PURPOSE: Continuous irrigation method is an important step in managing wound infection. V.A.C. devices have been used in intractable wounds for reducing discharge, improving local blood flow, and promoting healthy granulation tissue. We expect synergistic effects of reduced infection and more satisfactory, accelerated wound healing when using both methods simultaneously. This study evaluated continuous irrigation combined with V.A.C. appliance for treatment of infected chronic wounds. METHODS: We reviewed data from 17 patients with infected intractable chronic wounds. V.A.C. device(Group A) was used in 9 patients, and V.A.C. with antibiotics irrigation(Group B) was used in 8 patients. We placed Mepitel(R) on the surface of wound and placed an irrigation and aspiration tube on each side. A sponge was placed on the Mepitel(R) and covered with film dressing. The wound was irrigated continuously with mixed antibiotics solution at the speed of 200 cc/hr and aspirated through the wall suction at the pressure of -125 mmHg. V.A.C. applied time, wound culture and wound size were compared between the two groups. RESULTS: No complication were seen in two groups. Compared with Group A, in the Group B, V.A.C. applied time was shortened from 32.7 days to 25.6 days and showed efficacy in the reduction rate of wound size. No statistical differences were shown in bacterial reversion. CONCLUSION: V.A.C. appliance with continuous irrigation is an effective new method of managing infected chronic wounds and useful to reduce treatment duration and decrease wound size. Moreover it could be applied more widely to infected wound.
Anti-Bacterial Agents ; Bandages ; Granulation Tissue ; Humans ; Porifera ; Suction ; Vacuum ; Wound Healing ; Wound Infection