Tag Archives: Trauma

Whole-body CT during trauma resuscitation

German trauma patients are more likely to survive if they have a whole body CT rather than selective scans. Or that’s what this paper would have you believe IF you’re happy with the retrospective comparison, multivariate adjustments, and potential confounders. Still, if it helps you get your radiologists to play ball, the reference is…
Effect of whole-body CT during trauma resuscitation on survival: a retrospective, multicentre studyLancet. 2009 Apr 25;373(9673):1455-61

Open Fractures of the Lower Limb

Two major British surgical associations, the British Association of Plastic, Reconstructive and Aesthetic Surgeons (BAPRAS) and the British Orthopaedic Association (BOA) have worked together to create updated multi-disciplinary standards for the treatment of open fractures of the lower limb

The recommendations are summarised as:
Standards for Practice Audit:
1. Intravenous antibiotics are administered as soon as possible, ideally within 3 hours of injury: Co-amoxiclav (1.2g) or Cefuroxime (1.5g) 8 hourly and are continued until wound debridement. Clindamycin 600mg, 6 hourly if penicillin allergy
2. The vascular and neurological status of the limb is assessed systematically and repeated at intervals, particularly after reduction of fractures or the application of splints
3. Vascular impairment requires immediate surgery and restoration of the circulation using shunts, ideally within 3-4 hours, with a maximum acceptable delay of 6 hours of warm ischaemia
4. Compartment syndrome also requires immediate surgery, with 4 compartment decompression via 2 incisions
5. Urgent surgery is also needed in some multiply injured patients with open fractures or if the wound is heavily contaminated by marine, agricultural or sewage matter.
6. A combined plan for the management of both the soft tissues and bone is formulated by the plastic and orthopaedic surgical teams and clearly documented
7. The wound is handled only to remove gross contamination and to allow photography, then covered in saline-soaked gauze and an impermeable film to prevent desiccation
8. The limb, including the knee and ankle, is splinted
9. Centres that cannot provide combined plastic and orthopaedic surgical care for severe open tibial fractures have protocols in place for the early transfer of the patient to an appropriate specialist centre
10. The primary surgical treatment (wound excision and fracture stabilisation) of severe open tibial fractures only takes place in a non-specialist centre if the patient cannot be transferred safely
11. The wound, soft tissue and bone excision (debridement) is performed by senior plastic and orthopaedic surgeons working together on scheduled trauma operating lists within normal working hours and within 24 hours of the injury unless there is marine, agricultural or sewage contamination. The 6 hour rule does not apply for solitary open fractures. Co-amoxiclav (1.2g) and Gentamicin (1.5mg/kg) are administered at wound excision and continued for 72 hours or definitive wound closure, which ever is sooner
12. If definitive skeletal and soft tissue reconstruction is not to be undertaken in a single stage, then vacuum foam dressing or an antibiotic bead pouch is applied until definitive surgery.
13. Definitive skeletal stabilisation and wound cover are achieved within 72hours and should not exceed 7 days.
14. Vacuum foam dressings are not used for definitive wound management in open fractures.
15. The wound in open tibial fractures in children is treated in the same way as adults
The full guidelines are available here

Pre-hospital thoracotomy and aortic clamping in blunt trauma

This is one of those ‘wow they really do that!?‘ papers…Patients undergoing thoracotomy and aortic clamping for pre-hospital blunt traumatic arrest either in the field or in the ED were evaluated for the outcome of survival to ICU admission. None of the 81 patients who underwent this intervention survived to discharge.
Field thoracotomy resulted in shorter times from arrival of the emergency medical team to performance of the thoracotomy (19.2 vs 30.7 mins). Patients who arrested in front of the team had a greater ICU admission rate than those who were already in cardiac arrest when the team arrived (70% vs 8%).
One may argue against an intervention that seems to have resulted in no benefit to the patient. However a counterargument might be that an ICU admission allows for better end-of-life management for grieving families, and for the possibility of organ donation.
Interestingly, there were some neurologically intact survivors of emergency thoracotomy for blunt trauma by this service, although they were excluded from the study for either (i) receiving the field thoracotomy before full arrest or (ii) arresting after arrival in the ED.
Role of resuscitative emergency field thoracotomy in the Japanese helicopter emergency medical service system
Resuscitation. 2009 Nov;80(11):1270-4

Is cervical spine protection always necessary following penetrating neck injury?

This short cut review in the Best Bets format attempted to answer the question: “is cervical spine protection always necessary following penetrating neck injury?”
From the available evidence they draw the following conclusions:

  1. In stab wounds to the neck (with or without neurological deficit) an unstable spinal injury is very unlikely and c-spine immobilisation is not needed
  2. In gunshot wounds the value of cspine immobilisation is limited: for gunshot wounds without neurological deficit no immobilisation is required, while in cases of gunshot wounds with neurological deficit, or where the diagnosis cannot be made (ie, altered mental status), a collar or sandbag is advised once ABCs are stable, with close observation and intermittent removal to inspect and reassess.
  3. In the rare event of penetrating injury with combined blunt force trauma, a collar or sandbag is advised if possible, once ABCs are stable, with intermittent removal to reassess.

Emerg Med J. 2009 Dec;26(12):883-7
Full text at BestBets.org

Spinal imaging and immobilisation may be unnecessary in many GSW patients

A retrospective review of 4204 patients sustaining gunshot wounds (GSW) to the head, neck or torso examined the incidence of spinal cord injury and bony spinal column injury required operative spinal intervention. None of the patients demonstrated spinal instability requiring operative intervention, and only 2/327 (0.6%) required any form of operative intervention for decompression. The authors concluded that spinal instability following GSW with spine injury is very rare, and that routine spinal imaging and immobilisation is unwarranted in examinable patients without symptoms consistent with spinal injury following GSW to the head, neck or torso.
The role of routine spinal imaging and immobilisation in asymptomatic patients after gunshot wounds
Injury. 2009 Aug;40(8):860-3

Vehicle Rollover

Vehicle rollover as an indicator of mechanism of injury was investigated in a study examining accident databases and the medical literature. Only 2.4% of crashes involved rollovers but they accounted for one third of occupant deaths.
Some facts on vehicle rollover from the article:

  • Rollover is defined as a vehicle overturned by at least one quarter turn (at least onto its side).
  • Some rollovers involve many quarter turns and the final resting position may be on the vehicle’s side, roof, or back on its wheels.
  • Factors that cause a vehicle to roll over include trajectory (i.e., turning vs. straight), vehicle type, and speed (precrash velocity may be the most predictive factor)

The importance of vehicle rollover as a field triage criterion
J Trauma. 2009 Aug;67(2):350-7

Ketamine lowered ICP in brain-injured kids

Ketamine lowered ICP in brain-injured kids
Ventilated children between the ages of 1 and 16 with traumatic brain injury and elevated intracranial pressure (ICP) were given ketamine and effect on cerebral perfusion pressure (CPP) and ICP was measured. Ketamine decreased ICP while maintaining blood pressure and CPP.
These results refute the notion that ketamine increases ICP. The authors conclude: “Ketamine is a safe and effective drug for patients with traumatic brain injury and intracranial hypertension, and it can possibly be used safely in trauma emergency situations”
Effectiveness of ketamine in decreasing intracranial pressure in children with intracranial hypertension
J Neurosurg Pediatr. 2009 Jul;4(1):40-6 (Full text)