PURPOSE: The crush syndrome caused by drug-induced compartment syndrome (DCS) is a challenge for surgeons because it is regularly associated with potentially fatal complications. Drug-induced compartment syndrome can often be distinguished from other forms of compartment syndrome by the presence of severe rhabdomyolysis with kidney crush and severe postoperative complications such as local and generalized infection, persistent nerve damage, coagulopathy, and multiorgan failure. METHODS: In the past 15 years, eight prospectively documented, operatively managed, DCS with subsequent crush syndrome cases were recorded. RESULTS: All of the patients required renal replacement therapy. The creatine kinase (CK) values in the context of rhabdomyolysis reached an average of 86 (range 47-144) kU/l. The renal function recovered in all surviving patients. The analysis showed that the diagnosis of a DCS is usually made after an average of 13 h. It then took an average of an additional 7 h before a fasciotomy was performed. Six operational revisions were necessary. In three out of eight patients the extremities had to be amputated. CONCLUSIONS: In DCS the decision to open the compartment should be made immediately upon the clinical diagnosis. A protracted intensive phase is expected. The benefit to patients is closely associated with surgical wound debridement along with rigorous intensive therapy.
PURPOSE: The crush syndrome caused by drug-induced compartment syndrome (DCS) is a challenge for surgeons because it is regularly associated with potentially fatal complications. Drug-induced compartment syndrome can often be distinguished from other forms of compartment syndrome by the presence of severe rhabdomyolysis with kidney crush and severe postoperative complications such as local and generalized infection, persistent nerve damage, coagulopathy, and multiorgan failure. METHODS: In the past 15 years, eight prospectively documented, operatively managed, DCS with subsequent crush syndrome cases were recorded. RESULTS: All of the patients required renal replacement therapy. The creatine kinase (CK) values in the context of rhabdomyolysis reached an average of 86 (range 47-144) kU/l. The renal function recovered in all surviving patients. The analysis showed that the diagnosis of a DCS is usually made after an average of 13 h. It then took an average of an additional 7 h before a fasciotomy was performed. Six operational revisions were necessary. In three out of eight patients the extremities had to be amputated. CONCLUSIONS: In DCS the decision to open the compartment should be made immediately upon the clinical diagnosis. A protracted intensive phase is expected. The benefit to patients is closely associated with surgical wound debridement along with rigorous intensive therapy.