Organization and development of a university multidisciplinary wound care clinic

Surgery. 1993 Oct;114(4):775-8; discussion 778-9.

Abstract

Background: A multidisciplinary wound care clinic was established to diagnose and treat patients with nonhealing ulcers of the lower extremity.

Methods: The clinic was organized under the direction of the departments of vascular surgery and dermatology with support by the departments of plastic surgery, hyperbaric medicine, orthopedic surgery, and podiatry, and a research nurse.

Results: In the first 4 years and 3 months, 683 patients were evaluated. One hundred seventy-one patients underwent outpatient testing in the noninvasive vascular laboratory and 30 patients underwent angiography. Causes of the ulcers were venous stasis, 280 patients (41%); diabetic neuropathy, 182 patients (27%); arterial insufficiency, 119 patients (17%); rheumatologic disorders, 38 patients (6%); trauma, 15 patients (2%); and in 49 patients (7%) a variety of other disorders. One hundred seventy-nine operations were performed including 86 operating room debridements, 48 amputations (43 toe, 4 below knee, 1 above knee), 23 arterial bypasses, 1 venous bypass, 14 skin grafts, 2 pedicle flaps, and 5 excisions of tumor. Fifty-six patients with cellulitis were admitted to the hospital for intravenous antibiotics and 12 patients were treated with hyperbaric oxygen therapy. One-hundred thirty-two patients were entered into randomized prospective trials of topical growth factors on Institutional Review Board approved protocols.

Conclusions: We concluded that a multidisciplinary approach to wound care is beneficial to patients with chronic wounds and provides a mechanism for clinical investigation on the healing of problem wounds.

MeSH terms

  • Academic Medical Centers*
  • Ambulatory Care Facilities / organization & administration*
  • Anti-Bacterial Agents / therapeutic use
  • Humans
  • Hyperbaric Oxygenation
  • Leg Ulcer / diagnosis*
  • Leg Ulcer / surgery*
  • Leg Ulcer / therapy
  • Patient Care Team*

Substances

  • Anti-Bacterial Agents