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At least 109 records · Page 6Linked to original sources

Salvage of traumatic below-knee amputation stumps utilizing the filet of foot free flap: critical evaluation of six cases.

Over a 12-year period between 1979 and 1991, 27 patients were operated on at the New York University Medical Center for salvage of below-knee amputation stumps utilizing free flaps. Six different donor sites were used. In 6 patients, the amputated foot was the donor site for a free flap to cover the tibial stump. There were 3 males and 3 females in this group. Five of the patients underwent immediate filet of foot reconstructions, while 1 patient had a reconstruction performed 69 days after injury, electively, when it was determined that below-knee amputation was the best option. All foot flaps survived and ultimately provided the major soft-tissue coverage for the below-knee amputation stump. The length of hospitalization ranged from 24 to 118 days. The time required from foot filet procedure to ambulation was 2, 4, 6, 7, 9, and 12 months in the 6 patients. Five of the 6 patients have resumed work or school after their injury. Foot flaps were based on the posterior tibial artery, anterior tibial artery, or both vessels. Nerve anastomosis of the posterior tibial nerve was performed in 5 patients. In 1 patient it was possible to maintain the continuity of the posterior tibial nerve. Five of the 6 patients were tested over a year after the flap, and all have good cold, pressure, and vibration sensation. Two of the 5 patients have heat sensation, and all 5 patients have at least protective pressure sensation. All the patients ambulate well with a below-knee prosthesis.

Adolescent↗

[Reconstructive surgery of knee para-articular amputation stumps].

Reconstructive plastic procedures in primary care and in postprimary/secondary treatment following below knee and above knee amputation are discussed. Short amputation stumps and stumps suffering from insufficient soft tissue coverage should be primarily avoided employing salvage replantation techniques. Secondarily conventional flaps and grafts, tissue expansion and/or microsurgical free tissue transfer all serve for achieving stable skin conditions and preserve adequate stump lengths. Interdisciplinary treatment racionale will lead to improvement of functional and social rehabilitation.

Adolescent↗

Amputation stump lengthening with the Ilizarov technique. A case report.

It is often difficult to create a functional stump from a traumatic amputation, especially in a child. A case is described of a traumatic, high, below-knee amputation in a five-year-old child. The resulting stump was too short to allow a conventional below-knee prosthesis, decreasing gait efficiency. The Ilizarov technique was used to increase tibial length. Bony lengthening was very successful, but several problems were encountered with the soft-tissue reconstruction. This technique of stump reconstruction holds promise only if the soft-tissue problems are anticipated. The suggestions for future stump-lengthening procedures are preparatory plastic surgery for skin requirements including infection prevention measures.

Amputation Stumps↗

Calcaneal fillet flap: a new osteocutaneous free tissue transfer for emergency salvage of traumatic below-knee amputation stumps.

Traumatic below-knee amputations do not always leave enough soft tissue of bone with which to fashion a stump of sufficient length and durability to support a prosthesis. Composite free flaps can often be harvested from the amputated limb to provide immediate one-stage stump salvage and to preserve knee function. We report a new technique to increase stump length by incorporating the calcaneus into a foot fillet flap as a vascularized bone transfer. The calcaneal fillet flap is a useful addition to the inventory of available composite flaps. It is recommended for knee joint salvage when there is less than 11 cm of tibial remnant length.

Adult↗

Kaposi-like acroangiodermatitis in an above-knee amputation stump.

The clinical, histological and immunohistological features of a Kaposi-like acroangiodermatitis in an above-knee amputation stump are reported. There was no evidence for an underlying arteriovenous malformation and the irregular purple-blue skin lesions resulted from chronic circulatory disturbance of the distal stump caused by a poorly fitting suction-type prosthesis.

Acrodermatitis↗

Free flaps to preserve below-knee amputation stumps: long-term evaluation.

Five patients with insufficient soft-tissue coverage on below-knee amputation stumps have been treated with free-tissue transfer surgery to preserve a functional below-knee prosthetic level. The flaps employed include one latissimus dorsi myocutaneous flap, two latissimus dorsi muscle-skin graft flaps, one groin flap, and one foot-fillet flap. All five flaps survived; one patient required early venous anastomosis reexploration and revision. The patients have been followed for a mean duration of 5.5 years (range 3 to 8 years). The mean duration to first ambulation with a prosthesis was 3.6 months (range 2 to 7 months). Four of the five patients developed ulcerations on or adjacent to their flaps which required surgical revision. The patients required a mean of 1.28 prosthesis changes annually since surgery. The functional motion (mean active knee motion is 100 degrees) and ligamentous stability of the knee joints were well preserved in all patients. Five patients wear patella tendon-bearing prostheses, with one requiring an additional thigh corset. In two of the patients, nerve anastomoses to their flaps were performed. Both patients developed true cutaneous sensibility, but nevertheless experienced flap ulceration. All the patients are fully ambulatory on their free flaps. Free-tissue transfer can assist in preserving traumatic below-knee amputations so that patients can benefit from the functional advantage of a below-knee prosthetic device.

Adolescent↗

Short amputation stump lengthening with the Ilizarov method: risks versus benefits.

The authors point out the indications for lengthening of short amputation stumps. Referring to their own experience they discuss the problems and pitfalls related to this surgical procedure. Sufficient soft tissue coverage is the most important factor for a good outcome whereas limitation of adjacent joint function may have a detrimental effect on the clinical result.

Amputation Stumps↗

Carcinoma arising in an amputation stump.

We describe a 62-year-old diabetic man who presented with squamous cell carcinoma on his right thigh amputation stump 52 years after the procedure. The potential relationship of the chronic irritation by the artificial leg and the malignant transformation of the healing scar as well as optimal treatment options of scar-tissue carcinomas are reviewed.

Amputation Stumps↗

Graftskin heals an ulcer on an amputation stump.

BACKGROUND: A 51-year-old man presented with a chronic ulcer of 28 years' duration on the amputation stump of his right foot. The prosthesis was aggravating the ulcer, despite multiple therapies. OBJECTIVE: To heal the ulcer and avoid a below-the-knee amputation. Graftskin, a bilayered living skin construct, was applied. METHODS: Graftskin was sutured in place following gentle debridement. Pentoxifylline was given to improve circulation. The dressing was changed 5 days after Graftskin application, then weekly for 7 weeks. RESULTS: Crusting was evident at 3 weeks, with an underlying white coating at 4 weeks. By 7 weeks, full reepithelialization was present under the crust and no ulceration remained. Over succeeding weeks the ulcer bed became flush with the surrounding skin. The patient's pain ceased, and some sensation and warmth returned to the stump. CONCLUSION: Graftskin treatment successfully healed a chronic ulcer, possibly preventing a more extensive amputation.

Amputation Stumps↗