•  
• pH 7 to 8 – Alkalizing – Chelating – Moisturing.
• Soft gentle sustainable wipes for tough cleaning of damaged skin.
• Antibiotic and azoles free:
  • Controls simple dermatitis without antibiotics, helping fight resistance.
  • Helps rationalize the use of antibiotics, preserving their efficacy.
  • Super saturated with innovative and unique solution.
  • Solution effects enhanced by the mechanical action of fabrics.
• Supports veterinary treatment of choice:
  • Cleanses, modifies pH and prepares skin to optimize treatment effects.
  • Aids against harmful biofilms.
  • First line non-antibiotic therapy for non-complicated bacterial infections.
  • Synergistic effect – EDTA – Chelating action:
  • Increases G – bacterial membrane permeability.
  • Increases bacterial antibiotic sensitivity.
• Tromethamine – Alkaline buffer:
  • Enhances antibiotic action.
  • Enhances the chelating action of EDTA.
  • Chlorhexidine – Increases antiseptic action.
  • Glycerine – Provides extra soothing action to sensitive skin.
• High quality fabric:
  • Honeycomb textured for better elimination of debris, secretions, and exudate.
  • 100% biodegradable.
  • Large size: suitable for large animals or expansive affected areas.
  • Can be easily torn.
  • Paraben, Phosphates & DEA Free.

• Aids against harmful biofilms.
• Creates a hostile microenvironment against microorganisms.
• Supports veterinary treatment of choice for dermatitis in which Gram – and Gram + bacterial are involved, especially Pseudomonas spp, Proteus spp Staphylococcus spp and Streptococcus spp
• Cleanses superficial, deep, and chronic pyodermas.
• Cleanses skin erosions, superficial wounds, and irritated skin.
• Cleanses inside and outside ear pinnae. 

CUTANIA^® TrisEDTA Wipes are easily torn to provide the maximum hygiene and to avoid reusing a wipe.
Initial: Gently rub affected areas with a wipe 1-2 times per day for 7-10 days.
Maintenance: Use 1-2 times per week for maintenance.

Store the container tightly closed in a cool dry place protected from direct sunlight.

EDTA (Ethylenediaminetetraacetic acid) has been widely used for the control of microorganisms and biofilms, usually combined with other substances, such as alcohols and other antiseptics against a wide range of microorganisms. It has the chemical property of combining with metal ions forming complexes that precipitate in form of chelates.
EDTA is thought to interfere with fungal growth as it competes with siderophores for iron and calcium essential for the maintenance of the fungal cycle.
Chlorhexidine is a widely used disinfectant and preservative. As a preservative, due to its antimicrobial effect, it prevents or delays the harmful effects of microorganisms on the other ingredients. As a disinfectant, it is used for the treatment of environmental surfaces and, in less concentrated forms, as an antiseptic for treatment of the skin, ears and oral cavity.

Tris-EDTA action is enhanced when applied with other antiseptics such as chlorhexidine, increasing its effects on bacteria membranes and its antiseptic action against Gram – and Gram + bacteria. That synergistic effect allows to reduce chlorhexidine concentration.

Tromethamine is an alkaline buffer that enhances the chelating action of EDTA and therefore its antibiotic efficacy. It counteracts the acidity of the exudate produced in otitis externa, which contributes to reducing antibiotic efficacy.

Benzyl Alcohol is commonly used as a preservative, due to its inhibitory activity on the growth of microorganisms. In addition, it possesses mild local anesthetic activity that appears to reduce pain at injection sites.

Glycerine provides extra-moisturizing effect to damaged skin