Dermo Care - Probiotic Spray

Revolutionizing Skin Care with Probiotic Technology
Dermo Care Probiotic Spray offers veterinarians a valuable additional tool for managing broken skin, wounds, hot spots, and abrasions in companion animals and horses.

Using probiotic technology, this spray introduces beneficial bacteria that actively inhibit harmful pathogens through competitive action. This approach helps reduce the risk of infection and promotes faster healing, without contributing to antimicrobial resistance (AMR).

Key Benefits

• Effectively Cleans and Protects Wounds: Removes organic debris at a microbial level to minimize the risk of infection.
• Prevents Pathogenic Activity: Mechanically outcompetes and inhibits harmful bacteria, helping to reduce the risk of sepsis in contaminated wounds.
• Promotes Natural Healing: Probiotics restore microbial balance, facilitating faster recovery and reducing inflammation.
• Can Reduce Antibiotic Reliance: Supports wound management without contributing to antimicrobial resistance (AMR). Can help to reduce antibiotic requirements for some patients.
• Safe and Sustainable Formula: Made with plant-based ingredients, free from harmful chemicals, and eco-friendly.

Dermo Care Probiotic Spray facilitates wound healing by introducing commensal (friendly) bacteria at the wound site. These probiotics inhibit pathogenic bacteria through competitive inhibition, a natural process that reduces infection risk without harming the patient or the environment.

Why Choose Dermo Care Probiotic Spray?
This innovative spray fosters natural healing and has a safe, mechanical bio-competition action that does not create antimicrobial resistance. In some cases, it can help to reduce antibiotic requirements.  By leveraging probiotics to outcompete harmful bacteria, Dermo Care Probiotic Spray offers veterinarians a safe, effective, and environmentally sustainable, complementary option for wound/atopy management.

Incorporating Dermo Care Probiotic Spray into your wound care/atopy protocols helps to reduce reliance on antibiotics and improve patient outcomes, whilst supporting global efforts to combat AMR.

Composition
Water >30%
Microorganisms EU Group 1 <10%