ion, measurement of heart rate and blood pressure during immersion of ten minutes, and recovery measures of heart rate and blood pressure subsequent to the immersion of ten minutes. The data collected was plotted on two graphs for analysis.
Conclusion: Though the risk factors for healthy individuals are not significant, given the hemodynamic changes that occur, there remains potential risk to individuals with treated stable hypertension that could cause adverse reactions.
A warm whirlpool consists of a heated pool in which high pressured jets that circulate the warm body focusing on the body of the individual. The effect of this dousing of the body with warm water according to Robiner, 1990, brings about an increased sense of well-being and a reduction in the any anxious feelings. As a result of this warm whirlpool treatments have become a popular means to relaxation (Robiner, 1990).
This popular means of relaxation has its drawbacks and the first indication of this can be seen in the warning signs that are seen in the front of hot water spas, alerting individuals to the likely negative effects in the use of warm water baths over long periods of time. The rationale behind this lies in the warning by Kataoka and Yoshida, 2005, that warm water baths as is commonly used by the Japanese may have negative effects that arise from the thermal stimulus on hemodynamics.
The human body in normal conditions has a temperature set point of 37 degrees Centigrade, which may get altered during the circadian rhythm, after sleep loss, during hypobaria, and subsequent to dehydration. The stability in temperature that the body maintains is achieved by maintaining a balance between the rate of heat production that occurs mainly through metabolism and rate of heat lost or gained from the environment. Normal rules of thermodynamics are involved in this transfer of heat from the body and to the body. Differences between the temperature the skin and the environment is the governing ...Show more