Enhanced Oral Dissolvable Film for Vitamin D3 Delivery

The present invention provides novel enhancements to oral dissolvable films containing vitamin D3, addressing limitations of existing films by incorporating moisture-absorbing layers, heat-resistant polymer matrices, synergistic antioxidant blends, novel drying processes, and light-blocking layers to improve stability, shelf life, and delivery efficiency.

The original patent disclosed an oral dissolvable film containing vitamin D3, but this invention had inherent limitations, including degradation due to moisture, heat, light, and oxygen exposure. The present inventive concept solves these problems by introducing novel components and processes that enhance the stability and delivery of vitamin D3.

The enhanced oral dissolvable film comprises a novel moisture-absorbing layer that reduces degradation of vitamin D3 due to moisture exposure. Additionally, a heat-resistant polymer matrix is incorporated to prevent degradation of the vitamin D3 at elevated temperatures. A synergistic blend of antioxidants enhances the shelf life of the vitamin D3. A novel drying process minimizes exposure of the vitamin D3 to oxygen, and a light-blocking layer prevents degradation due to UV light exposure. These enhancements improve the stability, shelf life, and delivery efficiency of the vitamin D3.

The present inventive concept is novel and non-obvious compared to the original patent, as it introduces new components and processes that address the inherent limitations of existing oral dissolvable films containing vitamin D3. The combination of these enhancements provides a significant improvement over the prior art.

Alternative embodiments of the inventive concept could include varying the composition of the moisture-absorbing layer, heat-resistant polymer matrix, antioxidant blend, and light-blocking layer. Additionally, different drying processes and manufacturing techniques could be employed to further optimize the oral dissolvable film.

The enhanced oral dissolvable film has significant commercial potential in the pharmaceutical and nutraceutical industries, particularly in the areas of vitamin D supplementation and treatment of vitamin D deficiency. The improved stability, shelf life, and delivery efficiency of the vitamin D3 make it an attractive solution for healthcare providers and consumers.