https://www.protocolforlife.com/krill-oil-1000-mg/
Krill Oil is known for its unique fatty acid (FA) profile, which includes EPA and DHA, plus phospholipids. In addition, krill oil naturally has astaxanthin, a powerful free radical scavenger and immune-supporting carotenoid.* Clinical studies have shown that NKO® can help to support joint comfort, healthy blood lipid levels already within normal range, and may help to maintain healthy feminine...
https://www.protocolforlife.com/cholesterol-pmf/
Sytrinol™ is a clinically tested blend of bioflavonoids (polymethoxylated flavones) and tocotrienols extracted from natural citrus and palm fruits. Studies demonstrate that Sytrinol™ may help to maintain cholesterol and triglyceride levels already within the healthy range by supporting a balanced production of cholesterol by the liver.* This formula also includes a complementary combination of...
https://www.protocolforlife.com/alpha-lipoic-acid-250-mg/
Alpha-lipoic acid (ALA) is naturally produced in the human body in very small amounts, but is also available in some foods. ALA is unique in that it can function in both aqueous (water) and lipid (fat) environments, which allows it to easily cross biological membranes to exert its actions.* ALA is known to recycle vitamins C and E and some other free radical quenchers, extending their...
https://www.protocolforlife.com/ortho-dophilus/
Probiotic bacterial species are known to exist and thrive in the human digestive tract. These microorganisms assist in proper digestion, support detoxification, and are a necessary component of healthy immune system function.* Ortho Dophilus™ is a combination of scientifically tested strains of friendly bacteria with FOS included to encourage their healthy growth.* The probiotic strains in this...
https://www.protocolforlife.com/organic-mct-oil/
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...
