Enhanced Oral Dissolvable Film for Vitamin D3 Delivery

An improved oral dissolvable film (ODF) containing vitamin D3, featuring enhanced stability, bioavailability, and controlled release, addressing limitations of existing ODFs.

The original patent for oral dissolvable films containing vitamin D3 has limitations, such as degradation due to moisture, heat, light, or oxygen, and variable bioavailability. The new inventive concept addresses these issues by introducing protective layers, desiccant materials, surfactants, pH-sensitive polymers, and rate-controlling materials to create a more efficient and reliable ODF system.

The enhanced ODF system comprises a film encapsulated with a protective layer to prevent degradation, incorporating a desiccant material to maintain a humidity level below 20%. The film may also include a surfactant material to facilitate dissolution and absorption, and a pH-sensitive polymer designed to release vitamin D3 at a specific pH range. Additionally, a layer of rate-controlling material regulates the release of vitamin D3 over a predetermined period. These features ensure improved stability, bioavailability, and controlled release of vitamin D3.

The new claims introduce novel elements, such as the protective layer, desiccant material, surfactant material, pH-sensitive polymer, and rate-controlling material, which provide a significant improvement over the original patent. These elements, individually and in combination, create a more efficient and reliable ODF system that addresses the limitations of existing ODFs.

Alternative embodiments may include using different types of protective layers, desiccant materials, surfactants, pH-sensitive polymers, and rate-controlling materials. Variations may also include adjusting the composition and structure of the ODF system to accommodate different active ingredients or administration routes.

The enhanced ODF system has significant commercial potential in the pharmaceutical and nutraceutical industries, particularly for vitamin D3 supplementation. The improved stability, bioavailability, and controlled release of vitamin D3 make it an attractive solution for addressing vitamin D deficiency and related health issues.