2. Content
Introduction to Biotechnology
Applications of Biotechnology
Genetic Engineering
Agriculture Biotechnology
Industrial Biotechnology
Market Capital
Futures of Biotechnology
3. Introduction to
Biotechnology
Biotechnology is the use of biological systems,
organisms, or derivatives to develop products that
improve the quality of human life. It encompasses various
fields such as genetic engineering, pharmaceuticals, and
agricultural advancements.
4. Applications of Biotechnology
Medicine
Biotechnology has
revolutionized the
development of vaccines,
insulin, and other life-saving
medications.
Environmental
Conservation
It's utilized in bioremediation
efforts, providing sustainable
solutions to environmental
challenges.
Forensics
It plays a vital role in DNA
analysis, contributing to
advancements in criminal
investigations.
5. Genetic Engineering
1 CRISPR
Technology
Revolutionized gene
editing, offering
precision in altering
genetic material.
2 Organism
Modification
Enables manipulation of
an organism's genetic
makeup, leading to
enhanced traits.
3 Medical
Applications
Used to produce
therapeutic proteins and
potential treatments for
genetic disorders.
7. Industrial Biotechnology
Bioprocess
Engineering
Applied in the production of
biofuels, bioplastics, and
renewable chemicals.
Biocatalysts
Utilized in various industrial
processes, reducing
energy consumption and
waste production.
Environmental
Applications
Contributes to waste
treatment and pollution
control efforts.
9. Future of Biotechnology
1 Personalized Medicine
Tailoring treatments to an individual's genetic makeup for more effective and targeted
therapies.
2 Synthetic Biology
Designing and constructing new biological parts, devices, and systems for various
applications.
3 Gene Therapies
Potential for treating genetic disorders and chronic diseases at the genetic level.
