CanPrev - Curcumin 100 Liposomal, Tangerine Peach - 450 ml (90 servings)
- CanPrev Liposomals use a patented delivery system that swiftly and safely transports active nutrients direct-to cell.
- Bio-friendly phospholipid bilayers protect nutrients in transit from digestive and enzymatic breakdown, while supporting quick sustained cellular uptake.
- With soy-free phospholipids sourced from sunflower and phosphatidylcholine.
- No artificial colours, flavours, preservatives or animal products. Delicious tangerine peach flavour.
What are liposomals?
Liposomal supplements envelop your active ingredients in a bubble of phospholipids – the same stuff our cell walls are made from. Because of its unique biological properties, it’s an exciting new way to administer nutrients. Unlike other supplement forms, you don’t have to worry about how long it takes for your nutrients to be absorbed.
Curcumin 100 Liposomal in Tangerine Peach flavour provides potent antioxidants. Curcuminoids, the active photochemical in curcumin, provide antioxidant capabilities that neutralize free radicals in the body. With soy-free phospholipids sourced from sunflower and phosphatidylcholine.
Bubble of protection
Liposomes envelop active nutrients in a bubble of phospholipids, shielding against digestive hazards, enzymes and absorption-blocking substances.
Adults: Take one (1) teaspoon per day or as directed by a healthcare practitioner. Can be taken directly or mixed with a glass of water. Shake before use. Refrigerate after opening.
Each teaspoon contains
Non-medicinal ingredients: Natural peach flavour, orange oil, sunflower oil, phosphatidylcholine, glycerin, sucrose, potassium bicarbonate, acacia gum, citric acid, d-alpha tocopherol, oleic acid, phosphoric acid, purified water.
Fantastic cell reception
Phospholipid layers are built from the same material as cells, vastly enhancing permeability, absorption rate by epithelial cells, and rapid uptake into our blood or lymphatic system.
Rapid, sustained release
A unique multilamellar design features multiple rings of phospholipid membranes. Nutrient payloads are released as each layer is peeled away, allowing a sustained delivery of compounds over time.