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THREELLOP © is an USA Company, which was founded by a team of engineers anxious to take DNA computing to the industrial plane. Making an electronic circuit emulating the computational behavior and information processing of organic DNA, but using a silicon based artificial solution seemed like the way to do it.
Our company has the headquarters Cambridge Innovation Center (CIC) in Cambridge, Massachusetts, (USA), this last close to the Massachusetts Institute of technology (MIT).
|Description||Threellop is USA company, which was founded by a team of engineers anxious to take DNA computing to the industrial plane. Making an electronic circuit emulating the computational behavior and information processing of organic DNA, but using a silicon based artificial solution seemed like the way to do it. Now the team has implementations and patents about different industrial products, these products solve problems in nanoseconds, which up until now have not been tackled due to their complexity. As manufacturer of semiconductor products we have put to us the challenge to make high competitive products into the market, from the DNA computation perspective, not discarding in the close future the use of hybrid products organic DNA & Silicon, which let us human-machine interfaces much more efficient, because both will speak the same language. Our company has the headquarters in Cambridge (USA), this last close to the Massachusetts Institute of technology (MIT). On the other hand, we have collaborations with different institutions and research centers, one of these with MIT. This last institution guaranteed our technology on the level of electric-industrial field, by means of one MIT professors, the professor Joel Dawson, which is part of the Microsystems Technology Laboratories (MTL), which are inside the MIT. On the other field, the professor Ben J. Raphael, from the Brown University in the US, guaranteed the DNA computing field. Although our trajectory is short in the business level, it was very fruitful, because the company has established industrial ties, with different institutions and companies, for the massive semiconductor devices completion, in this way, it let us to satisfy the demand of our clients more immediate. The added value, which has the company, is the possession of a patent, for the fabrication of semiconductor devices, further to do a different kind of circuitry absolutely revolutionary and with the different vision that the rest of its competitors.|
Best company founded by youngers - 2008
Bancaja Young Entrepreneur Award XIV Edition winners - 2008
ElMundo.es Best Startup Company Award. II Edition winners - 2010
Threellop © Nanotechnology has develop a nanometric scale electronic circuit: Inorganic Chromosome Based in Silicon (InChroSil ©) which emulates the computational behavior and storage of genetic information exactly how organic DNA would, but from the artificial perspective. By use of silicon there is an inherent non-emulation of the chemical reactions, because the integrated circuit only reproduces the structure and the information storage of the organic DNA. This patented technology has allowed for the creation of the first artificial DNA structure, made entirely of silicon.
This device uses non-volatile digital memory, less storage space, is portable and allows for rewriting. It is also able to store non-genetic information in the nucleotides (the basic elements of the DNA strand). The nucleotides can be used to represent genetic information, text, files, or even pictures in a more compact manner and with a wide range of device, hardware and software compatibility.
InChroSil © is an excellent tool to store massive amounts of information and for identification systems based in the genetic field. It is perfect for large populations because it can store more than 15 million individual genetic fingerprints. On the other hand, it can also be used for small areas like logistic systems for corporations or institutions.
In the case of civil identification, this type of device becomes essential because identification by genetic fingerprint is the future technological upgrade in this field. It offers high reliability and flexibility versus the currently available systems. For governmental entities, InChroSil © is a perfect solution for the storage and management of genetic information for an entire population. In this case, the genetic fingerprints of a population numbering in the millions can be stored and managed in a way previously impossible by current technology.