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The pharmaceutical industry may soon begin using nanotechnology to encode drug tablets and capsules with brand and tracking data that you swallow as part of the pill.
Nano-encrypted barcode in every dose
Now don't get me wrong. Big Pharma isn't the only industry using nanotechnology despite a complete lack of safety evidence. "Nanoparticles" are present in sunscreens, fabric protectors, plastic food liners, and other products. But what's different about the nanoparticles soon to be found in a pill near you is that they are capable of storing data about where the drug was made, when it was made, and where it has traveled.
It's a lot like the barcodes used on parcels to track them along their shipping journeys, except that in the drugs, it's a molecular barcode that people will be swallowing. During digestion of the pill, the nano data bits will be distributed throughout your body and can become lodged in your body's tissues.
So if you take these drugs, you'll be swallowing nano "hard drives" that can store data -- data that will be distributed throughout your body and can be read by medical technicians who could then track what drugs you took in the past. And what's the rationale for this? According to the company, it's to "defen[d] against pharmaceutical counterfeiting and illegal diversion".
Researchers from the University of Rochester discovered back in 2006 that nanoparticles are easily absorbed throughout the body via inhalation. According to the report, nanoparticles travel from the nasal cavity directly to brain tissue where they deposit themselves and cause brain inflammation. In other words, nanoparticles very easily cross the blood-brain barrier, which is the mechanism by which the brain normally protects itself from foreign materials.
A study from 2004 found that low levels of fullerenes...iron is a necessary mineral that benefits the body in its natural form, its nanoparticle is quite dangerous, it turns out.
Nano-protected pills can be scanned by a detection device that will verify their authenticity and trace them back to the factories where they were manufactured, the warehouses where they were distributed, the pharmacies where they were stocked and sold, and so on.
But here's the part where this all turns Big Brother: The same scanning technology can theoretically be used to scan your body tissues and determine which drugs you've been taking, who sold them, where you bought them, where they were made and possibly even how long you've been taking them.
By swallowing these nano-protected pills, you are essentially turning your body into a walking Big Pharma hard drive that's storing all kinds of data on your particular drug habits. This data could be read by law enforcement or even used against you in a court of law. It's sort of like swallowing RFID technology that tracks your medication use.
A few years ago, a friend of mine showed me a clever device that uses a laser to detect antioxidant levels in the body. It basically takes a reading based on the molecular signature of antioxidants in your skin. It uses a blue laser to produce a number revealing your antioxidant level. (Mine was very high, something like 90,000 on this machine.)
Theoretically, a similar detection device could be used to scan patients for nano particles to see whether or not they've taken their meds for the day, for the week, or even for the year. You could be scanned by a laser that you don't even see, and the government or anyone else could "read" your entire history of medication use. This information could be used against you in many ways...
• To take away your children by labeling you mentally unstable.
• To force you to take vaccines that you've been avoiding.
This scenario is entirely fictitious
And now, with the nano technology mentioned here, Big Pharma could be embedding your body's tissues with nanoparticle data that turns you into a compliant, monopoly-priced drug consumer whose medication habits can now be scanned right off your skin.
Hmmm, so they(pharma co) now deny the notion of using Nanotech for their "nano encoding?"
Ah, jeez, natural news.These guys are not exactly your one-stop shop of technically accurate info.
Originally posted by speculativeoptimist
What if the laser bit is true? Makes for interesting speculation, no?
But that doesn't make sense. For it to BE true, or even have a chance at being true, you'd have to eat a barcode, it has to remain intact, it has to be transported to the surface of your skin, and it has to be on the surface in a readable orientation.
Originally posted by speculativeoptimist
Is it so improbable that a nano machine could store info, be programmed to reside in the epidermal layer and be detectable by some type of Nano scanning device?
As fast as computer, nano and quantum technology is evolving, yes it is my opinion that they can or will be able to do just what you mentioned.
Originally posted by VneZonyDostupa
There was already a thread on this topic, though it used a much less sensationalist source.
Originally posted by VneZonyDostupa
reply to post by schrodingers dog
I'm not sure why you think I feel everything in the medical field is "sacred" just because I have a reasonable grasp on the topic at hand. There is nothing in this technology that would even hint at a violation of privacy or autonomy.
Originally posted by VneZonyDostupa
reply to post by schrodingers dog
If I'm missing something about this technology, please, inform me. But, to date, no one has shown me anything that is even remotely able to be used to store or expose patient information.
One part is the pill, a standard white capsule coated with a label embossed with silvery lines. The lines comprise the antenna, which is printed using ink made of nontoxic, conductive silver nanoparticles. The pill also contains a tiny microchip, one about the size of a period.
"The vision of this project has always been that you have an antenna that is biocompatible, and that essentially dissolves a little while after entering the body,"
Existing communications and computer architecture are increasingly being limited by the pedestrian speed of electrons moving through wires, and the future of high-speed communication and computing is in optics, experts say. The Holy Grail of results would be "wireless interconnecting," which operates at speeds 100 to 1,000 times faster than current technology.
