The Australian and New Zealand journal of surgery
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A retrospective review of prospectively gathered data from 249 trauma patients was undertaken to study the association of lower urinary tract disruptions with pelvic fractures and to confirm guidelines for the initial investigation and management of such patients in the emergency room. Of 249 patients with pelvic fractures, 124 (50%) had haematuria and 17 (7%) had lower urinary tract disruptions (7 urethral ruptures, 9 bladder ruptures and 1 patient with both bladder and urethral ruptures). ⋯ Retrograde urethrography followed by cystography is indicated in all cases of pelvic fractures with blood at the urethral meatus, macroscopic haematuria or associated signs such as inability to void and perineal haematoma. Urinary diversion alone was used in partial urethral ruptures while surgical exploration and repair were performed in complete urethral ruptures and in most cases of bladder ruptures.
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Blunt thoracic aortic rupture (TAR) initially presents with subtle signs but is usually fatal if not diagnosed and treated early. Does the diagnostic process affect outcome? The definitive test most widely promoted is thoracic (arch) aortography but is usually only available in major teaching hospitals. Thoracic computerized tomography (CT) scanning is more readily available but its role in diagnosis of TAR is unproven. ⋯ Blind thoracotomy did not result in survival. Computerized tomography scanning of the chest was of no value in the management of this injury. Early suspicion of possible thoracic aortic rupture demands urgent arch aortography and this remains the diagnostic 'gold standard'.
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A technique for the extraperitoneal removal of the adrenal gland using laparoscopic instrumentation and insufflation is described. A case of Cushing's syndrome in a 42 year old female is presented with successful removal of her adrenal tumour using the laparoscopic method. This is the first report of laparoscopic adrenalectomy employing the extraperitoneal approach.
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It is known that a successful outcome after injury requires haemostasis and replacement of intra- and extracellular fluid losses. In situations of controlled haemorrhage rapid replacement of these fluid losses is likely to be associated with the least morbidity. ⋯ The 'end' therefore in resuscitation of the injured is a normovolaemic, normotensive patient who is physiologically stable and able to have definitive management of his/her anatomic injuries. The 'means' are good prehospital care, accurate initial assessment and resuscitation that employs temporary and definitive haemostasis combined with adequate volumes of appropriately chosen and delivered resuscitation fluid.