• Send Us a Message
  • Skip to content

    Canprev Liposomal Magnesium 75mg 225mL

    SKU 18053163
    Availability: Translation missing: en.general.icons.icon_check_circle icon Only 4 left!

    Notify me when back in stock

    • Magnesium supports over 800 enzymatic reactions in the body
    • Designed for superior absorption
    • 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 Nutty Chocolate Caramel flavour


    We need magnesium for so many things in the body. It helps us metabolize nutrients, maintain proper muscle function, provide electrolytes, help maintain healthy bones and teeth, and even more. Due to changes in the quality of our food, it can be difficult enough to get enough of this mineral from diet alone. Taking a quality supplement is a good option for those looking to maintain magnesium levels, and our liposomal formula with 75mg of magnesium bis-glycinate is a great option for those who struggle with digestion or are looking for an alternative to capsules. 

    Buckle up

    Your nutrition is going for a ride.

    Bubble of protection

    Liposomes envelop active nutrients in a bubble of phospholipids, shielding against digestive hazards, enzymes, and absorption-blocking substances.

    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.