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MEDICINE OF THE FUTURE
POOJITHA CHINTHALA
Roll no:12080026
Priyadarshini College of Pharmaceutical Sciences
NANOROBOTS
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Presented by
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Nanotechnology
Nanorobots
Molecular nanotechnology (MNT) How Nanorobots Will Work
Applications
Conclusion
References
CONTENTS
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What Does Nanotechnology Mean?
Nanotechnology is the engineering offunctional
systems at the molecular scale.
It is the study of manipulating matter on
anatomicandmolecularscale.
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NANOROBOTS
A nanorobot is a tiny machine designed to perform aspecific task or tasks repeatedly and with precision atnanoscale dimensions, that is, dimensions of afew nanometers (nm) or less, where 1 nm = 10-9 meter
They are nanodevices that will be used for thepurpose of maintaining and protecting the humanbody against pathogens.
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Molecular Nanotechnology (MNT)
The umbrella science of nanomedicine
MNT describesengineered nanosystems
(nanoscale machines)operating on themolecular scale.
MNT is especiallyassociated with
themolecular assembler,a machine that canproduce a desiredstructure.
MNT IS based on theability to build structuresto complex, atomicspecifications by meansofmechanosynthesis.
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What is a Chromallocyte?
What is a Respirocyte ?
What are the Risks of Nanoscience?
What are the Potential Benefits of MNT(Molecular Nanotechnology)?
What are the Potential Dangers ofMolecular Nanotechnology ?
Related wise GEEK articles
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A chromallocyte is a lozenge-shapedmobile nanorobot, consisting of about fourtrillion atoms.
What is chromallocyte?
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Chromallocyte in Chromosome Replacement Therapy
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A respirocyte is an engineering designfor a machine that cannot be built with
current technology: an artificial red bloodcell a micron in diameter .
What is Respirocyte?
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Respirocytes in the bloodstream
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Uncontrolled nanomachines Nanoweaponery
What are the risks of Nano science
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Molecular nanotechnology (MNT) is abreakthrough science that combinesprinciples of chemistry, biology and physicsto propose microscopic devices on the nano-
scale that would mechano chemicallymanipulate individual atoms and moleculesfor the purpose of constructing materials,eradicating disease, and restoring the
environment; thus making the potentialbenefits of MNT wide-ranging andrevolutionary.
What is the potential Benefits of MNT?
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ABUNDANT CLEAN ENERGY
ENERGYERADICATING DISEASE AND EXTENDING LIFE
HEALING THE ENVIRONMENT
SMART MATERIALS AND GREENMANUFACTURING
HELPING THIRD WORLD NATIONS
COMPUTER MINIATURIZATION AND AI
SPACE COLONIZATION
To Name just a few potential benefits of
MNT
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NANOWEAPONRY: THE NEWARMS RACE ENVIRONMENTAL IMPACT AND EXISTENTIAL DANGERS ECONOMIC IMPACT DANGERS OF REGULATION UBIQUITOUS SURVEILLANCE ARTIFICIAL INTELLIGENCE (AI) AND ROBOTICS
What are the potential dangers of MNT?
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The powering of the nanorobots can be done bymetabolizing local glucose and oxygen for energy. Ina clinical environment, another option would beexternally supplied acoustic energy.
Other sources of energy within the body can also beused to supply the necessary energy for the devices.
They will have simple onboard computers capable ofperforming around 1000 or fewer computations persecond. This is because their computing needs aresimple.
Communication with the device can be achievedby broadcast-type acoustic signaling
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NANOWEAPONRY: THE NEWARMS RACE ENVIRONMENTAL IMPACT AND EXISTENTIAL DANGERS ECONOMIC IMPACT DANGERS OF REGULATION UBIQUITOUS SURVEILLANCE ARTIFICIAL INTELLIGENCE (AI) AND ROBOTICS
What are the potential dangers of MNT?
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How Nanorobots Will Work
The robot in this illustration swims through thearteries and veins using a pair of tail appendages.17
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Powering of nanorobots
The powering of the nanorobots can be done bymetabolizing local glucose and oxygen for energy. Ina clinical environment, another option would beexternally supplied acoustic energy.
Other sources of energy within the body can also beused to supply the necessary energy for the devices.
They will have simple onboard computers capable ofperforming around 1000 or fewer computations persecond. This is because their computing needs aresimple.
Communication with the device can be achievedby broadcast-type acoustic signaling.
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Designers sometimes look at microscopic organisms forpropulsion inspiration, like the Nanorobot flagellum on thise-coli cell.
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Breaking up blood clots
Fighting cancer
Parasite Removal
Gout
Cleaning wounds
Take two bots and call me in the morning
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Devices working in
the bloodstream couldnibble away atarterioscleroticdeposits, widening theaffected blood vessels.
Cell herding devicescould restore arterywalls and artery liningsto health, by ensuringthat the right cells andsupporting structuresare in the right places. This would preventmost heart attacks.
Treating arteriosclerosis
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FIBRE OPTICS TECHNOLOGY: Utilized in endoscopicmedicine.Fiber optic instruments are introduced into thebody cavity through a tiny hole made on the body toeither to investigate or treat and ailments.LASER TECHNOLOGY: Laser technology is utilized incataract surgery and removal gall bladder stones.TELEMEDICINE: With these facility doctors in remoteareas can benefit from the expertise of the specialisturban centers.SOUND WAVES: Utilized in investigative and therapeuticultrasonography.NUCLEAR RADIATION: Utilized in the treatment ofcancer and in investigations like x-ray.
Few potential applications
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All of these current developments in technology directs humansa step closer to nanorobots and simple, operating nanorobots isthe near future. Nanorobots can theoretically destroy allcommon diseases of the 2lst century thereby ending much of thepain and suffering. It can also have an alternative, practical usessuch as improved mouthwash and cosmetic creams that can
expand the commercial market in biomedical engineering.People can envision a future where people can self-diagnosetheir own ailments with the help of nanorobot monitors in theirbloodstream. Simple everyday illnesses can be cured without
ever visiting the physician.
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http://www.azonano.com/Details.asp?ArticleID=2035
Cristina Buzea, Ivan Pacheco, and Kevin Robbie(2007). "Nanomaterials and Nanoparticles: Sources andToxicity".Biointerphases2: MR17.
N. Taniguchi (1974). On the Basic Concept of 'Nano-Technology. Proc. Intl. Conf. Prod. London, Part II British
Society of Precision Engineering. Eric Drexler (1991). Nanosystems: Molecular Machinery,
Manufacturing, and Computation. MIT PhD thesis. New York:Wiley.ISBN0471575186.
Fritz Allhoff, Patrick Lin, Daniel Moore, What isnanotechnology and why does it matter?: from science to
ethics, pp.3-5, John Wiley and Sons, 2010 ISBN 1405175451. S.K. Prasad, Modern Concepts in Nanotechnology, pp.31-32,
Discovery Publishing House, 2008 ISBN 8183562965.
Kahn, Jennifer (2006). "Nanotechnology".NationalGeographic2006 (June): 98119.
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