Liposomal Iron
Our Liposomal Iron delivers Ferrous Fumarate in non-GMO phospholipid encapsulation, providing this Liposomal Delivery Technology in a capsule-friendly format. Iron is an essential mineral, meaning it must be obtained through the diet. Within cells, iron is incorporated into haem and iron– sulfur (Fe–S) clusters that are assembled predominantly in mitochondria. These cofactors are integral to numerous enzymes, including components of the respiratory chain, dehydrogenases, and enzymes involved in DNA synthesis and repair, and they are found in many tissues, such as liver, muscle, brain, and bone marrow.
Ingredient Facts
When used as part of a varied diet and healthy lifestyle, Iron contributes to:
- Normal cognitive function
- Normal energy-yielding metabolism
- Normal formation of red blood cells and haemoglobin
- Normal oxygen transport in the body
- Normal function of the immune system
- The reduction of tiredness and fatigue
- Iron has a role in the process of cell division
Dosage
Take one capsule daily, preferably with food, or as professionally directed. Do not exceed the stated recommended daily dose.
Store in a cool, dry place below 20°C. Food supplements should not be used as a substitute for a varied and balanced diet and healthy lifestyle. Pregnant or breastfeeding women, or those under medical supervision, should consult a doctor before use. Keep out of reach of young children. Keep tightly sealed and protected from light and heat.
Allergy Info: Gluten Free, Lactose Free, Paraben Free
Ingredients
Formulated with:
- Ferrous Fumarate (Iron) – 25 mg
- Phospholipids (Non-GMO Sunflower)
- Acacia gum
- Capsule shell (Hydroxypropyl Methylcellulose)
Advisory
Food supplements should not be used as a substitute for a varied and balanced diet and a healthy lifestyle.
Do not exceed the stated recommended daily dose.
Keep out of the reach of young children.
Quality Standards
Our Liposomal Iron is manufactured in the UK to GMP standards by GM Priority Pharma. Each batch undergoes independent third-party testing for purity, potency, and safety. Ferrous fumarate is encapsulated inside microscopic spheres made from non-GMO sunflower phospholipid bilayers. The same general structural motif forms phospholipid cell membranes. Similar liposomal iron preparations have been characterised in human studies that tracked blood iron levels over time after supplementation, using pharmacokinetic metrics such as plasma concentrations and time–concentration curves. The formulation is non-GMO, recyclable, and packaged in UV-protected glass bottles to help protect product stability and integrity over its shelf life.
Why Liposomal Iron
Our liposomal Iron uses non-GMO sunflower-derived phospholipids for encapsulation, forming membrane-like spheres that surround ferrous fumarate. In our Liposomal Delivery Technology, iron is encapsulated within microscopic sunflower-derived phospholipid bilayers, the same structural motif that forms phospholipid cell membranes. Instead of leaving iron as free salt, this approach encapsulates it in a liposomal matrix of phospholipids and iron, similar to liposomal systems investigated in the scientific literature.
Liposomes are dynamic phospholipid bilayers built from the same general type of phospholipid assemblies and bilayer architecture found in cell membranes. Both are dynamic lipid structures with fluid behaviour and the ability to curve, bud, and reorganise. In cell biology, membranes routinely exchange vesicles with the same bilayer structure during exocytosis, endocytosis, and vesicle trafficking. Liposomal systems have been the subject of numerous studies as delivery vehicles for supplement ingredients, including mineral salts such as iron.
Liposomal formulations of nutrients such as iron have been characterised in human studies by tracking the amount of the encapsulated nutrient that appears in the bloodstream over time. In several comparative designs, liposomal and non-liposomal versions of the same nutrient were administered to participants to quantify differences in pharmacokinetic profiles. Taken together, this makes our Liposomal Delivery Technology a premium, capsule-friendly format for modern iron supplementation.
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Liposomal Encapsulation
In traditional supplements, large amounts of the active ingredients do not get absorbed. They are damaged, and destroyed by stomach acids, and intestinal enzymes. Whereas, liposomal supplements are wrapped in a protective bubble of healthy fat. This helps in:
Protection: Protect the nutrient from stomach acid and enzymes.
Absorption: Assimilate it into the bloodstream more easily.
Bio-availability: Deliver higher amounts to the cells where they’re needed.
Fact: Clinical studies show liposomal iron achieves higher ferritin and haemoglobin improvements with fewer digestive side effects compared to standard oral iron formulations.
"This is the first iron supplement I’ve taken that doesn’t upset my stomach. My energy levels are finally back."
Zara, 35
"Within a month, my fatigue was gone and I could focus again. My blood test showed ferritin back to normal."
James, 42
"Six months of steady improvement. I feel stronger, more alert, and my skin looks healthier."
Rebecca, 51
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Frequently Asked Questions
The phospholipid coating protects iron from stomach irritation and ensures smooth absorption into circulation, reducing nausea and constipation.
Most users feel noticeable energy and focus improvements within 3–4 weeks. Blood ferritin levels typically normalise after 2–3 months.
Yes. It pairs safely with Vitamin B Complex, D3 + K2, and Glutathione for comprehensive vitality and immune support.
Yes. The formula is 100% plant-based and allergen-free.
At present, we ship exclusively within the United Kingdom.
Orders are typically delivered within 5–7 working days, depending on your location in the UK.
Scientific Footnotes
Ciudin A et al. Liposomal iron supplementation in iron deficiency anemia: improved efficacy and tolerability compared with traditional ferrous salts. Hematology. 2017.
Schümann K et al. Bioavailability and efficacy of liposomal iron preparations. Eur J Nutr. 2012.
Girelli D et al. Iron metabolism and oxidative stress: a double-edged relationship in health and disease. J Trace Elem Med Biol. 2021.