roduce T4 (thyroxine) which is the raw material used to make the active thyroid hormone T3. T4 is also converted to Reverse T3 (RT3) which is physiologically inactive. 80 percent of the active thyroid hormone T3 is produced outside the thyroid gland, in the periphery of the body. T4 is converted to T3 by an enzyme called 5' Deiodinase. This enzyme is inhibited by stress, acute and chronic illness, fasting, cortisol (steroid), and other things. Under stress and fasting, the body converts less T4 to T3 and more T4 to RT3 to conserve energy (with less T3, the cells of the body slow down). It is likely that the increased levels of RT3 that result can then further inhibit the conversion of T4 to T3, with evAre you suffering from fatigue, migraines, PMS, hair loss, depression, inability to lose weight, muscle and joint aches, heat and/or cold intolerance, or other baffling symptoms that your doctor can’t explain? Fixing a low body temperature might quickly and easily solve your health problems.

Wilson's Temperature Syndrome (WTS) is a condition that causes symptoms characteristic of decreased thyroid system function. It is best identified by its reproducible and predictable response to a special thyroid hormone treatment protocol developed by E. Denis Wilson, MD. It is the cluster of often debilitating symptoms especially brought on by significant physical or emotional stress that can persist even after the stress has passed (due to a maladaptive slowing of the metabolism). It is characterized by a body temperature that runs, on average, below normal and routine thyroid blood tests are often in the "normal range."

Symptoms can result when the average body temperature is less than 98.6 degrees (checked by mouth with a mercury thermometer); however, low temperatures classic for Wilson's Temperature Syndrome sufferers are 97.8 degrees or lower.

Virtually all of the chemical reactions that take place in our bodies are catalyzed by enzymes. Enzymes are proteins that are dependent upon their shape, or conformation, for their activity. When enzymes are too hot they are too loose; when they are too cold they are too tight, and in either extreme the enzymes are not the right shape and cannot function optimally. When the body temperature is too low, nearly all of the enzymes in the body function less effectively. This can cause a wide variety of complaints.

High fevers (107 degrees F) can cause brain damage and even death. Severe hypothermia (less than 90 degrees F) can also be a life-threatening medical emergency. A temperature of 100 degrees (1.4 degrees above 98.6) can produce familiar symptoms of fever. It is easy to see how mildly depressed temperatures (1 - 1.5 degrees below 98.6) can also produce a very characteristic set of symptoms. It is obvious that to function optimally, the body must be at the optimal temperature. Under conditions of severe physical or emotional stress, the body can slow down and the temperature can go down to conserve energy, as a coping mechanism. That's normal. But sometimes, the temperature can remain persistently low even after the stress has passed. That's not normal. Examples of severe stresses that can knock the body out of balance include childbirth (the number one cause), divorce, death of a loved one, job or family stress, and surgery or accidents.

The body temperature is regulated by the thyroid hormone system. The hypothalamus stimulates the pituitary gland to produce Thyroid Stimulating Hormone (TSH). TSH stimulates the thyroid gland to produce T4 (thyroxine) which is the raw material used to make the active thyroid hormone T3. T4 is also converted to Reverse T3 (RT3) which is physiologically inactive. 80 percent of the active thyroid hormone T3 is produced outside the thyroid gland, in the periphery of the body. T4 is converted to T3 by an enzyme called 5' Deiodinase. This enzyme is inhibited by stress, acute and chronic illness, fasting, cortisol (steroid), and other things. Under stress and fasting, the body converts less T4 to T3 and more T4 to RT3 to conserve energy (with less T3, the cells of the body slow down). It is likely that the increased levels of RT3 that result can then further inhibit the conversion of T4 to T3, with ev

r the stress has passed (due to a maladaptive slowing of the metabolism). It is characterized by a body temperature that runs, on average, below normal and routine thyroid blood tests are often in the "normal range."

Symptoms can result when the average body temperature is less than 98.6 degrees (checked by mouth with a mercury thermometer); however, low temperatures classic for Wilson's Temperature Syndrome sufferers are 97.8 degrees or lower.

Virtually all of the chemical reactions that take place in our bodies are catalyzed by enzymes. Enzymes are proteins that are dependent upon their shape, or conformation, for their activity. When enzymes are too hot they are too loose; when they are too cold they are too tight, and in either extreme the enzymes are not the right shape and cannot function optimally. When the body temperature is too low, nearly all of the enzymes in the body function less effectively. This can cause a wide variety of complaints.

High fevers (107 degrees F) can cause brain damage and even death. Severe hypothermia (less than 90 degrees F) can also be a life-threatening medical emergency. A temperature of 100 degrees (1.4 degrees above 98.6) can produce familiar symptoms of fever. It is easy to see how mildly depressed temperatures (1 - 1.5 degrees below 98.6) can also produce a very characteristic set of symptoms. It is obvious that to function optimally, the body must be at the optimal temperature. Under conditions of severe physical or emotional stress, the body can slow down and the temperature can go down to conserve energy, as a coping mechanism. That's normal. But sometimes, the temperature can remain persistently low even after the stress has passed. That's not normal. Examples of severe stresses that can knock the body out of balance include childbirth (the number one cause), divorce, death of a loved one, job or family stress, and surgery or accidents.

