Lisfranc injury--surgical fixation facilities an early return to work.

BACKGROUND: Lisfranc injury is rare and the diagnosis maybe easily missed. This study reviews the experience of a single centre. METHODS: A prospective review of patients with Lisfranc injuries presenting to a single surgeon with a specialist interest in foot and ankle surgery over a one year period. RESULTS: Five patients were identified--four men and one woman with a median age of 31 years (range 22-50 years). Presentation was a mean of 25 days after injury (range 3-56 days). The left foot was affected in three cases and the right in two. There was joint diastasis in four patients and fracture-dislocation in one. Three patients presented early and were treated by internal fixation and two presented late and were managed conservatively. Mean follow-up was eight months (range 4.5-12 months). Surgery resulted in a return to work by 6 months with no symptoms. The two patients managed conservatively continued to experience pain at 12 months and were unable to return to their original occupations. CONCLUSION: Injury to the Lisfranc joint should be excluded in any foot injury. Early diagnosis and internal fixation appears to result in an earlier return to work when compared to non-operative management.

Resuscitation in northern Iraq.

The principles of Advanced Trauma Life Support (ATLS) were adopted by a Royal Navy surgical team deployed to northern Iraq. Over a 6-week period, 18 casualties of both military and civil trauma required active resuscitation, 10 being under the age of 16 years. Triage of multiple casualties was necessary on three occasions. Two patients died. It was difficult to exclude cervical spine injury. Venous cut-down was frequently unsuccessful, so that internal jugular vein cannulation was life-saving. Crystalloid was used as the primary infusion without apparent disadvantage. Cross-matched blood was unavailable and one patient died with haemolysis after massive transfusion. Hypothermia was a problem despite the high environmental temperature. Laboratory and radiological facilities were extremely limited. Non-medical staff were trained most effectively to assess vital signs, although sophisticated monitors became available. These problems are discussed and compared with previous experience. Recommendations are made to improve future outcome.

An audit of resuscitation and anaesthesia during Operation 'Safe Haven'.

The Royal Navy combined Surgical Support Team deployed for six weeks to Northern Iraq. Eighteen casualties of civilian and military trauma required active resuscitation, 10 of whom were under the age of 16. Three died. Triage of multiple casualties was necessary on three occasions. The principles of Advanced Trauma Life Support (ATLS) were adopted and the experience is described under the ABCDE headings of the primary survey. Deficiencies of training and equipment are identified. Seventy one anaesthetics, administered to 52 patients, were audited prospectively in detail. Systolic blood pressure was significantly higher with isoflurane and controlled ventilation (ICV), compared with halothane and trichloroethylene (HTCV) (P < 0.05). ICV patients recovered more quickly than with HTCV (P < 0.05), but were significantly older and heavier (P < 0.05). Isoflurane should replace the standard halothane/trichloroethylene combination. Controlled ventilation or ketamine anaesthesia allowed satisfactory SpO2 on air alone. With controlled ventilation, anaesthesia was entirely satisfactory for children down to 6.5 kg. Local anaesthetic procedures were useful. The entire anaesthetic drug cost was only 127 pounds. Three patients received a degree of intensive care. Recommendations are made to improve future outcome, but sophisticated resuscitation, anaesthesia and monitoring is now possible in the front line.