Elevating thyroid levels is one of the best ways to maximize overall body fat reduction. This technique enhances fat loss by increasing your metabolic rate, or the amount of energy (calories) expended in a given period. The thyroid is a double-lobed gland that produces two key hormones: triiodothyronine (T3) and thyroxine (T4). T3 is considered to be 5 to7 times more metabolically active than T4. Although some T3 is produced in the thyroid, approximately 80-85 percent is generated outside the thyroid, primarily via the conversion of T4 in the liver and kidneys . Our product development team concluded that we could dramatically enhance the body's metabolic rate by developing a new thyroid modulator that would maximize free, or unbound, T3 levels in order to do the following: 1) Increase basal metabolic rate, 2) Enhance protein, carbohydrate, and fat metabolism and, 3) Sensitize the peripheral adrenergic receptors.

The first mechanism of our new thyroid modulator, found exclusively in T7, helps increase metabolic rate by elevating BMR, or basal metabolic rate. BMR is the total amount of energy, measured in the form of calories, your body requires for normal bodily functions, which includes keeping your heart beating, inhaling and exhaling air, digesting food, maintaining your body core temperature and every other metabolic process in your body. Our thyroid modulator increases BMR by stimulating the use of oxygen in the production of ATP by up-regulating mitochondrial energy production. As cells utilize more oxygen, heat is emitted leading to a rise in body core temperature. This effect known as thermoregulatory thermogenesis helps maximize the metabolic effects of T7.

Another mechanism of our new thyroid modulator, involves enhancing protein, carbohydrate, and fat metabolism to increase the metabolic effects of T7 . Protein metabolism is enhanced by our modulator through an increase in protein synthesis, or the process by which your body utilizes amino acids to build new tissue. Our modulator also enhances carbohydrate metabolism by increasing the following: 1) The glycogenolytic, or the biochemical breakdown of glycogen to glucose, response to epinephrine, 2) The availability of precursors for the gluconeogenesis, or the formation of glucose from protein, process, and 3) The uptake of glucose by adipocytes and muscle cells. And finally, our thyroid modulator enhances fat metabolism by stimulating the synthesis, mobilization and degredation of fats. The main effects on fat metabolism include: 1) Increasing the utilization of fat substrates, 2) Increasing the synthesis and mobilization of triglycerides stored in adipose, or fat, tissue, and 3) Increasing the activity of lipoprotein-lipase, an enzyme that breaks down fat molecules.

The final mechanism of our new thyroid modulator, found exclusively in T7 , involves sensitizing the peripheral adrenergic receptors. The body produces two catecholamines, epinephrine and norepinephrine, which bind to beta receptor sites and activate HSL, or hormone sensitive lipase. HSL hydrolyzes, or breaksdown, stored fats into free fatty acids and glycerol to be utilized as an energy source. Our thyroid modulator up-regulates, or increases the number of, beta receptor sites allowing catecholamines to increase their ability to activate HSL and eventually lipolysis, the breakdown of existing fat. Please note T7 will also enhance the effects of our D4 which stimulates the release of catecholamines.

PEAK Price:  $49.96

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