This document discusses the field of nanomedicine and its applications. Nanomedicine uses nano-sized materials and devices in medicine to diagnose, treat, and prevent diseases. It has several advantages like enabling targeted drug delivery, reducing side effects, and allowing for easier detection of diseases. However, there are also limitations regarding toxicity, developing nanomaterials with advanced properties requires expertise, and only a few nanoparticle formulations have been approved for clinical use. The document outlines areas of nanomedicine like drug delivery, medical nanorobots, gene delivery, and cancer detection. It suggests that expanding nanomedicine to detect and treat virus-caused diseases could be useful.

1. Nano Technology For Medicine

2. OVERVIEW
• Aim & Objectives
• Introduction of Nanomedicine
• Why Nano Medicine?
• Limitations

3. Aim
To understand about the areas of the nano medicine, advantages and the
limitations of that related nano medicine applications and suggest new ideas
that could bridge gaps in the field and finally submit the review paper with all
the details.
Objectives
• To study about the nano medicine applications.
• To study about advantages and limitations of the nano medicine
applications.
• Critically review the literature written on the topic.
• Suggest research areas that will broaden the knowledge the subject.
• Analyze all the data and submit the review paper with all the compressed
details.

4. Why Nanomedicine??
• Disease and ill health are caused largely by damaged at the
molecular and cellular level.
• Today’s surgical tools are huge and imprecise in comparison.

5. What is Nano Medicine???
• Nanomedicine is a field of new research area based on
diagnosing, treating to patients, preventing disease, injury and
relieving pain and improve health of human by using nano
structured materials.

6. Nano Particles
• Particles that exist on a nano metered scale.

7. Advantages of Nanoparticles
• Small size and smaller dosage form.
• Less toxicity.
• Increase bioavailability.
• High surface area and it helps to proper dispersion.
• Modification using for high capacity.
• Selectivity by using functional groups.
• Enhanced sensitivity and reduced instrumentation size

8. APPLICATIONS OF NANOMEDICINE
Application of nanomedicine span across a variety of areas such
as,
• Drug delivery
• In medical nano robots
• Gene delivery
• Cancer detection

9. DRUG DELIVERY
• Drug Delivery Systems (DDS) intended to deliver predetermined
rates of drugs in predetermined time period. It focused to
deliver targeting tags to a desirable group of cells such as
tumors, diseased tissues.
• 2 types
Passive Targeting
Active Targeting

10. Nanorobots in Nanomedicine
• Nanorobotics is an emerging new field that benefited for
clinical and healthcare by delivering drugs and reveal
symptoms in human body.
• Used in
early diagnosis of cancer
brain aneurysm
treatment of diabetes
dental applications

11. Gene Delivery
• Gene delivery is a lately introduced considerable area for the
treatments and prevention genetic ailments in medicine.
• Correcting defective or muted gene by inserting normal gene
within genome to replace a nonfunctional gene or genetic
materials like DNA, RNA, oligo-nucleotides

12. Cancer Detection
• Nanotechnology has found many new ways in detecting cancer
cells and how far the disease has spread throughout the body.
• Gold nanoparticles can be used as both detecting and
destroying cancer cells.
• The problem is that the particles are so small that they are
passing through healthy cells and making them mutate into
cancer cells.

14. Advantages of Nanomedicine
• Can able to deliver drugs to the exact location.
• Lesser side effects.
• Detection is relatively easy.
• No surgery required.
• Diseases can be easily cured.

15. Other Limitations
• It is necessary to address about toxicity issues for the human health.
• Is those materials are eco-friendly?
• It is difficult to developed nanomaterials with advanced properties.
• It requires high level expertise knowledge for nanomedicine.
• Only few nanoparticle formulations have been approved for the
clinical usage in the study and treatment of tumors (oncology).
• It needed to huge knowledge and better understanding about the
physical properties of the nanoparticles to design development of
optimal distribution in tumors. So the specialized scientist and
clinicians are infrequent.

16. Conclusion
• Realization of the full potential of nanomedicine may be years
or decades away, recent advances in nanotechnology related
drug-delivery, diagnosis and drug development are beginning
to change the landscape medicine.
• Nanomedicine is effective, safe and could greatly reduce the
cost of current medical procedures.
• So nanomedicine is future medicine.

17. Suggestions
• It will be more useful expand the area of Nanomedicine to
detecting and deliver the drugs which diseases caused by
viruses.
• For eg:- HIV AIDS

18. THANK YOU…