aguilaroja
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- Jul 24, 2013
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Peata said:https://raypeatforum.com/forums/posts/96210/ I'm the opposite where I almost never sweated and would be cold in situations where others were hot. Since I seem to be improving my metabolism, I now feel hot and sweat at various times.
I have seen either situation-absent perspiration or excess perspiration-clearly present in people with low thyroid function. In every case where thyroid function (and symptoms) improved, the sweating function also normalized.
Much depends on how the individual compensates for low metabolism, and how low metabolism developed. The more common health care practitioner auto-response is to only inquire about cold intolerance, briefly.
A person with low thyroid function can be general more sensitive to external temperature. It remains uncommon for doctors to carefully assess heat intolerance when there are other long standing difficulties.
Increased perspiration, mentioned by burtlancast, along with increased temperature, rapid heartbeat, nervousness and more, can certainly be present in the hyperthyroid state. And probably as a percentage, increased perspiration is much more common in overactive thyroid cases.
Other factors, for instance muscle aches, apparent muscle weakness, or anxiety, can be seen in either high or low thyroid states. The context of multiple features in a situation is helpful.
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http://raypeat.com/articles/other/auton ... tems.shtml
"Every situation demands a special kind of adaptation, and each kind of adaptation requires a special distribution of cellular and organic activity, with its supporting local respiratory activity.
"There is a lot of local self-regulation in the adapting organism, for example when the activated tissue produces increased amounts of carbon dioxide, which dilates blood vessels, delivering more oxygen and nutrients to the tissue. But the distribution of excitation, and the harmonious balancing of the organism’s resources and activities, is achieved by the actions of the cortex of the brain, acting on the subordinate nerve nets, adjusting many factors relating to energy production and use.
"On the level of the mitochondria, adrenaline and acetylcholine have slightly different effects. (Metabolic studies with isolated mitochondria are so remote from the normal cellular condition that their results are nothing more than a hint of what might be occurring in the cell.)"
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