Why Temperatur Temperature Play In Muscle Contractions

Muscle contractions and stimulations play a very integral part in the functioning of an organism and muscles are especially function for force production and motion all this is highly influenced by specific temperatures, electrical impulses, proteins and enzymes and other factors that occur whether on the inside or the external environment of an organism (Amitrano & Tortora, 2012). Proteins as defined by Cheeke 2010, are molecules that are made up of amino acids and are responsible for almost all the work in the cells and play a key role in structure, function and the maintenance of the tissues and organs in the body, muscle cells contain myofibrils in the form of thick and thin filaments which contain the proteins myosin and actin which contains troponin and tropomyosin respectively and all these proteins play a very vital role in muscle contractions.
When muscle cells are heated beyond a certain temperature they will permanently shorten thus losing their ability to be stimulated and it becomes stiff and dead (heat rigor) or if the body dies and there is a loss of adenosine triphosphate(ATP) which is the energy source for almost all biological processes in the body then the body muscles would then die off also this is known as rigor mortis (Alexzander et al,