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Question: Maximum utilization techniques of biotechnology has been made in the field of A. Agriculture B...

Maximum utilization techniques of biotechnology has been made in the field of
A. Agriculture
B. Medicines
C. Industries
D. Biogas production

Explanation

Solution

An area which involves the development of living organisms by some of the technical applications in Biotechnology. These conditions include an adequate supply of nutrients, an average pH, an adequate temperature, and an adequate gas and liquid environment.

Complete answer:
The term "biotechnology" was first developed by using "Karl Ereky" in 1919, that is, the production of products from raw materials using living organisms.
biological systems are used in order to modify the products. It is widely utilized in agriculture for developing genetic engineering and a new variety of crops.

Additional Information:
Biotechnology is a relatively new area of ​​biology where biology and technology are combined to develop different types of products, including modern drugs.
•Modern medicine is a boon for research and innovation in the field of biotechnology.
•And we all know there is a final number of drugs for a final number of diseases. This is why the use of biotechnology is maximum in the field of medicine, which is also an important human need.
Tissue culture is the aseptic in vitro cultivation of cells, tissues, organs, or whole plants under controlled nutritional and environmental conditions, often to develop plant clones. The final clones are of the faithful type of the selected genotype. Controlled conditions provide a growing environment for growth and multiplication.
So, the correct answer is agriculture.

Note: The use of living systems and organisms to develop or manufacture products comes under Biotechnology which is a broad field of biology. Depending on the tools and applications, it often intersects with related scientific fields. biotechnology developed to indulge new and wide sciences, that include recombinant gene techniques, applied immunology, genomics, and the development of pharmaceutical therapies and tests, diagnostics, etc.