Muscle degradation detection — A practical medical application analysis

Abstract

In biomedical engineering field, signals are broadly used. In medical field, by the help of signal processing which is used to detect the stress and strain factor on body muscles, we can reduce the effect on our muscles. This paper aims at finding an optimum point for muscles breakdown to reduce the use of external elements like drugs and protein medicines to keep muscles intact. Muscles tearing originated due to same undesirable expansion and contraction due to same excess stress. To predict the band and know the maximum point is the goal. MATLAB software signal processing is done for simulating and executing different EMG signals. For modification the process was executed by a single processor unit and sets up a base to send to the main computer. First the muscle signal is extracted and given to the processors for further application like noising and denoising etc, which is the result, can calculate the breakdown level by adding two different components of muscle signal. Doctors can predict medication and therapy for maintain a required level of stress on body muscles which results in detection of management. This leads to proper functioning of muscles and less impact of stress on them to limit breakdown. By referring this concept a new application of same can be developed.