Nanomedicine applies nanotechnology for disease prevention and treatment, utilizing engineered nanodevices to enhance diagnosis and therapies, particularly in cancer care. While offering advantages like targeted drug delivery and reduced side effects, challenges such as high costs and implementation difficulties persist. The market for nanomedicine is rapidly growing, with significant investments and a potential shift towards more economical and effective healthcare solutions.

1. Presented by
Manish kr suman
IIIrd -SEM

2.  Introduction to nanomedicine
 Application of nanomedicine
 Advantages and disadvantages of
nanomedicine.
 Cancer treatment
 Role of nanomedicine in cancer treatment
 Conclusion

3.  Nanomedicine is the application of
nanotechnology to the prevention and
treatment of disease in the human body.
 The detection and controlled manipulation of
human biological system at the molecular
level via engineered nanodevices and/or
nanostructures.

4.  Nanomedicine is rapidly expanding
interdisciplinary field that seeks to develop new &
improved techniques for the screening, diagnosis,
treatment & prevention.
 Nanomedicine are used for patients suffering
from a range of disorders including cancer, kidney
disease, fungal infection, high cholesterol, multiple
sclerosis, chronic pain, and asthma.

5.  Diagnostic
Imaging and identification
 Therapeutic
Delivering medication to the exact
location.
Killing of bacteria, viruses & cancer cells
repair of
damaged tissues.

6.  Drug delivery to the exact location.
 Lesser side effects.
 Detection is relatively easy.
 Disease can be easily cured.
 Faster , smaller and highly sensetive
diagnostic tools.

7.  Not practical yet.
 High cost.
 Implementation difficulties.
 Lack of proper knowledge about the effect of
nanoparticles on biochemicals pathways and
processes of human body.
 Create Atomic weapons (more powerful
&destructive).

8.  Nanomedicine provides effective treatment in
case of cancer therapy. There are many
nonomedicine available now day’s . The types
of nanomedicine used in cancer therapy are-
 Lipid polymer micelles
 Gold nanoparticles
 Diamond nanoparticles
 Nanorobots

9.  The market analysis reported that market for the
nanomedicine is continuosly growing at the rate
of 28 % with a 35% increase in the revenues generated.
 The National Science Foundation estimated the market for
all nanotechnologies to be $1 trillion.
 Huge investments are being made in nanomedicine to
devlop novel therapeutic deliveries.
 Currently more than 38 nanomedicine based products are
on the market with estimated sales of $6.8 billion and the
efforts to bring them on the market are inceasing
continously.

10.  New technologies may offer the only hope for
systematic for, affordable, and long term
improvementsto the health status of our
population.
 Nano therapies could, in the long term, be
much more economical, effective and safe
and could greatly reduce the cost of current
medical procedures.
 So, Nanomedicine is future medicine.