Evaluation of a genicular axial pattern flap to repair large cutaneous tibial defects in two dogs

• Main Authors: Ciprian Ober, Joshua Milgram, William McCartney, Marian Taulescu, Cosmin Pestean, Iulia Melega, Liviu Oana
• Format: Article
• Language: English
• Published: BMC 2019-05-01
• Series: BMC Veterinary Research
• Subjects: Axial pattern flap; Dog; Genicular artery
• Online Access: http://link.springer.com/article/10.1186/s12917-019-1900-2

Abstract Background Clinical outcome after cutaneous reconstruction using genicular artery flaps has not been reported. Major cutaneous defects of the pelvic limb between the stifle and hock are frequent in dogs and closure is difficult due to lack of available skin from immediately adjacent areas. Case presentation Here we report the first two clinical cases successfully managed by genicular axial pattern flap closure. A 2-year-old 38 kg (83.77-lb) intact male Labrador Retriever and a 14-year-old 42 kg (92.59-lb) spayed mixed breed female dog were admitted for the management of large skin defects in the lateral tibiotarsal joint. One defect was the result of a fibrosarcoma removal in the Labrador dog and the other defect was a chronic large wound caused by a car accident in the mixed breed female dog. Both defects were reconstructed by using genicular flaps. The bed of the wound in mixed breed dog was surgically debrided and underwent open wound management until a proper granulation tissue bed was formed before reconstruction. The skin defect in the Labrador dog was covered immediately after tumor removal. After surgery both dogs were bearing weight on the limbs normally. Small area of dehiscence occurred in both dogs 2 weeks after surgery. At follow-up examination one month after surgery, the surgical wound of the Labrador retriever still had a small area of dehiscence. Two months after surgery, the wound of the mixed breed dog was completely healed, covered with hair and no lameness was observed. Conclusion Findings suggested that genicular axial pattern flap is a good option for reconstruction of large cutaneous defects of the lateral aspects of the tibia in dogs.