Higher muscle lactate accumulation and venous plasma lactate concentration is observed in a high ambient temperature compared to a moderate temperature. It was previously shown that muscular glycogen utilization is enhanced in during exercise under high temperature (Febbraio et al., 1994). Therefore it is thought that the increase concentration of lactate in muscle under high temperature is caused by accelerated anaerobic glycolysis. Thus more lactate is released into the blood stream. When the exercise to exhaustion in the high temperature happens, muscle glycolygen are not exhausted. There are several hypotheses should be required to test with decreasing central nervous system drive. Muscle inosine monophosphate concentrations temperature on metabolism - and reflects the induced effect. This was to reduce the dependence on thermal storage of glycogen in the muscles as the body based on lower lactate levels. 3. …show more content…
et al., 2006). Serum sodium levels appropriate body to work properly that is very important. Sodium occupies a very important position in the heart and skeletal muscle and conduction of electrical signals along the fluid balance nerve. The anti-diuretic hormone can cause a state of low blood volume, which release signal loss of sodium. Anti-diuretic hormone is connected to release of water retention and blood dilution as a result of low sodium levels. The number of conditions, including congestive heart failure, liver failure, kidney failure and pneumonia associate with low sodium concentration, which is generally in the blood. The state also because of the thirst, excessive water drinking too much can result in overhydration. The severity of symptoms depends on how severe drop in blood salt levels much