This is new technique used for treatment of various disease.

1. A
Presentation
On
“Nanorobotics: Future of Medicine”
By
Mr. Krushnakant K. Wable
Under the Guidance of
Dr. Sonali Mahaparale
Dr. D. Y. Patil college of Pharmacy,
Department of Quality Assurance Technique,
(Semester-II)
Akurdi, district- Pune
Maharashtra
2017-2018

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CONTENTS:
• Introduction
• Types of Nano Robots
• Structure of Nano Robots
• Components of Nano Robots
• Size & Shape of Nano Robots
• How Nano Robot Works
• Medical Application
• Advantages
• Disadvantages
• Conclusion

3. 3
Introduction:
Robotics is branch of
technology which deals with
design, construction, operation,
structural disposition,
manufacture & application of
robots.
Robotics related to science of
engineering, electronics,
mechanics & software.

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What are Nano Robots ?
 Nanorobots are machines used
to cure disease in human or any
organism.
 Perform task at nanoscale level.
 Size of nanorobot is 0.5 to 3
micron with 1 to 100 nm parts.
 ‘Nano’ means ‘billionth’.

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Types of Nanorobots:
1.Nubot 2.Bacteria Based Nanorobat
3.Virus Based Nanorobot 4.Surface Bound System

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Structure of Nanorobot :

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Components of Nanorobots:
 Payload / Medicine cavity
 Micro-camera
 Electrodes
 Laser
 Ultrasonic signal generator
 Swimming tail

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Size & Shape of Nanorobot:
 Nanobots
 Nanoids
 Nanites
 Nanomachines
 Nanomites
 Nano-spiders

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Nanobots

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Nanomachine

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Nanites

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Nanoids

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Nano-spiders

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How Nanorobot Works ?
• A tiny robot implanted into bloodstream.
• The robot detects cause of your fever, travel to appropriate system &
provide dose of medication to appropriate area.
• Nanorobots are controllable machine to nanometer scale and composed
of nanoscale components.
• They are introduced into body by surgery.

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Advantages:
 Rapid elimination of disease.
 Nanorobot might also produce copies of themselves to replace
worn-out units, a process is called self replication.
 They can remain in operation for years.
 Durability.

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Disadvantages:
 Nanorobot should be accurate otherwise harmful event may occur.
 Design cost is very high.
 Design is very complicated.
 Regulatory issue.

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Medical Application of Nanorobots:
 Surgery.
 Nanorobot in gene therapy
krushnananorobot drug delievery systemNanorobot inside living cell
repair DNA molecule.mp4
 Successfully used in cancer treatment.
 Diabetes.
 Parasite removal.
 Breaking up kidney stones.

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Continue…
 Atherosclerosis. krushnananorobot drug delievery systemNanorobot for
atherosclerosis plaques removing_HIGH.mp4
 Breaking up blood clots.
 Used to treat fungal infection. krushnananorobot drug delievery
systemAntibacterial nanorobot animation.mp4
 DNA repair. krushnananorobotdrugdelieverysystemNanorobot inside
living cellrepair DNA molecule.mp4
 Diagnosis & testing.

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Conclusion:
 The most challenging task to create nanorobot is to design whole
set of specialized machine tool to speed up the process of
Nanorobot building.
 This method used to cure many diseases which are not cured by
ancient method.
 Nanorobots are going to revolutionize the medical industry in
future.

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References:
1.J.J.Craig, “Introduction to Robotics: Mechanics and Control”,3rd edition,
Pearson Prentice Hall, Upper Saddle River,2005.
2.Ricotti L. and Menciassi, A. 2015. “Nanotechnology in Biorobotics:
Opportunities and challenges.” Journal of Nanoparticle Research 17 (2): 1-10.
3.Hussain Reza K, Aishwarya G, Radhika G and Bardalai D.
2011.“Nanorobots: The future Trend of Drug Delivery and Therapeutics.”
International Journal of Pharmaceutical Sciences Review and Research 10 (1):
60-8.
4.Lagzi, I. 2013. “Chemical Robotics Chemotactic Drug Carriers.” Open
Medicine 8 (4): 377-82.

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Thank
You…!!!