Building a Neural Circuit to treat Motor Neurone Disease & Paralysis

In this paper a comprehensive treatment of Motor Neurone Disease is proposed. To achieve this goal a Neurone Impulse Generator is built. The action impulses produced by the Neurone impulse Generators are used to inject the dendrites of the motor neurons by the right number of impulses per second. The idea is to monitor the number of action impulses per second which are produced by different motor neurons inside the body. It can be done if we connected electrodes inside the body to monitor the number of action impulses produced by the axels of the motor neurons. Then we would feed these numbers into the input ports of multiple parallel microprocessors. The microprocessors analyse the information fed to the input ports and decide whether it sends start pulses to the different Neurone Impulse Generators built inside the body in the Ganglion area. As a result the Neurone Impulse Generators would produce the right number of impulses needed by the motor neurons to function properly.