2. CONCEPTS IN BIO-TECHNOLOGY
Introduction to Bio-Technology
Agricultural Applications of Bio-Technology
Medical Applications of Bio-Technology
Environmental Applications of Bio-Technology
Industrial Applications of Bio-Technology
Bio-Technology and Renewable Energy
The Future of Bio-Technology
3. INTRODUCTION TO BIO-
TECHNOLOGY
The term ‘Bio-Technology’ was coined by “ Karloy
Ereky ” in the year 1919 and he is regarded as the “
Father of Bio- Technology”.
Bio-technology is a field that involves the use of
living organisms or their parts to create new
products or processes useful to mankind.
This includes genetic engineering ,bioprocessing and
bioinformatics.
One of the key benefits of bio-technology is its
potential to address some of the world’s most
pressing challenges ,such as food security, energy
production and health care.
4. APPLICATIONS OF BIO-
TECHNOLOGY
Bio-Technology is also being used to improve
food production and increases crop yields.
This is achieved through the use of genetically
modified(GM)crops , which have been
engineered to express desirable traits such as
drought tolerance or insect resistance.
Another area of agricultural bio-technology is
the development of plant-based meat
alternatives.
GM increases efficiency of mineral usage by
plants and it prevents early exhaustion of soil
fertility.
Pest resistant plants act as bio-pesticide and
reduces the need for insecticides.
5. MEDICAL
APPLICATIONS OF
BIO-TECHNOLOGY
• Bio-Technology has transformed medicine by
providing new treatments for previously
incurable diseases , such as cancer and
HIV/AIDS.
• One of the most promising areas of bio –
technology in medicine is gene therapy.
• Gene therapy involves inserting healthy genes
into a patient’s cells to replace or repair faulty
one’s.
• First clinical gene therapy(1990) was given to
a 4-year old girl with Adenosine
Deaminase(ADA) deficiency.
• It is also used in some transgenic animals for
toxicity testing.
6. ENVIRONMENTAL
APPLICATIONS OF BIO-
TECHNOLOGY
Bio-Technology is also being used to address
environmental challenges such as pollution and
climate change.
Bioremediation , for example involves using
living organisms to break down pollutants
in soil and water.
Another area of environmental bio-technology
is the development of bio-fuels ,which are
renewable energy sources derived from living
matter such as plants and algae.
Bio-fuels have the potential to reduce our
reliance on fossil fuels and help to mitigate
climate change and finally it can be simply
7. INDUSTRIAL
APPLICATIONS OF BIO-
TECHNOLOGY
Industrial bio-technology involves working
with nature to maximize and optimize
existing bio-chemical pathways that can be
used in manufacturing.
Industrial bio-technology is one of the most
promising new approaches to pollution
prevention, resource conservation and cost
reduction.
It uses enzymes and micro-organisms to
make bio-based products in sectors such as
chemicals, food ingredients, detergents ,
paper , textiles and bio-fuels.
Some examples in everyday life are bio-
8. BIO-TECHNOLOGY
AND RENEWABLE
ENERGY
Bio-Technology plays a key role in the
development of renewable energy sources ,
such as bio-fuels and bio-mass.
Bio-fuels are made from organic matter , such
as corn or sugarcane and can be used to
power vehicles and generate electricity.
Bio-mass, on the other hand refers to any
organic material that can be used as a fuel
source, including wood chips , agriculture
waste and even algae.
By converting these materials into energy,
bio-technology offers a sustainable alternative
to fossil fuels.
9. THE FUTURE OF
BIO-
TECHNOLOGY
Look ahead , the future of bio-technology
is full of promise as scientists are working
on new ways to use bio-technology to
address global challenges, such as climate
change and food insecurity.
There is a rapid growth in the market with
amazing discoveries , new technologies
and innovative products by the
applications of bio-technology.
After completion of course, students can
have more opportunities to make a career
in both government and private fields.