Supplements are only truly effective if they provide meaningful benefits and are properly used by the body, and The Absorption Company specializes in highly absorbable formulas like the new Magnesium Glycinate. There are several factors that cause supplements to have low bioavailability, including molecule size, structure, solubility, and the harsh environment of the stomach. Touted as "magnesium that absorbs up to eight times better," The Absorption Company's Magnesium Glycinate supports stronger sleep, recovery and relaxation via advanced chelation and liposomal delivery.
Many people find that adding magnesium to their wellness routine can be supportive for common challenges like muscle tension, stress, or trouble winding down, and with these needs in mind, The Absorption Company pairs its bioavailable Magnesium Glycinate with flavored dietary supplements for calm, restoration and sleep.
What's Driving This Trend
- Enhanced Bioavailability
- Supplement companies are innovating with advanced delivery technologies to ensure nutrients are more efficiently absorbed by the body, particularly for minerals like magnesium.
- Chelation-based Supplements
- Companies are exploring chelation processes to bind minerals such as magnesium with amino acids, offering unique supplements with enhanced absorption and effectiveness.
- Multi-function Nutritional Products
- There's a growing demand for supplements that provide multiple health benefits, combining ingredients to support sleep, muscle recovery, and stress relief simultaneously.
Who This Affects Most
- Nutraceuticals
- The development of more bioavailable supplements is aiding the nutraceutical industry in delivering more effective health solutions for various wellness needs.
- Functional Foods
- Functional food manufacturers are incorporating absorbable supplements into consumable products, creating a new avenue for delivering essential nutrients through diet.
- Health and Wellness
- The health and wellness industry is expanding with a focus on products that promise increased efficacy through enhanced nutrient absorption technologies.
