Selected patients with recurrent RCC who can undergo a curative resection of their disease have a good opportunity for long-term survival, particularly those with a single site of recurrence and/or a long DFI.

The goal of shoulder reconstructions is to provide a stable and painless joint that allows positioning of the arm and hand in space. Compared to those patients left without a scapula reconstruction, prosthetic replacement of the scapula and shoulder partially restores abduction and external rotation and improves cosmesis.

Background: An intestinal fistula in the "open abdomen" is called "enteroatmospheric" and is a great challenge for the surgeon because of the high mortality and morbidity rates associated with it. This report is a study of the surgical strategy for treating patients with enteroatmospheric fistulae. Methods: During a 3-year period (2005)(2006)(2007), two males and one female patient with a mean age of 63 years were referred to our surgical department for management of enteroatmospheric fistulae that developed after operations carried out for severe peritonitis, which was a consequence of sigmoid diverticulum rupture in two cases and disruption of an entero-enteric Roux-en-Y anastomosis after total gastrectomy for cancer in one. Results: All patients were appropriately supported in a surgical intensive care unit, with administration of total parenteral nutrition and appropriate antibiotics to eliminate secondary infections. Several re-operations were necessary to treat the enteroatmospheric fistulae. Eventually, all patients were discharged after a lengthy hospital stay (45-145 days). Conclusions:The essential principles of our operative strategy are: (1) early intervention; (2) a lateral surgical approach via the circumference of the open abdomen to avoid further damage to the exposed viscera; (3) excision of the involved bowel loop with an end-to-end anastomosis; (4) temporary abdominal closure and coverage of the open abdomen with an absorbable mesh, promoting tissue granulation; (5) skin grafting attempts; and (6) selective use of vacuum-assisted closure.

Limb salvage after extremity tumor ablation may include the use of allograft bone. The primary complication of this method is infection of the allograft, which can lead to limb loss in up to 50 percent of cases. The purpose of this study is to evaluate the efficacy of primary muscle flap coverage in the setting of allograft bone limb salvage surgery. This study is a prospective review of all patients with flap coverage of extremity allografts over the 10-year period 1991 to 2001. There were 20 patients (11 male and nine female patients) with an average age of 28 years (range, 6 to 72 years). Flap coverage was primary in 16 patients and delayed in four. Delayed coverage was performed for failed wounds that did not have a primary soft-tissue flap. Pathologic findings included osteosarcoma in nine patients, Ewing sarcoma in five patients, malignant fibrohistiocytoma in two patients, chondrosarcoma in two patients, synovial sarcoma in one patient, and leiomyosarcoma in one patient. Allograft reconstruction was performed for the upper extremity in 12 patients and for the lower extremity in eight patients. Flap reconstruction was accomplished with 20 pedicle flaps in 17 patients (latissimus dorsi, 12; gastrocnemius, four; soleus, three; and fasciocutaneous flap, one) and four free flaps (rectus abdominis, three; latissimus dorsi, one) in four patients. All pedicled flaps survived. There was one flap failure in the entire series, which was a free rectus abdominis flap. This case resulted in the only limb loss noted. The follow-up period ranged from 1 to 50 months (average, 12.35 months). At the time of final follow-up, three patients were dead of disease and 17 were alive with intact extremities. The overall limb salvage rate in the setting of bone allograft and soft-tissue flap coverage was 95 percent (19 of 20). Reoperation for bone-related complications was required in 50 percent (two of four) of cases receiving delayed flap coverage compared with 19 percent (three of 16) of patients with primary flap coverage (statistically not significant). The results of this study support the use of soft-tissue flap coverage for allograft limb reconstruction. In this series, no limb was lost in the setting of a viable flap. Reoperation was markedly reduced in the setting of primary flap coverage. Pedicled or microvascular transfer of well-vascularized muscle can be used to wrap the allograft and minimize devastating wound complications potentially leading to loss of allograft and limb.