F. Rongieras

Temporary and definitive external fixation of war injuries: use of a French dedicated fixator

PurposeExternal fixation is the recommended stabilization method for both open and closed fractures of long bones in forward surgical hospitals. Specific combat surgical tactics are best performed using dedicated external fixators. The Percy Fx© (Biomet) fixator was developed for this reason by the French Army Medical Service, and has been used in various theatres of operations for more than ten years.MethodsThe tactics of Percy Fx© (Biomet) fixator use were analysed in two different situations: for the treatment of French soldiers wounded on several battlefields and then evacuated to France and for the management of local nationals in forward medical treatment facilities in Afghanistan and Chad.ResultsOverall 48 externals fixators were implanted on 37 French casualties; 28 frames were temporary and converted to definitive rigid frames or internal fixation after medical evacuation. The 77 Afghan patients totalled 85 external fixators, including 13 temporary frames applied in Forward Surgical Teams (FSTs) prior to their arrival at the Kabul combat support hospital. All of the 47 Chadian patients were treated in a FST with primary definitive frames because of delayed surgical management and absence of higher level of care in Chad.ConclusionTemporary frames were mostly used for French soldiers to facilitate strategic air medical evacuation following trauma damage control orthopaedic principles. Definitive rigid frames permitted achieving treatment of all types of war extremity injuries, even in poor conditions.

Teleconsultation in paediatric orthopaedics in Djibouti: evaluation of response performance.

BACKGROUND Djibouti has no paediatric orthopaedics department and three options are available for difficult cases: transfer of the patient to another country; overseas mission transfer to Djibouti by a specialised surgical team; and management by a local orthopaedic surgeon receiving guidance from an expert. The extreme poverty of part of the population of Djibouti often precludes the first two options. Telemedecine can allow the local orthopaedic surgeon to receive expert advice. HYPOTHESES AND STUDY DESIGN: We prospectively recorded all the paediatric orthopaedics teleconsultations that occurred between November 2009 and November 2011. Our objective was to assess the performance of the teleconsultations. We hypothetized that this option was influential in decision making. MATERIALS AND METHODS We assessed the influence of the teleconsultation on patient management (i.e., change in the surgical indication and/or procedure). We then used the electronic patient records to compare the actual management to that recommended retrospectively by two independent orthopaedic surgeon consultants who had experience working overseas. Finally, we assessed the clinical outcomes in the patients. RESULTS Of 48 teleconsultations for 39 patients, 13 dealt with diagnostic problems and 35 with therapeutic problems. The teleconsultation resolved the diagnostic uncertainties in 90% of cases. Advice from the expert modified the management in 37 (77%) teleconsultations; the change was related to the surgical indication in 18 cases, the surgical technique in 13 cases, and both in six cases. Agreement between the advice from the independent consultants and the treatment delivered by the local surgeon was 2.2/3. Clinical outcomes were good or very good in 31 (81%) of the 38 treated patients. CONCLUSIONS This study establishes the feasibility and usefulness of paediatric orthopaedics teleconsultations in Djibouti. The introduction of telemedicine has changed our approach to challenges raised by patients in remote locations or precarious situations. Input from experts considerably benefits patient management. LEVEL OF EVIDENCE III, prospective comparative study.

Comparison of thoracic wall behavior in large animals and human cadavers submitted to an identical ballistic blunt thoracic trauma

BACKGROUND Several models of ballistic blunt thoracic trauma are available, including human cadavers and large animals. Each model has advantages and disadvantages regarding anatomy and physiology, but they have not been compared with identical ballistic aggression. METHODS To compare thoracic wall behavior in 40-kg pigs and human cadavers, the thorax of 12 human cadavers and 19 anesthetized pigs were impacted with two different projectiles at different speeds. On the thoracic wall, the peak acceleration, peak velocity, maximal compression, viscous criterion, and injury criteria (e.g. abbreviated injury scale and number of rib fractures) were recorded. The correlations between these motion and injury parameters and the blunt criterion were compared between the two groups. The bone mineral density of each subject was also measured. RESULTS The peak acceleration, the peak velocity and the viscous criterion were significantly higher for the pigs. The AIS and the number of rib fractures were significantly higher for human cadavers. The bone mineral density was significantly higher for cadavers, but was, for the two groups, significantly lower than for 30-year-old human. CONCLUSION The motion of the pigs thoracic wall is greater than that of the human cadaver, and the severity of the impact is always greater for human cadavers than for pigs. In addition, pig bone is more elastic and less brittle than older human cadaver bone. Due to the bone mineral density, the thoracic wall of human adults should be more rigid and more resistant than the thoracic wall of human cadavers or pigs.

Wartime upper extremity injuries: experience from the Kabul International Airport combat support hospital.

