Electrodynamics-Based Nanosensor to Identify and Detain Angiogenesis in the Very Beginning of Cancer

Abstract

We propose the usage of nano devices to identify and detain the progress of angiogenesis in the very beginning phase of cancer. Essentially, these advanced devices might to recognize anomalous electric fields and exert electric forces fact that would accommodate those ions by which the electric interaction with the devices would change the electrodynamics of the charged compounds in the new vessels thereby producing the discontinuation of the progress of angiogenesis. In this manner we expect that the formation of new vessels becomes truncated by electrodynamics among ions minimizing the probability of a sustainable tumor growth.