Mineral deficiencies remain a widespread and underappreciated health burden. Phytate, a compound prevalent in plant-based foods, binds to essential minerals like calcium, iron, and zinc in the gut, blocking their absorption. This leads to serious conditions including anemia, weakened immune function, and deteriorating bone and joint health, particularly affecting those on plant-based diets and aging populations.
This invention introduces a human-origin probiotic uniquely designed to degrade phytate and enhance mineral bioavailability, enabling the body to effectively absorb and utilize vital nutrients from food. Unlike existing probiotic approaches, its human-origin design gives it a distinct advantage in gut compatibility and targeted function. The technology addresses an urgent unmet need and is well suited for commercialization as a dietary supplement, probiotic capsule, powder, or ingredient in fortified functional foods, with broad appeal across health-conscious consumers, clinical settings, and the aging population.
Schematic illustration of the four-step mechanism by which the human-origin phytate-degrading probiotic enhances mineral absorption in the gut. The probiotic secretes phytase enzyme that hydrolyzes phytate found in plant-based foods.