Few epidemiologic studies have been published about the surgical management of wartime upper extremity injuries (UEIs). The purpose of the present report was to analyze upper extremity combat-related injuries (CRIs) and non-combat related injuries (NCRIs) treated in the Kabul International Airport Combat Support Hospital. A retrospective study was conducted using the French surgical database OpEX (French military health service) from June 2009 to January 2013. During this period, 491 patients with a mean age of 28.7 ± 13 years were operated on because of an UEI. Among them, 244 (49.7%) sustained CRIs and 247 (50.3%) sustained NCRIs. A total number of 558 UEIs were analyzed. Multiple UEIs and associated injuries were significantly more common in the CRIs group. Debridement was the most common procedure in both groups. External fixator application, delayed primary closure and flap coverage were predominant in the CRIs group, as well as internal fracture fixation and tendon repair in the NCRIs group. The overall number of surgical episodes was significantly higher in the CRIs group. Due to the high frequency of UEIs in the theatres of operations, deployed orthopedic surgeons should be trained in basic hand surgery. Although the principles of CRIs treatment are well established, management of hand NCRIs remains controversial in this setting.

Wartime paediatric extremity injuries: experience from the Kabul International Airport Combat support hospital

Since the beginning of Operation Enduring Freedom, management of Afghan military or civilian casualties including children is a priority of the battlefield medical support. The aim of this study is to describe the features of paediatric wartime extremities injuries and to analyse their management in the Kabul International Airport Combat Support Hospital. A retrospective review was carried out using the French surgical database OPEX (Service de Santé des Armées) from June 2009 to January 2013. Paediatric patients were defined as those younger than 16 years old. Of the 220 injured children operated on, 155 (70%) sustained an extremity injury and were included. The mean age of the children was 9.1±3.8 years. Among these children, 77 sustained combat-related injuries (CRIs) and 78 sustained noncombat-related injuries (NCRIs), with a total of 212 extremities injuries analysed. All CRIs were open injuries, whereas NCRIs were dominated by blunt injuries. Multiple extremities injuries and associated injuries were significantly more frequent in children with CRIs, whose median Injury Severity Score was higher than those with NCRIs. Debridement and irrigation was significantly predominant in the CRIs group, as well as internal fracture fixation in the NCRIs group. There were four deaths, yielding a global mortality rate of 2.6%. This study is the first to analyse specifically paediatric extremities trauma and their management at level 3 of battlefield medical facilities in recent conflicts. Except for severe burns and polytrauma, treatment of paediatric extremities injuries can be readily performed in Combat Support Hospitals by orthopaedic surgeons trained in paediatric trauma.

Management of the complications of traditional bone setting for upper extremity fractures: the experiences of a French Forward Surgical Team in Chad.

The practice of traditional bone setting (TBS) in sub-Saharan Africa often leads to severe complications after upper extremity fracture. The purpose of this study was to evaluate the management of these complications by a French Forward Surgical Team deployed in Chad. An observational, prospective study was conducted over a six-month period between 2010 and 2011. During this period 28 patients were included. There were 20 males and 8 females with a mean age of 30.6 years (range 5-65 years). Thirteen patients (47%) had mal-union of their fracture, nine had non-union (32%), three children (10.5%) presented gangrene and three patients (10.5%) suffered from other complications. Fifteen (54%) patients did not undergo a corrective procedure either because it was not indicated or because they declined. Only 13 (46%) patients were operated on. Twelve of these patients were reviewed with a mean follow-up of 2.4 months. All of them were satisfied with conventional treatment. The infection seemed to be under control in every septic patient. Bone union could not be evaluated in most patients because of the short follow-up. Management of TBS complications is always challenging, even in a deployed Western medical treatment facility. Surgical expectations should be low because of the severity of the sequelae and the uncertainty of patient follow-up. Prevention remains the best treatment.

Humanitarian Surgical Care Provided by a French Forward Surgical Team: Ten Years of Providing Medical Support to the Population of the Ivory Coast

INTRODUCTION The aims of this study were as follows: first to quantify and review the types of surgical procedures performed by military surgeons assigned to a Forward Surgical Team (FST) providing medical support to the population (MSP) in the Ivory Coast (IC), and second to analyze how this MSP was achieved. METHODS Between 2002 and 2012, all of the local nationals operated on by the different FSTs deployed in the IC were included in the study. The surgical activity was analyzed and divided into surgical specialties, war wounds, nonwar emergency trauma, nontrauma emergencies, and elective surgery. Demographics, circumstances of health care management, wounded organs, and types of surgical procedures were described. RESULTS Over this period, surgeons operated on 2,315 patients and performed 2,556 procedures. Elective surgery accounted for 78.7% of the surgical activity, nontrauma emergencies accounted for 12.7%, nonwar emergency trauma accounted for 8%, and war wounds accounted for 0.6%. The main surgical activities were visceral (43.8%) and orthopedic (including soft tissues) surgeries (38.5%). CONCLUSION The FSTs contributed widely to MSP in the IC. This MSP required limited resources, standardization of the procedures and specific skills beyond the original surgical specialties of military surgeons to fulfill the needs of the local population.

