RN Labs
Mito-Charge Powder - 220g
Mito-Charge Powder - 220g
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- Supports cellular efficiency throughout the body
- Supports healthy mitochondrial energy production
- Assists optimal exercise performance
- Promotes muscular recovery and ATP levels post exercise
- Aids healthy cardiac function
Key Nutrients
Ribose:
Natural saccharide found in most cells and tissues.
Forms part of nucleotides.
Forms part of ATP, ADP & AMP molecules.
Increased cellular energy in CFS, Fibromyalgia, cardiac failure and weakness, and muscular fatigue.
Supplementation can reduce muscle recovery time and soreness.
Multiple doses throughout the day may be required and lower maintenance doses may suffice once cellular function has been improved.
Cofactor for transporting fatty acids into the mitochondria for beta oxidation in energy production.
Key metabolite within the citric acid cycle assisting the induction of ATP energy production in mitochondria.
Useful synergist with magnesium for cellular energy production and support of muscular strength, recovery and pain minimisation.
Magnesium is a critical cofactor in the citric acid cycle and the production of ATP.
Magnesium is critical to neuromuscular relaxation.
Magnesium Citrate is a superior form of Magnesium for absorption and uptake into cellular citric acid cycle metabolism.
Calcium and magnesium supplied in a 1:1 ratio, may benefit those with CFS, Fibromyalgia, Neurotransmitter and nervous system imbalances.
Calcium Pyruvate is a bioavailable chelate form of Calcium that does not compete with citrates for absorption. It provides small amounts of the citric acid cycle precursor Pyruvate.
Calcium provides the primary direct contractile force to muscles.
B vitamin cofactors for cellular energy and mitochondrial function.
Four out of the five biotin-dependent carboxylases are found in the mitochondria, and are required for gluconeogenesis and fatty acid oxidation.
Pantothenic acid (B5) is crucial for the formation of Acetyl-CoA, alpha-ketoglutarate and pyruvate dehydrogenase complexes. B5 supports the efficient functioning of the citric acid cycle.
Biotin (B7) assists the body to utilise amino acids within cellular metabolic functions.
Pantothenic acid (B5) is required for fatty acid synthesis, metabolism and fatty acid oxidation.
Assists in the transfer of electrolytes between intra and extracellular spaces.
May provide specific support to Mitochondrial enzymes.
May support the optimum maintenance of cellular electrolyte levels and pH, to maximise cellular conductivity and energy production.
Support on cardiac tissue and metabolism.
Depletion caused by hyperglycaemia could provide a link between mitochondrial dysfunction and diabetes.
Nicotinamide (B3) is required to supply protons (via NADH) for oxidative phosphorylation via ATP and citric acid cycle function.
Using the specialised nicotinamide riboside form provides the highest levels of activity, and the widest benefits.
Provides potent support for energy production pathways.
Encourages healthy cognitive and neuromuscular function.
Supports cardiovascular and arterial health.
May support healthy ageing
Each scoop (7.4g) contains:
|
Ribose |
4 600mg |
|
Propionyl Carnitine |
1 000mg |
|
Calcium Pyruvate |
667mg |
|
Equiv. to Calcium |
100mg |
|
Magnesium Citrate |
635mg |
|
Equiv. to Magnesium |
100mg |
|
Calcium Pantopthenate |
65.5mg |
|
Equiv. to Pantothenic Acid |
60mg |
|
Nicotinamide |
50mg |
|
Taurine |
50mg |
|
Biotin |
1mg |
Excipients: Malic Acid, Colloidal Anhydrous Silica, Stevia
For Practitioner Dispensing Only
If symptoms persist consult your healthcare practitioner.
Vitamin and or mineral supplements should not replace a balanced diet.
If pregnant, consult your healthcare practitioner before using this product.
Contains monosaccharide Ribose.
Ribose in large amounts may lower blood sugar levels. Caution should be exercised in those with insulin medicated diabetes.
Whilst the body requires sufficient Biotin for normal foetal development, supplementing more than 500 mcg per day may not be advisable during pregnancy due to metabolic/hormone influences.