The body temperature is regulated by the thyroid hormone system. The hypothalamus stimulates the pituitary gland to produce Thyroid Stimulating Hormone (TSH). TSH stimulates the thyroid gland to produce T4 (thyroxine) which is the raw material used to make the active thyroid hormone T3. T4 is also converted to Reverse T3 (RT3) which is physiologically inactive. 80 percent of the active thyroid hormone T3 is produced outside the thyroid gland, in the periphery of the body. T4 is converted to T3 by an enzyme called 5' Deiodinase. This enzyme is inhibited by stress, acute and chronic illness, fasting, cortisol (steroid), and other things. Under stress and fasting, the body converts less T4 to T3 and more T4 to RT3 to conserve energy (with less T3, the cells of the body slow down). It is likely that the increased levels of RT3 that result can then further inhibit the conversion of T4 to T3, with ev

cold they are too tight, and in either extreme the enzymes are not the right shape and cannot function optimally. When the body temperature is too low, nearly all of the enzymes in the body function less effectively. This can cause a wide variety of complaints.

High fevers (107 degrees F) can cause brain damage and even death. Severe hypothermia (less than 90 degrees F) can also be a life-threatening medical emergency. A temperature of 100 degrees (1.4 degrees above 98.6) can produce familiar symptoms of fever. It is easy to see how mildly depressed temperatures (1 - 1.5 degrees below 98.6) can also produce a very characteristic set of symptoms. It is obvious that to function optimally, the body must be at the optimal temperature. Under conditions of severe physical or emotional stress, the body can slow down and the temperature can go down to conserve energy, as a coping mechanism. That's normal. But sometimes, the temperature can remain persistently low even after the stress has passed. That's not normal. Examples of severe stresses that can knock the body out of balance include childbirth (the number one cause), divorce, death of a loved one, job or family stress, and surgery or accidents.

The body temperature is regulated by the thyroid hormone system. The hypothalamus stimulates the pituitary gland to produce Thyroid Stimulating Hormone (TSH). TSH stimulates the thyroid gland to produce T4 (thyroxine) which is the raw material used to make the active thyroid hormone T3. T4 is also converted to Reverse T3 (RT3) which is physiologically inactive. 80 percent of the active thyroid hormone T3 is produced outside the thyroid gland, in the periphery of the body. T4 is converted to T3 by an enzyme called 5' Deiodinase. This enzyme is inhibited by stress, acute and chronic illness, fasting, cortisol (steroid), and other things. Under stress and fasting, the body converts less T4 to T3 and more T4 to RT3 to conserve energy (with less T3, the cells of the body slow down). It is likely that the increased levels of RT3 that result can then further inhibit the conversion of T4 to T3, with ev

must be at the optimal temperature. Under conditions of severe physical or emotional stress, the body can slow down and the temperature can go down to conserve energy, as a coping mechanism. That's normal. But sometimes, the temperature can remain persistently low even after the stress has passed. That's not normal. Examples of severe stresses that can knock the body out of balance include childbirth (the number one cause), divorce, death of a loved one, job or family stress, and surgery or accidents.

The body temperature is regulated by the thyroid hormone system. The hypothalamus stimulates the pituitary gland to produce Thyroid Stimulating Hormone (TSH). TSH stimulates the thyroid gland to produce T4 (thyroxine) which is the raw material used to make the active thyroid hormone T3. T4 is also converted to Reverse T3 (RT3) which is physiologically inactive. 80 percent of the active thyroid hormone T3 is produced outside the thyroid gland, in the periphery of the body. T4 is converted to T3 by an enzyme called 5' Deiodinase. This enzyme is inhibited by stress, acute and chronic illness, fasting, cortisol (steroid), and other things. Under stress and fasting, the body converts less T4 to T3 and more T4 to RT3 to conserve energy (with less T3, the cells of the body slow down). It is likely that the increased levels of RT3 that result can then further inhibit the conversion of T4 to T3, with ev

roduce T4 (thyroxine) which is the raw material used to make the active thyroid hormone T3. T4 is also converted to Reverse T3 (RT3) which is physiologically inactive. 80 percent of the active thyroid hormone T3 is produced outside the thyroid gland, in the periphery of the body. T4 is converted to T3 by an enzyme called 5' Deiodinase. This enzyme is inhibited by stress, acute and chronic illness, fasting, cortisol (steroid), and other things. Under stress and fasting, the body converts less T4 to T3 and more T4 to RT3 to conserve energy (with less T3, the cells of the body slow down). It is likely that the increased levels of RT3 that result can then further inhibit the conversion of T4 to T3, with even more T4 being converted to RT3, less to T3, and so on, with the body getting stuck in a vicious cycle, a sort of coping mechanism gone amuck.

Wilson's Temperature Syndrome is treated by using a special T3 therapy protocol developed by Dr. Wilson. With proper treatment patients can usually bring their temperatures up to normal. When the temperatures are normal the symptoms usually disappear. The hallmark of T3 therapy for Wilson's Temperature Syndrome is the resetting phenomenon. The temperature and symptoms usually remain improved even after the treatment has been discontinued. T3 therapy for WTS does not need to be taken for life. The T3 medicine that is on the market is instant release. T3 therapy is much more effective and better tolerated when the T3 is mixed with a sustained-release agent. The T3 preparation needs to be carefully made (compounded) by skilled and experienced pharmacists, and taken twice a day, every 12 hours.