https://www.protocolforlife.com/dha-500/
DHA (docosahexaenoic acid) is recognized as a physiologically essential nutrient in the brain where it is required in high concentrations for facilitating optimal mental performance (neuronal functioning) and in the retina (of the eye), where it is critical for visual acuity.* DHA exerts its most crucial functions at the level of the cell membrane, where it is known to significantly affect many...
https://www.protocolforlife.com/dha-1000/
DHA (docosahexaenoic acid) is recognized as a physiologically essential nutrient in the brain where it is required in high concentrations for facilitating optimal mental performance (neuronal functioning) and in the retina (of the eye), where it is critical for visual acuity.* DHA exerts its most crucial functions at the level of the cell membrane, where it is known to significantly affect many...
https://www.protocolforlife.com/pantethine-300-mg/
Pantethine, a biologically active form of pantothenic acid (vitamin B-5), is the precursor of coenzyme A (CoA) and acyl-carrier protein (ACP), which are both essential cofactors in the metabolism of carbohydrates, lipids and amino acids.* Pantethine has been shown to promote liver and vascular health through its ability to support healthy lipid metabolism in these tissues.* Clinical and...
https://www.protocolforlife.com/pure-mct-oil-16-floz/
MCTs (medium-chain triglycerides) are fats that are metabolized differently than most dietary fats.* Unlike longer chain triglycerides, MCTs require little or no enzymatic breakdown and are easily absorbed across the wall of the small intestine and delivered straight to the liver where they can be used directly for energy production (instead of being stored as fat).* In essence, they act similar...
https://www.protocolforlife.com/puremctoil32floz/
MCTs (medium-chain triglycerides) are fats that are metabolized differently than most dietary fats.* Unlike longer chain triglycerides, MCTs require little or no enzymatic breakdown and are easily absorbed across the wall of the small intestine and delivered straight to the liver where they can be used directly for energy production (instead of being stored as fat).* In essence, they act similar...
