New generation of intelligent nanobots have been introduced by Azacycles

SOUTHEAST, WA, December 20, 2011

After almost three years of reseach and development Azacycles company introduced intelligent nanobots and shown their sophisticated modification in Virus Trap technology, almost futuristic realization of antiviral agents of quite new conception. The nanobot patented technology is based on the hollow highly hydrophilic nano-spherical particles with polysaccharide fully covalent skeletons and implied Virus Trap technology is entirely independent on type of the virus and of course on surface epitopes of viruses. Simon Cihelnik, Ph.D. (CEO) commented this advancement: "We expect large area of application based on our Nanobot technology. Therefore constituted Nanobot Special Interest Group will be helpful. Presented Virus Trap technology is very rare approach from view of present antiviral agents or antiviral drugs' design. We tast the technology like a logical step from making the idea, the new concept, from Azacycles' nanobot technology, to utilizing of Azacycles' Nanobot technology 1st generation outgoings in a supramolecular design of new pharmaceutical. Actually such approach is a literal fulfillment of the word development - from a concept, over an another technology result, into an expected therapeutic agent. Our nanobot technology in its first generation is able to provide excellent matrix of the antiviral, but only second generation, which is in state of its building, will allow to build antiviral nanobot in whole wide of our company's aim. "He also confirmed the information that Azacycles seeks and carefully chooses another partners for cooperation in the Nanobot Special Interest Group (Nanobot SIG): "We are looking for strong and interesting partners for Nanobot SIG. They should bring into the SIG entirely new application models of the nanobots with an extraordinary dose of excellence." (For more, see: http://www.azacycles.com)

The Azacycles company specializes in targeted drugs development since 2003.