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Features & Benefits
- Benefit Claims (Health)
Applications & Uses
Identification
Features & Benefits
Applications & Uses
MitoCarn™ helps keep mitochondrial engines firing
MitoCarn™ supports the body’s ATP production cycles. Healthy mitochondrial function is necessary to maintain optimal energy levels. If mitochondrial function wanes, energy supplies dip and you’re left with less energy to enjoy life. MitoCarn™ can deliver the nutrients your mitochondria use/utilize to maintain energy levels, even as you age.
MitoCarn™ supplies antioxidant benefits
MitoCarn™ also provides antioxidant protection for cells. Antioxidants help to reduce damage due to oxygen, such as that caused by free radicals. The more energy your body produces the greater its need for antioxidant protection. The processes that produce energy in the cell use oxygen and create reactive oxygen species (ROS) and other toxic residue as byproducts. MitoCarn™ provides the molecules that cells need to cleanse themselves of the waste produced by normal mitochondrial function.
MitoCarn™ supports clean energy production
Without the molecules needed to constantly remove mitochondrial toxic residue, cells cannot remain strong. L-Carnitine in cells plays an important role in the clean-up side of energy production. Without adequate L-Carnitine, oxidation and its residual waste can inflict unwanted damage on mitochondria that accumulates over decades, finally making itself known with crippling effects. MitoCarn™ supports clean energy production by minimizing cellular waste during the ATP process.
MitoCarn™ helps support healthy aging
Mitochondria are also involved in the natural aging processes. Because they don’t last more than ~100 days, they need to be constantly replicated. This can result in DNA replication errors that weaken the mitochondria over time. It’s the same idea of how a copy of a copy is not as strong as the original. As mitochondria are replicated, the result is sub-optimal cellular functioning. In addition, poorly functioning mitochondria impose ongoing oxidative stress on parent cells that accelerates the aging process. Supporting healthy mitochondrial replication can slow the replication damage that is thought to accelerate aging.