Descriptions of nanotech typically characterize it purely in terms of the minute size of the physical features with which it is concerned--assemblies between the size of an atom and about 100 molecular diameters. That depiction makes it sound as though nanotech is merely looking to use infinitely smaller parts than conventional engineering. But at this scale, rearranging the atoms and molecules leads to new properties. One sees a transition between the fixed behavior of individual atoms and molecules and the adjustable behavior of collectives. Thus, nanotechnology might better be viewed as the application of quantum theory and other nano-specific phenomena to fundamentally control the properties and behavior of matter.
Starting around 2010, workers will cultivate expertise with systems of nanostructures, directing large numbers of intricate components to specified ends. One application could involve the guided self-assembly of nanoelectronic components into three-dimensional circuits and whole devices. Medicine could employ such systems to improve the tissue compatibility of implants, or to create scaffolds for tissue regeneration, or perhaps even to build artificial organs.
After 2015-2020, the field will expand to include molecular nanosystems--heterogeneous networks in which molecules and supramolecular structures serve as distinct devices. The proteins inside cells work together this way, but whereas biological systems are water-based and markedly temperature-sensitive, these molecular nanosystems will be able to operate in a far wider range of environments and should be much faster. Computers and robots could be reduced to extraordinarily small sizes. Medical applications might be as ambitious as new types of genetic therapies and antiaging treatments. New interfaces linking people directly to electronics could change telecommunications.
Descriptions of nanotech typically characterize it purely in terms of the minute size of the physical features with which it is concerned--assemblies between the size of an atom and about 100 molecular diameters. That depiction makes it sound as though nanotech is merely looking to use infinitely smaller parts than conventional engineering. But at this scale, rearranging the atoms and molecules leads to new properties. One sees a transition between the fixed behavior of individual atoms and molecules and the adjustable behavior of collectives. Thus, nanotechnology might better be viewed as the application of quantum theory and other nano-specific phenomena to fundamentally control the properties and behavior of matter.
Starting around 2010, workers will cultivate expertise with systems of nanostructures, directing large numbers of intricate components to specified ends. One application could involve the guided self-assembly of nanoelectronic components into three-dimensional circuits and whole devices. Medicine could employ such systems to improve the tissue compatibility of implants, or to create scaffolds for tissue regeneration, or perhaps even to build artificial organs.
After 2015-2020, the field will expand to include molecular nanosystems--heterogeneous networks in which molecules and supramolecular structures serve as distinct devices. The proteins inside cells work together this way, but whereas biological systems are water-based and markedly temperature-sensitive, these molecular nanosystems will be able to operate in a far wider range of environments and should be much faster. Computers and robots could be reduced to extraordinarily small sizes. Medical applications might be as ambitious as new types of genetic therapies and antiaging treatments. New interfaces linking people directly to electronics could change telecommunications.
The second product is a gene reader, a complex molecular device built on the surface of a chip. The biologists who built the reader combined proteins borrowed from cells with special-purpose molecular machines designed from scratch. The result was a molecular system that binds DNA molecules and pulls them past a read-head-like tape through a tape recorder. The device works as fast as some naturally occurring molecular machines that read DNA, with one key advantage: it outputs its data electronically. At that speed, a single device can read a human genome in about a year. Though still too expensive for a doctor's office, these readers are promptly in great demand from research laboratories. Another small industry is born.
The eventual result was a primitive molecular assembler able to build molecular objects by the trillions.
Within a decade, almost anything could be made by molecular manufacturing, and was.
Again, you're acting as if they are going to program every pill in every prescription with a patients medical record, which is simply impractical. Why would you want to do that? What good would it do?
the success of personalized medicine is contingent upon the ability of scientists and healthcare providers to capture, manage, store, and provide access to large amounts of data and medical information. This will require the use of high-speed computer networks and large databases composed of electronic health records (EHRs). At present, most medical records in the United States are almost exclusively paper-based. While billions of dollars of U.S. stimulus funds have been allocated to convert paper records into EHRs, no consensus has been reached on software standards that will be used to create, store, or share EHRs. Further, linking clinical data and genomic data sets is likely to present formidable integration challenges, and superimposing treatment algorithms on this data may be even more daunting.
Originally posted by VneZonyDostupa
reply to post by schrodingers dog
I'm still not seeing a conspiracy here, other than the conspiracy of this site continuing to be a cauldron of fear and paranoia.
So, you're willing to trash a wonderful advance in medicine that will make it possible to give smaller, more effective doses of medications that are specific to the individual, purely because of a "future technology" that "might exist" at "some point in time"...or maybe it won't.
Seriously? If the entire world was as paranoid and timid as some of the people on this board, we likely never would have invented the wheel. They would have been afraid that, despite it's obvious advantages, someone might hurt another person with some future technology that uses a wheel.
Originally posted by VneZonyDostupa
So, you're willing to trash a wonderful advance in medicine that will make it possible to give smaller, more effective doses of medications that are specific to the individual, purely because of a "future technology" that "might exist" at "some point in time"...or maybe it won't.