PubMed · 7373388
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R M Weiss. 1980. Control of bone bleeding.. https://doi.org/10.3171/jns.1980.52.4.0604
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BACKGROUND: Tourniquet application is a known means for bleeding prevention in the military prehospital setting. METHODS: This study was a 4-year retrospective analysis of silicone and improvised tourniquet applications by Israeli Defense Force soldiers. RESULTS: Of 550 soldiers who were treated in the prehospital setting, tourniquets were applied to 91 (16%) patients and in less than 15 minutes in 88% of the cases with almost no complications. Penetrating trauma was the main mechanism of injury. The indication was situational and nonmedical in 58 (53%) of the cases. The patients' ischemic time was 83 +/- 52 minutes (range, 1-305 minutes). A total of 78% of applications were effective, with higher success rates for medical staff compared with fellow soldiers and for upper limbs (94%) compared with lower limbs (71%, p < 0.01). CONCLUSION: Tourniquet application is an effective and easily applied (by medical and nonmedical personnel) method for prevention of exsanguination in the military prehospital setting.
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BACKGROUND: Percutaneous nephrolithotomy is a minimally invasive intervention for renal stone disease. Complications, which are rare and usually presented as case reports, are diversified as the utilization of the procedure is expanded. The procedure causes less blood loss and less morbidity when compared to open surgical procedures. Yet, there are some reports involving severe bleeding and relevant morbidity during surgery. These are usually related with the surgical technique or experience of the surgeon. Renal sheaths are designed to cause minimal trauma inside the kidney and, to our knowledge, there are no reports presenting the rupture of a sheath causing severe bleeding during the procedure. CASE REPORT: We present an adult patient who had severe bleeding during percutaneous nephrolithotomy due to parenchymal injury caused by a ruptured renal sheath. During retrieval, due probably to rough handling of the equipment, a piece of stone with serrated edges ruptured the tip of the sheath, and this tip caused damage inside the kidney. The operation was terminated and measures were taken to control bleeding. The patient was transfused with a total of 1600 ml of blood, and the stones were cleared in a second look operation. CONCLUSION: Although considered to be a minimally invasive procedure, some unexpected complications may arise during percutaneous nephrolithotomy. After being fragmanted, stone pieces may damage surgical equipment, causing acute and severe harm to the kidney. Surgeons must manipulate the equipment with fine and careful movements in order to prevent this situation.