User:CarbonidottorClaudio/sandbox

The trillions of tissue cells receive "continuously and simultaneously" as living beings, what is necessary for the sustenance of the natural life cycle. For this purpose the cells transmit signals in the deep tissue substrate through specific electromagnetic waves. Electromagnetic radiation consists of waves formed by the propagation of a magnetic field and an electric field perpendicular to each other and with simultaneous emission. The resultant is therefore an electromagnetic wave that propagates with a rotating coil. The electromagnetic waves of similar tissue cells have the same wavelength. The amplitude varies in relation to the intensity of the cell signals of similar tissue aggregates. The rotating coil electromagnetic waves take on the function, theorized by the molecular biologist Claudio Carboni, so-called "cochlear electromagnetic blade", transporter of components with synergistic action for cellular functionality. Any disturbance in the amplitude of the electromagnetic signal, dependent on altered cells of a similar tissue substrate, disharmonizes the homogeneous synchrony of transport of the cochlear electromagnetic blade with consequent effects on the response to the transmitted signals relative to the demand for components necessary for cell life.