INTRODUCTION: 1) In 1886, K. Eric Drexler first introduce the idea of using nanorobots for treatment of human body.2)Nanorobots are the nanotechnologically derived nanomachines which work at nano level in the body.3)These devices are ranging in size from 0.1-10 micrometer.4)The main element used will be carbon in the form of diamond nanocomposites because of the strength and chemical inertness of these form. COMPONENTS OF NANOROBOTS:The structure of nanorobot include 1)Payload 2)Micro-camera 3)Electrodes 4)Laser 5)Ultra-sonic signal generator 6)Swimming tail 7)Nanocomputer CATEGORIES OF NANOROBOT:1)Respirocytes : Artificial mechanical red blood cells, carry oxygen and carbon dioxide molecule.2)Clottocytes : Artificial platelets powered by serum-oxyglucose, reduce the clotting time & blood loss.3)Microbivore : Artificial white blood cell or nanorobotic Phagocytes spheroid device , traps blood pathogens breaks them 1000 times faster than white blood cell. APPLICATION OF NANOROBOT IN MEDICAL FIELD:1)BREAKING UP BLOOD CLOTS.2)FIGHT AGAINST CANCER.3)DRUG DELIVERY.4)NANOROBOTIC DENTIFRICES 5)DIAGNOSE DIABETES.6)BREAKING UP KIDNEY STONE.7)GOUT. ADVANTAGES AND DRAWBACKS: ADVANTAGES:1)Rapid elimination of disease. 2)Cost of surgery is low.3)No operation failure.4)Faster and more precious diagnosis. 5)No tissue injury or trauma. DRAWBACKS:1)Complicated maintenance. 2)Very costly for installation.3)Nanorobots should be programmed accurately otherwish may result harmful effect.

1. NANO ROBOTS AND IT’S APPLICATION IN
MEDICINE
PRESENTED BY
Mrinmoyee Kola
Roll No: 12401918074
4th year 8th sem
Under The Guidance Of
DR. ARABINDA NAYAK
Associate Professor
Gupta College of Technological
Sciences, Asansol
Department Of Pharmacology

2. INTRODUCTION
 In 1886, K. Eric Drexler first introduce the
idea of using nanorobots for treatment of
human body.
Nanorobots are the nanotechnologically
derived nanomachines which work at nano
level in the body.
These devices are ranging in size from
0.1-10 micrometer.
The main element used will be carbon in
the form of diamond nanocomposites
because of the strength and chemical
inertness of these form.

3. COMPONENTSOF NANOROBOTS
The structure of nanorobot include
Payload
Micro-camera
Electrodes
Laser
Ultra-sonic signal generator
Swimming tail
Nanocomputer

4. CATEGORIESOF NANOROBOT
1. Respirocytes : Artificial mechanical red
blood cells, carry oxygen and carbon
dioxide molecule.
2. Clottocytes : Artificial platelets powered
by serum-oxyglucose, reduce the clotting
time & blood loss.
3. Microbivore : Artificial white blood cell
or nanorobotic Phagocytes spheroid
device , traps blood pathogens breaks
them 1000 times faster than white blood
cell

5. APPLICATIONOF NANOROBOTSIN MEDICAL FIELD
BREAKING UP
BLOOD CLOTS
FIGHT AGAINST
CANCER
DRUG DELIVERY
NANOROBOTIC
DENTIFRICES
DIAGNOSE
DIABETES
BREAKING UP
KIDNEY STONE
GOUT

6. ADVANTAGESANDDRAWBACKS
ADVANTAGES
Rapid elimination of
disease.
Cost of surgery is low.
No operation failure.
Faster and more precious
diagnosis.
No tissue injury or trauma
DRAWBACKS
Complicated
maintenance.
Very costly for
installation.
Nanorobots should
be programmed
accurately otherwish
may result harmful
effect.