NanoSALV Catalytic Advanced Wound Care Treatment Matrix is a matrix gel containing NanoTess’ proprietary composite material – NanoKARE. NanoKARE is designed to reduce the thresholds needed to achieve optimal healing outcomes, reduce inflammation, and provide safe and effective broad-spectrum antimicrobial and biofilm protection within the matrix.
NanoSALV Catalytic actively supports wound healing across the continuum of wound and skin care. NanoSALV Catalytic is intended for the management of:
- Acute wounds
- Minor wounds
- Burns
- Minor skin infections and irritations
Features
- Actively supports wound healing throughout the healing process
- Reduces wound and skin inflammation
- Provides effective broad spectrum infection control within the matrix
- Provides moisture management
Benefits
- Effectively promotes and facilitates re-epithelialization by providing an optimal environment for natural wound healing processes to occur. NanoSALV Catalytic’s proprietary NanoKARE technology contains copper, a well-known facilitator of angiogenesis and re-epithelialization.
- NanoSALV Catalytic’s proprietary NanoKARE technology contains copper, a well-known topical anti-inflammatory.
- In-vitro studies have shown that NanoSALV Catalytic’s proprietary NanoKARE technology provides a broad-spectrum antimicrobial effect, eliminating yeasts, fungi, viruses, and bacteria, including antibiotic resistant strains. NanoKARE has also shown to be effective in the management and prevention of biofilm formation.
- NanoSALV Catalytic creates a safe and effective biocompatible barrier that actively regulates the wound’s moisture by absorbing or releasing moisture as needed. NanoSALV Catalytic can be used effectively on both dry and wet wounds, and with a variety of standard dressing protocols such as bandages, gauze wraps, and total contact casts.
Application
- A pea-sized amount of NanoSALV Catalytic covers a 10x10cm surface area and is considered one application. Less product is required for a smaller surface area. Product should be applied in a paper-thin layer.
- Frequency of reapplication will depend on the type and condition of the wound or skin concern. NanoSALV must be in direct contact with the affected area.
