#Application of bacteria in genetic engineering #Application of Genetic Engineering #Genetic engineering of Bacteria #Bacteria as biofactories: to produce insulin for diabetic patients #Genetically Engineered Bacteria Could Prevent Obesity #Role of Restriction Enzymes #Genetically-engineered bacteria : can inhale CO2 from the air and convert it into energy. #Genetically engineered E. coli # Role of Genetically engineered bacteria help in the production of insulin #producing large amounts of pure human proteins for use in medicine #Most DNA manipulation takes place within bacterial plasmids before being transferred to another host #Engineering bacteria : Use as a treatment of genetic diseases #Animation of synthetic bacteria communicating #Important of Genetic Engineering #Important tool for natural scientists #Application of Bacillus thuringiensis

1. Application of bacteria in
genetic engineering
Presented By : Khushbu’s Microbiology

2. Application of Genetic Engineering
✓Approaches to Improve :
Bacterial Metabolite Production
✓Biotechnological production
✓antibiotic pimaricin:
biosynthesis & its regulation

3. Genetic engineering
➢help us understand & limit the impact of
bacteria,
➢such as E. coli.

4. Genetic engineering
Deliberate modification of the characteristics of an
organism by manipulating its genetic material.

5. Genetic engineering of Bacteria
Bacteria as bio factories:
to produce insulin
for diabetic patients.

6. Genetically Engineered Bacteria
Could Prevent Obesity
.
• To produce hunger suppressing molecules have
been used to prevent mice from overeating
• Could one day be used to help people reduce
weight

7. Role of Restriction Enzymes
➢ Molecular scissors that cut specific
sequences of DNA.
➢ Scientists use to cut and paste DNA
together.

8. Genetically-engineered bacteria :
can inhale CO2 from the air and convert it into
energy.

9. ❖ Genetically engineered E. coli
act as a information storage device
capturing chemical exposure &
amp; other events in their DNA.

10. ❖Genetically engineered E. coli

11. Genetically modified bacteria
• First organisms to be modified in the
laboratory, due to their simple genetics.
• These organisms are now used for several
purposes
• particularly important in producing large
amounts of pure human proteins for use in
medicine

12. Most DNA manipulation takes place within
bacterial plasmids before being transferred
to another host.

13. Engineering bacteria :
Use as a treatment of genetic
diseases

14. Animation of synthetic bacteria
communicating.
The bacteria are covered in circuitry
suggesting artificial construction & control.

15. ▪ Important of Genetic Engineering
.Important tool for natural scientists.
.Genes & other genetic information from
a wide range of organisms are
transformed into bacteria for
storage ,
.modification,
. creating genetically modified bacteria in
the process.

16. .
Genetic engineering

17. ▪ Application of Bacillus thuringiensis
(Bt) & other bacteria can help protect
crops from insect infestation & plant
diseases.

18. ❖Genetically engineered E. coli

19. ❖Genetically engineered