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Biotechnology - 
Principles and 
Processes
Explore the fascinating world of biotechnology, from 
ancient fermentation to cutting-edge genetic 
engineering.
Page 2


Biotechnology - 
Principles and 
Processes
Explore the fascinating world of biotechnology, from 
ancient fermentation to cutting-edge genetic 
engineering.
Principles of 
Biotechnology
Definition
Biotechnology deals with 
techniques of using live 
organisms or enzymes from 
organisms to produce 
products and processes 
useful to humans.
Evolution
From ancient fermentation 
to modern DNA technology 
and genetic engineering.
Modern Focus
Emphasizes GMOs and molecular techniques for industrial-scale 
production.
Page 3


Biotechnology - 
Principles and 
Processes
Explore the fascinating world of biotechnology, from 
ancient fermentation to cutting-edge genetic 
engineering.
Principles of 
Biotechnology
Definition
Biotechnology deals with 
techniques of using live 
organisms or enzymes from 
organisms to produce 
products and processes 
useful to humans.
Evolution
From ancient fermentation 
to modern DNA technology 
and genetic engineering.
Modern Focus
Emphasizes GMOs and molecular techniques for industrial-scale 
production.
EFB
European 
Federation of 
Biotechnology 
(EFB)
Provides a modern, 
traditional definition 
of biotechnology.
Definition given 
by EFB
The integration of 
natural science and 
organisms, cells, parts 
thereof, and molecular 
analogues for 
products and services9
Practical Applications
Emphasizes both scientific foundation and practical 
utility.
Page 4


Biotechnology - 
Principles and 
Processes
Explore the fascinating world of biotechnology, from 
ancient fermentation to cutting-edge genetic 
engineering.
Principles of 
Biotechnology
Definition
Biotechnology deals with 
techniques of using live 
organisms or enzymes from 
organisms to produce 
products and processes 
useful to humans.
Evolution
From ancient fermentation 
to modern DNA technology 
and genetic engineering.
Modern Focus
Emphasizes GMOs and molecular techniques for industrial-scale 
production.
EFB
European 
Federation of 
Biotechnology 
(EFB)
Provides a modern, 
traditional definition 
of biotechnology.
Definition given 
by EFB
The integration of 
natural science and 
organisms, cells, parts 
thereof, and molecular 
analogues for 
products and services9
Practical Applications
Emphasizes both scientific foundation and practical 
utility.
Principles of 
Biotechnology
1. Genetic Engineering
Direct manipulation of DNA and RNA to alter genetic 
structure.
Add, remove, or modify genes
Create desired phenotypic changes
Increase crop yields
Produce therapeutic proteins
Page 5


Biotechnology - 
Principles and 
Processes
Explore the fascinating world of biotechnology, from 
ancient fermentation to cutting-edge genetic 
engineering.
Principles of 
Biotechnology
Definition
Biotechnology deals with 
techniques of using live 
organisms or enzymes from 
organisms to produce 
products and processes 
useful to humans.
Evolution
From ancient fermentation 
to modern DNA technology 
and genetic engineering.
Modern Focus
Emphasizes GMOs and molecular techniques for industrial-scale 
production.
EFB
European 
Federation of 
Biotechnology 
(EFB)
Provides a modern, 
traditional definition 
of biotechnology.
Definition given 
by EFB
The integration of 
natural science and 
organisms, cells, parts 
thereof, and molecular 
analogues for 
products and services9
Practical Applications
Emphasizes both scientific foundation and practical 
utility.
Principles of 
Biotechnology
1. Genetic Engineering
Direct manipulation of DNA and RNA to alter genetic 
structure.
Add, remove, or modify genes
Create desired phenotypic changes
Increase crop yields
Produce therapeutic proteins
2. Bioprocess Engineering
Controlled handling of biological systems during 
production.
Contamination-free environments
Growth in bioreactors
Mass production of vaccines
Production of antibiotics and enzymes
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FAQs on PPT: Biotechnology - Principle & Processes - Biology Class 12 - NEET

1. What is biotechnology and how is it applied in the field of medicine?
Ans.Biotechnology is a branch of science that involves the use of living organisms or their components to develop products and processes for various applications. In medicine, biotechnology is applied in the development of vaccines, gene therapy, and monoclonal antibodies. These innovations help in diagnosing diseases, treating conditions, and improving overall health outcomes.
2. What are the main techniques used in biotechnology?
Ans.The main techniques used in biotechnology include genetic engineering, fermentation technology, cell culture, and bioprocessing. Genetic engineering allows for the modification of an organism's DNA to enhance certain traits. Fermentation technology is used to produce products like antibiotics and alcohol. Cell culture involves growing cells in controlled environments for research and production purposes, while bioprocessing refers to the use of biological materials to create products.
3. How does biotechnology contribute to agriculture?
Ans.Biotechnology contributes to agriculture through the development of genetically modified organisms (GMOs) that have enhanced traits such as pest resistance, drought tolerance, and improved nutritional content. This leads to increased crop yields, reduced reliance on chemical pesticides, and the ability to grow crops in less-than-ideal environmental conditions, ultimately supporting food security.
4. What are the ethical concerns associated with biotechnology?
Ans.Ethical concerns in biotechnology include issues such as genetic privacy, the potential for designer babies, environmental impact of GMOs, and the rights of individuals in genetic research. There is also concern over the equitable access to biotechnological advancements and the implications of patenting living organisms. These concerns necessitate careful consideration and regulation to ensure responsible use of biotechnological innovations.
5. What role does biotechnology play in environmental conservation?
Ans.Biotechnology plays a significant role in environmental conservation by developing bioremediation techniques that use microorganisms to clean up contaminated environments, such as oil spills or heavy metal pollution. Additionally, biotechnology is used in creating biofuels from renewable resources, which helps reduce reliance on fossil fuels and lower greenhouse gas emissions, contributing to a more sustainable future.
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