Core SearRegular price $49.99
NON-STIMULANT THERMOGENIC AND RECOMPOSITION AGENT
- Sinetrol - Blend of polyphenols aiding in weight management
- MitoBurn - Initiates the "browning" of adipose tissue
- Paradoxine - Non-stimulant thermogenesis
Why do we call it “burning fat”? It is a strange turn of phrase, as the body does not “burn” the adipose tissue (the technical name for “fat”). Of course, heat is involved in the base process of fat metabolism, hydrolysis, but the average person of course does not have these in mind. What the common phrasing captures is that the adipose tissue is now being used for fuel – burned up, as gasoline is burned up in a combustion engine as fuel for the vehicle. In this sense, the phrase “burning fat” captures something essential about the mechanisms of adipose metabolism. One mechanism of increasing this process overall is increasing the conversion of WAT (white adipose tissue) to BAT (brown adipose tissue) – known as the “browning” of fat.
It is precisely this mechanism that Core SEAR affects. There are many pathways to enhance lipolysis, the process by which stored triglycerides – the “stuff” of fat tissue – are broken down to release their potential energy into actual energy. One of the most effective is modulating the enzymes that interconvert WAT (white adipose tissue, which stores energy) to BAT (brown adipose tissue, which releases energy) and the chemical and enzymatic cascades that induce lipolysis. SEAR addresses both. Sinetrol XPur®, a blend of citrus fruit extracts, and MitoBurn™, a metabolite of L-valine, have been demonstrated to increase white-to-brown adipose tissue conversion and therefore the resultant energy expenditure increase. Meanwhile, Coleus forskholli and Paradoxine® have been shown to heavily influence cellular communication and enzymatic pathways involved in lipolysis, specifically the cAMP and AMPk pathways.
Together, this simple but incredibly powerful formula earns its name: searing white into brown adipose tissue and increasing your body’s energy expenditure due to fat metabolism.