T2 had a blatant dose-dependent effect which increased resting metabolism and oxidative capacity, exponentially increasing how much fat you can lose. Another study showed very promising and similar results, increased energy expenditure and oxidative capacity as a result of T2. It soon became evident that T2 has a very similar effect on lipid metabolism that T3 itself
In a study addressing T2’s ability to burn fat it was seen that T2 decreased stored fat of rats fed with a high fat diet (*in a caloric surplus*) by 13% while the rats fed the same diet without T2 gained 13% mass, all fat
The current literature and the results presented by Jonas et al (11) indicate that, in addition to increased metabolism and reduced fat mass, T2 administration also leads to suppression of the HPT axis, increased food intake, and cardiac hypertrophy
3, 5-diiodo-l-thyronine, by modulating mitochondrial functions, reverses hepatic fat accumulation in rats fed a high-fat diet
In a third more extreme human trial it appears as though it took 100 times more T2 than T3 to finally exert the same amount of TSH inhibition (lie?)
lean muscle mass was left completely intact in the T2 testing group, which is substantially different than studies performed on T3 (triiodothyronine) which have proven T3’s blatant propensity to eat up muscle mass.
T2 increases muscle cellular insulin sensitivity by reducing the fat content in each cell. It accomplishes this by lowering the amount of circulating triglycerides in the body and eliminating the fat depositing process in red and white blood cells.
Consequently, more amino acids in the body, carbohydrates and creatine are absorbed into each white muscle cell
Thyroid hormones also play a huge role in your cognitive function, mood and blood profile
greater the amount of thyroid hormones in your body, the higher your oxygen consumption will increase, as well as your Basal Metabolic Rate and lipolysis.
Lipids are oxidized at an exponentially increased rate the more thyroid hormone you have
observational and experimental studies found an association between meal timing, weight gain, hyperglycemia and diabetes mellitus with benefits deriving from an early intake of food in the day
observational and experimental studies found an association between meal timing, weight gain, hyperglycemia and diabetes mellitus with benefits deriving from an early intake of food in the day
it takes 200 milligrams not micrograms to make the T2 clinical significant difference
No comments:
Post a Comment