Introducing the new T432 Plus Supplement By ATP Science.
Maximise Natural Thyroid Hormone Production and Lose Fat Fast!
NEW ATP Science T432 PLUS features new ingredients to further help with insulin resistance and polycystic ovary syndrome (PCOS) support on top of all the same benefits of the original T432 formula.
Thyroid hormones are used by the body to control your metabolic rate and your overall ability to not only burn and lose fat, but also to keep it off. T432 PLUS is designed to not only increase the production of thyroid hormones (T4), but also help convert it to more active versions of thyroid hormones (T3 and T2) which are not only thermogenic, (meaning they assist the metabolism of fat) but also blocks the storage of fat and helps improve insulin sensitivity.
T432 PLUS is made from a unique combination of active ingredients scientifically derived from a variety of traditional natural medicine and therapy superfoods from around the world then combined with critical human cofactors of zinc, selenium and Iodine.
Zinc, Selenium and Iodine are essential components of a healthy metabolic rate as they are necessary to manipulate many enzymes, antioxidant and hormonal systems vital to preserve muscle and burn fat. These same nutrients are also some of the most deficient in Australian and western food cultures due to poor food quality and farming practices.
Key Benefits of the T432 Plus Supplement By ATP Science
- Eliminates Reverse T3*
- Boost Glucagon-Like Peptide 1 (GLP-1) and Leptin used to increase feeling of satiety, reduce cravings, and increase metabolism
- Directly stimulate cAMP and hormone-sensitive lipase to burn fat
- Support more balanced testosterone/estrogen ratio in cells to support more lean muscle and less body fat
- Control adipokines** that can inhibit fat loss
- Improve Insulin sensitivity
*Reverse T3 has less than 1/100th the thermogenic potency of T4 and will bind and block T3 receptors not only prevent the benefits of T3, but also the production of T2.
**Adikopines are chemicals produced by fat cells that result in stubborn fat deposits