ANTI-VIRAL PAINTS AND COATINGS AND ARTICLES COMPRISING SAME

Smart overview of the Invention

The patent application discusses a novel material composition designed to reduce viral activity on surfaces. This composition can be incorporated into various materials such as coatings, paints, and other polymeric substances. The key components include lipolytic enzymes and peptides, which are effective in mitigating viral presence when applied to surfaces. The application also details methods for preparing these compositions.

Background

The invention relates to the field of polymeric materials enhanced with bio-based antiviral preservatives. These materials can be used in consumer and industrial products to prevent viral activity on surfaces. Existing antimicrobial compounds are already in use globally, but this new composition introduces bio-based elements like enzymes and peptides to enhance antiviral properties.

Composition Details

The material composition includes a variety of enzymes and peptides that contribute to its antiviral capabilities. Specific enzymes like lipases and peptidases, as well as reactive oxygen-producing biomolecules, are integrated into the polymeric material. These components work together to disrupt viral structures and prevent their activity on treated surfaces.

Applications

The antiviral composition is suitable for use in paints and coatings that form protective layers on surfaces. These layers retain their antiviral properties even after curing, making them effective against a range of viruses including enveloped viruses such as coronaviruses. The application outlines potential uses across various industries where surface protection from viruses is critical.

Embodiments and Variations

The application describes multiple embodiments of the composition, allowing for variations in the types of enzymes and peptides used. It also suggests combinations with non-biological agents like preservatives and chelators to enhance effectiveness. The detailed description provides a framework for adapting the composition to different needs while maintaining its core antiviral function.