Products

MitoCarn™ Heart can help support healthy functioning of mitochondria of heart cells.MitoCarn™ Heart helps maintain healthy levels of L-Carnitine, which in turn may help maintain healthy ATP energy production within the heart muscle, slowing the decline in energy levels associated with aging. MitoCarn™ Heart also helps reduce oxidative stress through antioxidant activity, which helps maintain mitochondrial health.MitoCarn™ Heart is a 100% active L-Carnitine compound designed to be used in liquid, gelcap, capsule, tablet, gummy, and powder formulations requiring a high concentration of active L-Carnitine.

MitoCarn™ Sport is a unique compound containing fumaric acid, which aids in the creation of ATP. Research also suggests that the active ingredient in MitoCarn™ Sport supports increased myocardial metabolism and a decrease in the Acyl-CoA concentration (including the reduced adenine nucleotide translocase inhibition that goes with it).This supports ATP transport from the mitochondria into the cytoplasm and the resulting accumulation of free CoA increases the metabolism of fatty acids and pyruvate.

MitoCarn™ Weight supports healthy metabolic activity through a sustained increase in fatty acid oxidation and helps the body convert fat to ATP energy in cells. Studies also show that adequate levels of L-Carnitine in the muscles can help minimize fat gain by increasing the metabolism of fat and the amount of energy used during physical activity. MitoCarn™ Weight helps support healthy antioxidant activity, in addition to its mitochondrial functions, which may make it a compound that is beneficial for weight management.*

MitoCarn™ Brain is of particular importance to brain health is the Acetyl-L-Carnitine form of L-Carnitine in MitoCarn™ Brain. MitoCarn™ Brain is a unique compound that can pass through the blood brain barrier, delivering these health-promoting molecules directly to the brain.MitoCarn™ Brain is able to cross from the blood directly into the brain (the blood/brain barrier). It crosses through the OCTN2 transporter. Enzymes then convert the long chain fatty acids to shorter chain Acyl-CoAs. These Acyl-CoAs can cross the inner mitochondrial membrane via a transporter. Another enzyme localized in the inner mitochondrial membrane converts the molecules back to Acyl-CoAs and free L-Carnitine, which then exit the mitochondria.