BioCage™

Mechanisms of Enhanced Activity with CQDs and Essential Oils

Binding and Solubilization of Minerals

• Chelation: BioCage acts as a chelating agent, binding to minerals and trace elements such as magnesium, calcium, iron, zinc, and others. This chelation process forms stable nanostructure, water-soluble complexes that can easily dissolve in water and bodily fluids.
• Enhanced Solubility: The solubility of minerals in water is crucial for their absorption in the gastrointestinal tract. BioCage increases the solubility of these minerals, making them more readily available for absorption.

Facilitating Mineral Absorption

• Transport Across Cell Membranes: BioCage is a biopolymer, which allows it to cross cell membranes easily. When minerals are bound to BioCage derived nanosheet and transform nanominerals, this property enhances their transport across the intestinal lining into the bloodstream and eventually into cells.
• Electrochemical Balance: BioCage can balance and energize cell life due to its ability to transport nutrients. It helps maintain the electrochemical balance of cells, which is crucial for the proper absorption and utilization of minerals.

Release and Utilization in the Body

• Dissociation in the Bloodstream: Once absorbed into the bloodstream, BioCage-bound minerals may further dissociate due to the neutral pH of blood (around 7.4), enzymatic activity, and interactions with other molecules. This dissociation releases free mineral ions that are then transported to cells where they are needed.
• Cellular Uptake: The free ions are taken up by cells through specific ion channels or transport proteins. BioCage derived nanostructure is also an aid in the transport of these minerals directly into cells due to its ability to cross cell membranes.
• Bioavailability: The ability of BioCage to stabilize, transport, and release minerals effectively enhances the bioavailability of these minerals, ensuring that a higher proportion is utilized by the body compared to non-chelated mineral forms.

Cellular Delivery Mechanism

• Cell Membrane Penetration: Once in the bloodstream, BioCage-bound minerals can penetrate cell membranes more effectively due to the small size and high permeability of BioCage polymer derived nanostructure. This allows for efficient delivery of minerals directly into the cells where they are needed.
• Bioavailability at the Cellular Level: The minerals bound to BioCage are in a highly bioavailable form, meaning they are readily available for use in various cellular processes. This includes energy production, enzyme activation, and maintaining cellular structure and function.

Enhanced Nutrient Utilization

• Synergistic Effect: BioCage does not just enhance the absorption of individual minerals; it also improves the overall nutrient profile of the body. It helps in the synergistic utilization of vitamins, coenzymes, hormones, and other nutrients by enhancing their bioavailability.
• Cellular Energy Production: By improving the transport and availability of minerals like magnesium, which is crucial for ATP (energy) production, BioCage helps boost cellular energy levels and overall metabolism.

 Excretion of BioCage polymer

• Post-Dissociation Fate: After dissociation, the remaining BioCage polymer is either recycled within the body for further chelation of minerals or excreted. BioCage polymer is excreted primarily through the kidneys in urine.

Clinical Implications

• Improved Mineral Deficiency: For individuals with mineral deficiencies or conditions that impair mineral absorption, BioCage-bound minerals is an effective way to improve nutrient status.

 Safety and Bioavailability

Non-Toxic: BioCage is generally considered safe and non-toxic when consumed in appropriate amounts. Its ability to enhance the bioavailability of minerals without causing toxicity makes it a valuable supplement in both preventive and therapeutic health care.