Clinical Case

The Clinical Evidence for VB-Film

Effective wound management in veterinary medicine requires maintaining a controlled, moist environment to promote tissue repair, minimize contamination risk, and reduce healing time. Hydrogel-based dressings are widely utilized for their ability to regulate moisture levels while supporting autolytic processes and patient comfort.

VB-Film™ integrates these established principles with the adjunctive use of honey, which has been extensively studied for its role in supporting wound healing through osmotic effects, maintenance of a protective barrier, and contribution to a balanced wound environment.

The result is a hybrid dressing platform that aligns with current best practices in veterinary wound care while introducing a simplified, ready-to-use format.

Overview

VB-Film™ is based on two well-established wound care principles:

Moist wound healing (hydrogel technology)
Adjunctive use of honey in wound management

Moist Wound Healing (Hydrogel Dressings)

Maintaining a moist wound environment is widely recognized to:

Promote epithelialization
Reduce scab formation
Support faster healing

Key Reference:

Winter GD. Formation of the scab and the rate of epithelialization of superficial wounds in the skin of the young domestic pig. Nature. 1962.

Honey in Wound Management

Medical honey has been studied for:

Osmotic effects (fluid balance)
Support of a protective wound environment
Broad applicability in wound management

Key References:

Molan PC. The evidence supporting the use of honey as a wound dressing. Int J Low Extreme Wounds. 2006.
Jull AB et al. Honey as a topical treatment for wounds. Cochrane Database. 2015.

Hydrogel Dressings in Clinical Practice

Hydrogels are associated with:

Improved hydration of wound bed
Reduced pain during dressing changes
Support for autolytic debridement

Key Reference:

Boateng JS et al. Wound healing dressings and drug delivery systems: a review. J Pharm Sci. 2008.

Clinical Relevance to VB-Film™

VB-Film™ integrates:

Moisture regulation (hydrogel)
Consistent topical delivery (matrix-based system)
Reduced disruption (non-adhesive structure)

Expected benefits (based on established principles):

VB-Film™ offers several advantages in veterinary wound treatment:

Maintains a consistent moist healing environment
Reduces frequency of bandage changes
Helps support improved healing outcomes
Minimizes complications associated with repeated dressing disruption

Product Composition and Mechanism

VB-Film™ has a patent pending and consists of:

A hydrogel matrix engineered to maintain hydration at the wound interface
Incorporated Apis mellifera honey, distributed throughout the dressing
A non-adhesive structure designed to minimize trauma upon removal
A sterile, single-use format to support infection control protocols

This configuration supports:

Maintenance of a moist wound environment, recognized as a key factor in epithelialization and tissue regeneration
Reduction in mechanical disruption during dressing changes
Consistent topical coverage without the variability of manually applied agents

Safety Profile

VB-Film™ is:

Non-toxic
Non-adhesive, reducing trauma upon removal
Steroid-free, supporting broader clinical applicability

As with all wound care products, use should be guided by veterinary clinical judgment and standard of care protocols.

Application Protocol and Wear Time

VB-Film™ is designed to remain in place for extended intervals relative to traditional dressings.

Typical application interval: every 5–7 days, or as clinically indicated
Frequency may be adjusted based on wound type, exudate levels, and clinician judgment

Extended wear time supports:

Reduced frequency of bandage changes
Decreased patient stress and handling
Lower cumulative labor requirements

VB-Film™ vs. Traditional Veterinary Wound Care

    
            Feature
            Traditional Dressings
            Topical Honey
            Advanced Dressings
            VB-Film™
        


    
            Moisture Control
            Limited
            Variable
            Moderate
            Consistent
        

            Application Consistency
            High variability
            Low consistency
            Moderate
            High (integrated)
        

            Bandage Frequency
            Frequent
            Frequent
            Moderate
            Reduced (5–7 days)
        

            Ease of Use
            Moderate
            Low (multi-step)
            Moderate
            High
        

            Staff Time Required
            High
            High
            Moderate
            Reduced
        

            Patient Disruption
            High
            High
            Moderate
            Lower
        

Feature	Traditional Dressings	Topical Honey	Advanced Dressings	VB-Film™
Moisture Control	Limited	Variable	Moderate	Consistent
Application Consistency	High variability	Low consistency	Moderate	High (integrated)
Bandage Frequency	Frequent	Frequent	Moderate	Reduced (5–7 days)
Ease of Use	Moderate	Low (multi-step)	Moderate	High
Staff Time Required	High	High	Moderate	Reduced
Patient Disruption	High	High	Moderate	Lower

VB-Film™ vs. Traditional Gauze-Based Systems

Traditional Gauze-Based Systems:

Cheap upfront
High labor cost
Frequent changes

👉 VB-Film Advantage: Reduces total treatment burden

Topical Honey Products:

Clinically recognized
Inconsistent application
Requires layering with dressings

👉 VB-Film Advantage: Integrated delivery system

Advanced Synthetic Dressings:

Technically effective
Often expensive
May lack biological component

👉 VB-Film Advantage: Combines technology + natural component

VB-Film™ Core Differentiator

VB-Film™ = Hydrogel + Honey + Extended Wear + Simplicity

Conclusion

VB-Film™ represents a clinically grounded advancement in veterinary wound dressing technology, combining established hydrogel principles with the adjunctive benefits of honey in a standardized delivery system.

By supporting moisture balance, reducing dressing frequency, and simplifying application, VB-Film™ aligns with the evolving demands of modern veterinary practice—where clinical outcomes and operational efficiency are equally critical.

“VB-Film™ is not just a dressing—it’s a more efficient wound care system that reduces labor, simplifies treatment, and supports better outcomes.”