Inventor of Blue Biotechnology is Caption James Cook (1728-1779) It’s meant for study the life of aquatic organisms. Marine Biotechnology has developed day by days. Its an simple description for student. Blue biotechnology works to preserve aquatic diversity which is very important for natural stability. It provides us with high nutrition's natural food supplement. Seaweeds have potential to become useful and environmental friendly fuel. Microalgae and specific verities of sponge has substances that can used to prevent cancer, tumor, leukemia , and AIDS. 50% of fish consumed by people worldwide are result of aquaculture. Blue biotechnologies, or marine biotechnologies, are processes that transform marine resources into services and goods in a multitude of fields. This includes micro-organisms (microalgae, bacteria and fungi), algae and invertebrates (e.g. starfish, sea cucumbers, sea urchins). Blue biotechnology refers to the utilization of oceanic ecosystems to create different products.  Marine biotechnology represents a pivotal sector to provide new useful tools for key societal challenges in the next future. Advantages are Blue biotechnology can also be useful for environmental and waste management. Specifically, there are organisms that produce eco-friendly substances as well as organisms that absorb harmful toxins and chemicals. Utilizing these organisms may prove helpful with clean water initiatives and clean-ups. Living modified organisms may disrupt the natural ecosystem of the ocean. Disadvantages are the Limited access due to property of other nations and countries .

1. BLUE
BIOTECHNOLOGY
Presented by
SENTHIA AFROZ
Id: 202 013 031 of
Department of Microbiology
Presented to
Abu Zihad
Lecturer
Department of Microbiology

2. • Inventor of Blue Biotechnology is Captain James Cook
• (1728-1779)
• It’s meant for study the life of aquatic organisms.
Background Information

3. BLUE BIOTECHNOLOGY
• Blue (Marine) Biotechnology is the use of living
marine resources at (eco-)system concept, organism
at molecular level to provide beneficial solutions for
the society.

4. CONCEPT
Marine
Biotechnology
Oncology
Immunology
Tissue
Engineering
Aquaculture
Environment
Technology
Tourism

5. APPLICATIONS OF
Blue
Biotechnology
Aquaculture
Transgenic
Seaweeds &
their products
Disease
Resistance
Enzymes
Bioremediation
Biomolecules

6. Bio-processing
Bio-harvesting
Bioprospecting
Bio-remediation using all bioreactors those all are called bio-
techniques.
Advancements

7. ROLES OF
Tools &
diagnostics
for
reproduction
& growth
Genetics,
Physiology,
Biochemistry
,Ecology
Bioactive
compounds
function &
mode of
action Blue
Biotechnol
ogy

8. BLUE BIOTECHNOLOGY WORKS AT
Blue biotechnologies, or marine biotechnologies, are processes
that transform marine resources into services and goods in a
multitude of fields.
This includes micro-organisms (microalgae, bacteria and fungi),
algae and
invertebrates (e.g. starfish, sea cucumbers, sea urchins).

9. BLUE BIOTECHNOLOGY
• Blue biotechnology can also be useful for environmental and
waste management.
• Specifically, there are organisms that produce eco-friendly
substances as well as organisms that absorb harmful toxins
and chemicals.
• Utilizing these organisms may prove helpful with clean water
initiatives and clean-ups.
Advantages
• Living modified organisms may disrupt the natural
ecosystem of the ocean.
• Limited access due to property of other nations and
countries .
Disadvantages

10. IMPORTANCE
Blue biotechnology works to preserve aquatic diversity which is
very important for natural stability.
• It provides us with high nutrition's natural food supplement.
• Seaweeds have potential to become useful and environmental
friendly fuel.
• Microalgae and specific verities of sponge has substances that can
used to prevent cancer, tumor, leukemia , and AIDS.
• 50% of fish consumed by people worldwide are result of
aquaculture.