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Implementing Nano Robots Mec

Date post: 18-Nov-2014
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IMPLEMENTING NANO ROBOTS IN VENTILATION & IN BLOOD SUGAR DETECTION (mobile phones)
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Page 1: Implementing Nano Robots Mec

IMPLEMENTING NANO ROBOTSIN

VENTILATION&

IN BLOOD SUGAR DETECTION

(mobile phones)

Page 2: Implementing Nano Robots Mec

What is meant by Nano Bio-Technology?

It is a one part of NANO-TECHNOLOGY.

The term “nanotechnology” generally refers to engineering and manufacturing at the molecular or nanometer length scale. (10 power -9)

Nanomedicine is the medical application of nanotechnology

Page 3: Implementing Nano Robots Mec

APPEARANCE OF NANO ROBOTS: Nanorobots intended

to travel through the bloodstream to their target will probably be 500-3000 nanometers (1 nanometer = 10-9 meter) in characteristic dimension.

Page 4: Implementing Nano Robots Mec

ARTIFICIAL RED CELL

We named this Nanorobot as ventilons.

The ventilons measures about 1 micron in diameter and just floats along in the bloodstream.

Ventilons mimic the action of the natural hemoglobin-filled red blood cells.

CARBON-DIXIDE&OXYGEN

ARROW indicates high pressure of 1000 atm.

CIRCLE indicates nano particles.

Page 5: Implementing Nano Robots Mec
Page 6: Implementing Nano Robots Mec

Working of Ventilons This nanorobot is far more efficient than biology. The injection of a 5 cm3 dose of 50% ventilons

aqueous suspension into the bloodstream can exactly replace the entire O2 and CO2 carrying capacity of the patient's entire 5,400 cm3 of blood.

Ventilons will have pressure sensors to receive acoustic signals from the doctor, who will use an ultrasound-like transmitter device to give the ventilons command and modify their behavior

Page 7: Implementing Nano Robots Mec

OUR NANOSYSTEM TO DETECT HUMAN PHYSIOLOGY

Nano Robot have an ability to do thousands of measurements individual gene activities.

Such arrays will allow hundreds of thousands of human genes to be monitored throughout a mission and will allow the determination of the effects of microgravity on human physiology.

In many cases, sensors will be integrated with on-chip signal processing and data acquisition along with micro fluidics and other sample transport and preparation technologies.

Page 8: Implementing Nano Robots Mec

NANOSENSORS IN MOBILEPHONES:

DISPLAY

MOBILE COMPONENTS

NANO SENSORS TO DETECT PULSE RATE

&CORPUSCLES

NANO ROBOTS TO EXTRACT GLUCOSE CELLS

IN BLOOD

Pins to inject robots

Page 9: Implementing Nano Robots Mec

How Nano robots in Cell Phones used to Detect Glucose Level?

Our mobile system has small pins attached to the mobile phones.

These pins help in taking samples of glucose.

From these samples the corpuscles are readed using the small specific nanorobots inside the mobile

Page 10: Implementing Nano Robots Mec

How Nano robots in Cell Phones used to Detect Glucose Level?

Nano-chromatrons separate the glucose molecules which cause diabetes.

The molecules inhibited are read and compared with the other section and the approximation is made about the sugar level.

These sugar levels are compared with compressed DB, s and precautions are displayed.

Page 11: Implementing Nano Robots Mec

How Nano robots in Cell Phones used to Detect Glucose Level?

By having sound sensors it may possible to calculate heartbeats & pulse rates there by calculating the BP level.

Page 12: Implementing Nano Robots Mec

Conclusion

Nanomedicine will eliminate virtually all common diseases of the 20th century.

Nanomedicines are capable of cure various deadly diseases, which present in today’s world.

Page 13: Implementing Nano Robots Mec

References: http://web.ukonline.co.uk/webwise/spinneret/genes/dna.htm

http://www.eetimes.com/at/news/OEG20040204S0014

http://www.zyvex.com/nano.htm http://www.science.org.au/sats2003/belcher.htm

www.nanorobots.com

Page 14: Implementing Nano Robots Mec

THANK YOUTHANK YOU

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