Karmiel, israel (PRWEB) October 20, 2014

Phayronet combines nanotechnology capabilities together with the achievements of genetic engineering for medical benefits. It develops the future direction of biomedical engineering developments. The Company leads the research efforts aimed at understanding the interactions between cells' functioning, blood flow and the behavior of blood vessel walls, and different molecular mechanisms, including the formation of cancer cells. The medical nano-robots will be able to detect disturbances in the cell structure and will perform repair operations. In the future, this will lead to "Personalized Nano-Medicine."

This month, Phayronet finishes developing Nano-robotic treatment customized to the biological characteristics of each patient. Phayronet leads the research aimed at understanding the interactions between cells' functioning, blood flow and the behavior of blood vessel walls, and different molecular mechanisms, including the formation of cancer cells. The medical nano-robots developed by the company will be able to detect disturbances in the cell structure and will perform repair operations. In the future, this will lead to "Personalized Nano-Medicine" - nano-robotic treatment customized to the biological characteristics of each patient.

Phayronet made inroads in search of advanced rehabilitation technologies, prioritizing on the capacity to conduct internal imaging and information gathering from live models throughout the trial. Phayronet unveils a whole new world on our type of studies and technologies that were only recently available to the academic community. A high-level presentation of the findings and the medical explanation for incidents that we witness enables us to observe the process and provide proof for the assumptions that stand at the basis of our research and development for a quick transition to clinical trials, which we can prove that Phayronet's treatment methods really do help people.

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Phayronet Develops Nano-robotic Treatment Customized to the Biological Characteristics of Each Patient