Synovial cyst of the knee: A rare case of acute sciatic neuropathy.

Fig. 1. Ultrasonography of the knee of a 60-year-old woman showing a cyst displacing the sciatic nerve (arrows) backward. A cyst acutely affecting one or more branches of the sciatic nerve can include Baker’s synovial popliteal cyst resulting from the popliteal bursa [1–3] or proximal tibiofibular joint [4,5], an intraneural mucoid or ‘‘ganglion cyst’’ of controversial origin [6–8]; however, the acute affection of the branches of the sciatic nerve at the knee may rarely be caused by a cyst. Here, we report a case of acute tibial and sciatic neuropathy caused by a synovial cyst from an osteoarthritic femorotibial joint. A 60-year-old woman with no unusual medical record showed a brutal paresis of the right foot and toes without any specific triggering cause, preceded the day before by a transient pain at the calf level. Muscle deficit predominated over the fibers for the common fibular nerve (dorsiflexion of the foot and toes, eversion of the foot, 4/5) than those for the tibial nerve (plantar flexion 4+/5). Achilles reflex could not be triggered. Being overweight, the patient had pain of the right knee, but examinations were normal. Electromyography revealed blocked nerve conduction in the right sciatic nerve. Blood test, lumbar MRI, CT scanning of the pelvis and lumbar puncture gave normal results, but radiography of the knee showed advanced femorotibial arthritis, mainly medial. Ultrasonography (Fig. 1), then MRI of the knee revealed a fusiform multilobular cyst (73 23 27 mm), hyperintensive in T2-weighted images and hypointensive in T1-weighted images, not enhanced by gadolinium, contacting the osteoarthritic femorotibial joint by a thin opening running along the joint nerve branches of the sciatic nerve. The cyst pushed back the main sciatic nerve, which was thickened in hypersignals, the lower part located 6 cm above the joint interline (Fig. 2a,b). As the deficiency worsened (dorsiflexion 0/5, plantar flexion 2/5), its excision after 21 days (Fig. 3) revealed a swollen cyst pushing the sciatic nerve back and out of its course over 3 cm along the tibial nerve, which itself was pushed back, leaving the common fibular nerve untouched. The highest point of the cyst was 5 cm above the division of the sciatic nerve. The walls of the cyst with a synovial nature were resected, except when in contact with the tibial nerve because of adhesion.

War-related extremity injuries in children: 89 cases managed in a combat support hospital in Afghanistan

BACKGROUND Meeting paediatric needs is among the priorities of western healthcare providers working in Afghanistan. HYPOTHESIS Insufficient information is available on paediatric wartime injuries to the extremities. Our objective here was to describe these injuries and their management on the field. MATERIALS AND METHODS We retrospectively reviewed consecutive cases of injuries to the extremities in children (< 16 years of age) due to weapons and managed at the Kabul International Airport (KaIA) Combat Support Hospital between June 2009 and April 2013. We identified 89 patients with a mean age of 10.2 ± 3.5 years and a total of 137 elemental lesions. RESULTS Explosive devices accounted for most injuries (78.6%) and carried a significantly higher risk of multiple lesions. There were 54 bone lesions (traumatic amputations and fractures) and 83 soft-tissue lesions. The amputation rate was 18%. Presence of bone lesions was associated with a higher risk of injury to blood vessels and nerves. Of the 89 patients, four (4.5%) died and eight (9%) were transferred elsewhere. Of the 77 remaining patients, at last follow-up (median, one month; range, 0.1-16 months), 73 (95%) had achieved a full recovery (healed wound and/or fracture) or were recovering with no expectation that further surgery would be needed. DISCUSSION Despite the absence of paediatric surgeons, the combat support hospital provided appropriate care at the limb salvage and reconstruction phases. The highly specialised treatments needed to manage sequelae were very rarely provided. These treatments probably deserve to be developed in combat support hospitals.

[Clubfoot treatment: Implementation of the Ponseti method in emerging countries].

Idiopathic clubfoot is one of the most frequent congenital deformities throughout the world. The Ponseti method is the gold standard for its treatment. This simple, low-cost method is very effective and very appropriate for countries with resource-limited or otherwise precarious health services. It is based on correction of the deformity by successive castings associated with a percutaneous Achilles tenotomy and then foot abduction bracing to maintain the correction. The Ponseti method is now well implemented in most emerging countries, largely due to internet development, but some barriers still limit its diffusion. This study aims to determine the principal barriers, to suggest some improvements, and to stress the essential points of its effective utilization by non-physicians.