Extravasations of cytostatic agents can create necrosis of soft tissues in the hand and forearm. The early emergency subcutaneous "wash-out" with liposuction is the treatment of choice to avoid the development of soft-tissue defects. The objective of this study was to evaluate the open surgical debridement as a possible alternative method since the liposuction device is not commonly available in every hospital. In our study 10 patients were treated for extravasations of cytostatic drugs with a high potential for necrosis by emergency open debridement. All patients were evaluated prospectively by photography and clinical examination. 9 patients out of ten had a primary wound healing, one displayed a wound dehiscence with pre-existing MRSA infection. Another patient developed a seroma postoperatively which was treated by puncture. The mean functional outcome was good. The Eemergency open surgical treatment is a simple, in every hospital suitable therapy to prevent soft-tissue necrosis after extravasation of cytostatic drugs.

The results of this study show a high complication rate after an average of 6 years after implantation. Radiolucent lines in half of the cases may be explained by a lack of osteointegration of the prosthesis. The average ROM differs significantly from patient to patient, which has to be taken into account when discussing different treatment options.

Giant cell reparative granuloma (GCRG) is benign, non-tumorous granulation tissue. It mainly arises in the jaw bone and occasionally in the hand and foot. Because of the high rate of recurrence, wide surgical resection and autologous bone grafting are recommended. However, this can be problematic for hand function. We present a case report of a 16-year-old boy with a GCRG of the fifth metacarpal bone and the diagnostic difficulties. To treat the patient, we performed a wide resection with the interposition of a corticocancellous bone graft and plate osteosynthesis. 24 months postoperatively the patient shows no signs of recurrence and has good hand function.