conclusion
Hence, challenges of biotechnology should be addressed properly upon its possibility in all along impacting human life for the betterment.
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Diagram
Box diagram showing potential of biotechnology with three main branches: Achieving sustainable food production, Efficient Waste management, and Advancements in Human Health, with side effects/challenges noted
ANKIT RAUSHAN
Science and Technology
Applied Biotech
Biotechnology applications in food production, waste management and human health
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Paragraphs
analytical-descriptive
Tone