TraumatologySurgeryInjury PreventionOrthopaedic SurgeryBurnsClinical InjuryHigh VoltageBrain InjuryElectrical InjuriesProsthesisHealth SciencesFire SafetyLow VoltageElectrical Burn InjuriesBurn ManagementBurn Scar PreventionLower Extremity WoundElectromyographyElectrophysiologyWound HealingMedicineEmergency Medicine
Electrical injuries are very aggressive pathological lesions with heavy functional and aesthetic consequences. The primary cause of their gravity is the progressive tissue necrosis that occurs with the continuous extension of wound necrosis, even leading to loss of the entire injured extremity. The goal of this study is to analyse the role of the inefficiency of the electric energy system in the incidence of electrical injuries in Kosovo during the period December 2000 to 2007 suffered by a total number of 182 patients treated in the Department of Plastic and Reconstructive Surgery, Pristina, Kosovo. Electrical injuries accounted overall for 17.25% of all patients admitted with burns; 35.72% of the burns were due to high voltage and 64.28% to low voltage; among the patients with contact burns the amputation rate was 28.58%, and four patients (7.14%) died. These results suggest that the aggravation of the electric energy system led to an increase in the number of patients with electrical injuries.
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Michael B. Strauss, Alan R. Hargens, David H. Gershuni et al. · Journal of Bone and Joint Surgery · 1983 · 131 citations
Skeletal Muscle Necrosis, Model Compartment Syndrome, Intermittent Hyperbaric Oxygen +6
Sreevalli Dega, S.G. Gnaneswar, P. Rambhupal Rao et al. · Burns · 2006 · 41 citations
Fire Protection, Safety Science, Electrical Burn Injuries +8