Title of article :
Case Report on the Treatment of Surgically Debrided Deep Wounds with A New Antioxidant Wound Dressing in Two Dogs
Author/Authors :
Balasch, Joan Hospital Veterinari Balmes - Carrer de Balmes - Barcelona, Spain , Ramió-Lluch, Laura Laboratorios LETI - Avinguda de Cerdanyola - Sant Cugat - Barcelona, Spain , Puigdemont, Anna Universitat Autònoma de Barcelona - Faculty of Veterinary - Bellaterra - Barcelona, Spain , Castro, Begoña Histocell - Bizkaia Science and Technology Park - Derio - Bizkaia, Spain , Bastida, Felix Artin Vet Innovative Therapies - Bizkaia Science and Technology Park - Derio - Bizkaia, Spain
Abstract :
In dogs, large surgical skin wounds are common after tumor resection, trauma or abscesses. In this case
report, we present data on the evolution and resolution of two medium-size necrotic wounds of different origin that
were treated with surgical debridement followed by a new experimental antioxidant dressing for moist wound care in
animals, HR006. Case 1 dog had a deep and wide compression necrosis on the external area of the right hind hock.
Case 2 dog had an abscess due to the insertion of plant awns on the right side of the head in the area of the cheek.
After systemic antibiotic treatment and surgical debridement, wounds were covered with the experimental antioxidant
wound dressing HR006, a matrix of natural galactomannan hydrated with a curcumin and N-acetylcysteine cysteine
solution. Dressings were changed 1 to 3 times during the first week, followed by weekly changes for 6 to 7 weeks. In
both cases, a healthy granulation tissue appeared very fast that regenerated missing tissue. Re-epithelization borders
were also very healthy and quickly covered the affected area. Both cases resolved well within 8 weeks. Moist wound care
with an antioxidant dressing for deep and medium-sized wounds produced after surgical debridement and removal of
necrotic tissue worked well for prompt evolution and closure of the wounds by second-intention.
Keywords :
Surgical debridement , Dog , Moist wound healing , Oxidative stress , Antioxidants
Journal title :
Advances in Animal and Veterinary Sciences