Liposomal Ferrous Glycinate
Description
Liposomal ferrous glycinate is an advanced iron supplement designed for optimal bioavailability and minimal gastrointestinal discomfort. By utilizing a liposomal delivery system, 50% of the formulation consists of liposomes that encapsulate ferrous glycinate, ensuring efficient absorption and sustained release. With an iron content of 10%, it provides a gentle yet effective source of elemental iron. This form is ideal for addressing iron deficiency while supporting overall health, energy metabolism, and red blood cell production.
Specification
[Specs] Iron content: 10%
[Liposomal Content] 50%
[Part Used] Ferrous Glycinate
[Active Ingredients] Elemental Iron (from Ferrous Glycinate)
[Appearance] Light yellow to brownish-green powder
[Odor] Slight characteristic
[Identification] ICP-OES / HPLC Tested
[Solubility] Dispersible in water
Functions:
- Enhances iron absorption and reduces gastrointestinal side effects;
- Supports the production of hemoglobin and red blood cells;
- Boosts energy and reduces fatigue caused by iron deficiency;
- Promotes cognitive performance and concentration;
- Strengthens the immune system by supporting white blood cell function;
- Aids oxygen transport throughout the body;
- Minimizes oxidative stress commonly associated with free iron.
Health Benefits
- Improving iron bioavailability with liposomal delivery
- Supporting treatment and prevention of iron-deficiency anemia
- Increasing energy and reducing fatigue
- Enhancing cognitive and neurological function
- Promoting healthy pregnancy outcomes
- Supporting immune health and general vitality
- Reducing common side effects of traditional iron supplements
Segment
- As a functional ingredient for anemia-related treatments and iron supplements, it is widely used in the pharmaceutical and nutraceutical industries;
As a gentle, high-absorption form of iron, it is featured in health and wellness products, including capsules, sachets, beverages, and functional foods designed for women, athletes, and individuals with increased iron need