Excessive Sweating Treatment Blog

After a long recess, which we apologize for, we’re continuing our New York Times sweaty article analysis.

The article continues with average temperatures in people as it relates to sweating and the times of day. Body temperatures and menopause in women are both discussed in the begining of the second half of the article. Everyone’s inside body temperature hovers around 98.6 degrees fahrenheit with slight differences usually due to one’s genetics. The body’s temperature is set by one’s hypthalamus, which is the area in the brain that serves as one’s thermostat. People generally run a little “cooler in the morning, a little warmer in the late afternoon.”

Women run about half a degree higher after ovulation. With menopause the female thermostat becomes notoriously trigger-happy, imagining excess heat where none exists and generating unnecessary sweat.

Here the New York Times brings up the faulty inner thermostat in women at the onset of menopause that causes hyperhidrosis. Excessive sweating often does occur for women after menopause and is quite common and can add more discomfort for women in a very difficult time. But men may not have it easy as they go through the reverse of sweating symptoms.

Men may be more thermally stable, but not for long: beginning about age 60 both sexes sweat less, even if they are in good physical condition, and even if they become seriously overheated. Thus the statistics that during heat waves the elderly are at highest risk of heat stroke.

Excessive sweating is the norm with extreme heat and humid conditions and if it does not occur, it can be deadly for those with a broken and worn down inner thermostat.

Obesity and Sweating

Perspiration and weight issues are a complicated mixture according to the article’s expert, Dr. Crandall. The excess weight may of course prevent the inner organs from feeling the very hot temperatures on the skin but the reverse is also true, the sheer bulk of tissue can prevent the heat from escaping from the inner organs, causing all sorts of problems for the overweight individual.

Carrying more weight generates more metabolic heat to get rid of. That means more sweat, but research suggests that large people cannot grow more sweat glands to cope with the extra heat load. Radiation of heat from skin to air may become especially important in their heat control.

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We read an interesting and well researched article on sweating in the New York Times and would just like to share some of the articles more interesting sweating points.

Sweat is our interior coolant, part of a uniquely human biologic machine. The machine drips and occasionally stalls: long waits on torpid platforms can inspire glum reflections on how it will hold up as the planet heats up. But experts counsel optimism: the system is sturdy, adjustable and even reproducible by engineers working to make our future sweaty selves more comfortable.

Indeed, for those of us who have hyperhidrosis, this interior coolant seems to come from a giant, unlimited tempermental sweat reservoir inside. Excessive sweating sufferers tolerance for heat isn’t the issue, as hyperhidrosis causes the body to sweat in all circumstances accross all types of people. Overheating is only one cause among many for excessive sweating…

But we have little tolerance for even brief overheating: the brain malfunctions with six or seven degrees of fever, and an internal temperature of 110, barely a dozen degrees above normal, is often cited as the upper limit compatible with life. So a good internal air-conditioner is essential, both to dissipate the heat generated by the body’s metabolism and to relieve the heat absorbed from miserable summer weather.

The trigger for hyperhidrosis sufferers is broken and the safety lock, is unfortunately turned off. So the excessive sweating is unpredictable, however, often times it occurs during stress. The New York Times article goes further into the history of sweating and is a rather interesting read.

“It is plain old unglamorous sweat that has made humans what they are today,” writes the evolutionary anthropologist Nina G. Jablonski in her recent book “Skin.” “Without plentiful sweat glands keeping us cool with copious sweat, we would still be clad in the thick hair of our ancestors, living largely apelike lives.”

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