Blackstone Labs Trojan Horse
Trojan Horse is one of the the most powerful ways your body can burn fat. Uncoupling basically causes your body to utilize significantly more energy than it regularly would to make ATP, and this extra energy originates from the breakdown of fat. Already, the most capable (and hurtful) fat burner ever, 2,4-Dinitrophenol (also called DNP), utilized uncoupling to smolder fat. Trojan Horse by Blackstone Labs is also the Most Extremly fat burners amp your metabolism by gainning your heart rate, threw thermogenesis, and by targeting your central nervous system. This is why Trojan Horse was created, it was created for all the people out there that want to take a Extremly fat loss, but don’t want to feel like a crack head!
Garcinia Cambogia Extract (std. to 60% Hydroxycitric Acid)
This is a very popular and effective fat loss ingredient with a number of benefits. Garcinia blocks the production of citrate lyase making it very difficult for the body to product body fat. It also elevates serotonin levels which can increase satiety and reduce cravings.
Calcium Pyruvate 3000mg
This transports amino acids and glucose into the muscle cells to use used for energy.It also increases the amount of ATP (energy) available to the mitochondria for more effective fat burning. Calcium pyruvate also has the added benefit of preventing weight gain and improving nutrient partitioning.
Chromium Picolinate 200mcg
An essential mineral chromium is excellent for improving the bodies ability to handle carbohydrates and maintain more stable blood glucose levels.
L-Carnitine & L-Tartrate
Carnitine plays an important role in transporting fatty acids into the mitochondria where fatty acids are then used an an energy source.
Why Blackstone Labs Trojan Horse is good for you?
- BURNS FAT TO THE GROUND.
- STIMULANT FREE.
- Increase Thermogenisis
- Converts fat into energy.
- Lean Muscle Gain.
- Mood Enhancement,
Ingredients inside Trojan Horse
- Hydroxycitric Acid
- Chromium Picolinate
- Natural adn Artificial Flavors
- Silicon Dioxide