PURPOSE: The purpose of this clinical trial was to evaluate the fixation method for treating alveolar fractures in an emergency department. METHODS: The efficiency of using the fixation method was judged on the basis of clinical criteria. Stability, occlusion state, bleeding amount after fixation, operation time, and difficulties during procedural operation were recorded. RESULTS: Eight patients were enrolled in this study. In all instances, the fixation method was effective in bleeding control. Each patient had a noticeable decrement in bleeding. A wire was used for four of the eight patients, and nylon strings was used for the others. The average operation time was 6.3 minutes for the wire patients and 2.8 minutes for the Nylon string patients. No specific problem was identified during the procedural operation. However, the difference in the fixation material influenced the effectiveness of the procedure, the operation time, and the satisfaction of the doctor. CONCLUSION: In the emergency department, the fixation method using wire or nylon string in the treatment of alveolar fractures is effective in bleeding control.
Emergencies* ; Emergency Service, Hospital* ; Fractures, Bone* ; Hemorrhage ; Humans ; Nylons

Aortic rupture caused by migration of a clavicular pin is a rare complication sometimes seen after clavicular fracture. There are many reviews of the complications of pin migration following surgery on the shoulder girdle. It is uncommon, though, for clavicular pin migration to result in aortic rupture and a subsequent cardiac tamponade. This unusual injury can be presented as acute shock symptoms after the previous pinning operation of a clavicle fracture, and it manifests characteristics that can be detected through computed tomography (CT) and focused by abdominal sonography for trauma (FAST). We report a case in which a patient suffered an aortic rupture induced cardiac tamponade caused by clavicular pin migration following surgery for a clavicular midshaft fracture.
Aortic Rupture ; Bone Wires ; Cardiac Tamponade* ; Clavicle* ; Emergencies* ; Emergency Service, Hospital* ; Fracture Fixation ; Humans ; Shock ; Shoulder

In the past the patients with fracture on the occipital bone involved the lateral sinus and/or the foramen magnum, were treated with the early exploratory burr hole trephination regardless of mental state. The 64 cases occipital bone fracture were evaluated used the computed tomography of the brain scan. The fracture lines involved both the transeverse sinus and the foramen magnum were 59.4%, only the transeverse sinus were 29.7% and only the foramen magnum were 10.9%. The findings of the computed tomography of the brain scan were normal 42 cases, brain edema 13 cases. The 5 cases had large hematoma on the computed tomography of the brain scan performed emergency operation. The other 59 cases were treated with only close observation and conservative treatment. The mortality rate was 20% in operative treatment and 8.5% in conservative treatment. So we concluded that the patients with significant fracture on the occipital bone but had no surgical indication on the computed tomography of the brain scan might be treated with close observation & conservative treatment and it would not be necessary to perform the exploratory craniotomy as was done in the past.
Brain ; Brain Edema ; Craniotomy ; Emergencies ; Foramen Magnum ; Hematoma ; Humans ; Mortality ; Occipital Bone* ; Transverse Sinuses ; Trephining

Background: Spinal injury is a severe, common injury in surgical emergency. In Vietnam, there are only few studies on fixing thoracolumbar spine. Objectives: To assess and to provide some preliminary remarks on the results of emergency surgery fixing thoracolumbar spine, performed in Viet Duc Hospital. Subjects and method: A descriptive, prospective study was conducted on 31 patients with thoracolumbar spinal injury (22 males, 9 females, the average age 35 years old), operated in Viet Duc hospital from January, 2005 to July, 2006. Results:Patients with thoracolumbar spinal injury was common seen in working ages. 45.2% of them were farmers. 21/31 patients caused by falls. For non-complete paralysis patients, emergency surgery was required as soon as possible. The most of patients recovered completely. For thoracolumbar spinal injury, Burst-fracture and non complete paralysis, surgery with anterior way should be performed to release cord compression and bone graft. For cases of Burst-fracture, no paralysis, surgery with anterior way helped bone fractures were easy to heal, avoiding postoperative humpback recurrence. Conclusion: Combined surgery with 2 ways (before and after) guaranteed fixing spine, making bone healing was more better in case of rupture of vertebrae, releasing directly spinal cord and facilitating to the best recovery of the spinal cord.
Spinal Injuries/ surgery ; Thoracic Vertebrae/ injuries ; surgery ; Lumbar Vertebrae/ injuries ; surgery ; Fractures ; Bone Emergencies ;

PURPOSE: The purpose of this study was to evaluate the causes of blow-out fractures, the computed tomography findings, and the associated facial bone fractures in aged patients. METHODS: This study was performed by conducting a chart review. From January 2004 to December 2007, the patients who visited the emergency room of Asan Medical Center and were diagnosed as having a blow-out fracture were included in the study population. Patients 60 years of age or older were grouped as the aged group while patients younger than 60 years of age were grouped as the control group. RESULTS: Between the aged group and the control group, there was a difference in the causes of blow-out fractures. The most common cause of blow-out fracture was a slip down in the aged group and violence in the control group (p<0.05). There were no differences in associated symptoms. Extraocular muscle herniation was the only statistically different computed tomography findings. In associated facial bone fractures, the most common fractures were the zygoma in the aged group and the nasal bone in the control group (p<0.05). CONCLUSION: In patients 60 years of age or older, the most common cause of blow-out fracture was a slip down, and the most common associated facial bone fracture was a zygomatic fracture.
Aged ; Emergencies ; Facial Bones ; Humans ; Muscles ; Nasal Bone ; Orbit ; Orbital Fractures ; Violence ; Zygoma ; Zygomatic Fractures

Blunt head injury can concuss the membranous labyrinth against the otic capsule. This results in acute hypofunction of some portion of the vestibular neural substrate within the affected labyrinth. Both labyrinthine concussions and transverse temporal bone fractures produce acute unilateral vestibular hypofunction. We describe a 21-months-old child who presented with a ataxic gait for two days. It is difficult to make diagnosis of labyrinthine concussions and temporal bone fractures in children, for we can not know the exact history of trauma and can not perform complete neurologic examination in children. When child present with ataxic gait, the emergency physician should consider labyrinthine concussion and temporal bone fracture in the differential diagnosis and take temporal bone CT.
Ataxia ; Child* ; Diagnosis ; Diagnosis, Differential ; Ear, Inner ; Emergencies ; Gait* ; Head Injuries, Closed ; Humans ; Neurologic Examination ; Post-Concussion Syndrome ; Temporal Bone*

Traumatic bilateral abducens nerve palsy is rare and is associated with intracranial, skull and cervical spine injuries. We report a case of bilateral abducens nerve palsy in a 40-month-old patient with a skull base fracture. The injury mechanism was associated with direct nerve injury caused by a right petrous bone fracture and indirect injury by frontal impact on the abducens nerve at the point of fixation to the petrous portion and Dorello`s canal. The emergency physician should be aware of injuries and the mechanism of abducens nerve palsy in head trauma.
Abducens Nerve ; Abducens Nerve Diseases ; Craniocerebral Trauma ; Emergencies ; Humans ; Petrous Bone ; Preschool Child ; Skull ; Skull Base ; Spine

PURPOSE: This study aimed to assess current knowledge of and training experiences with the intraosseous (IO) line among emergency medicine (EM) and pediatric residents who care for critically ill children and to evaluate the educational effectiveness of the IO line workshop. METHODS: During May and June 2008 , a workshops on IO line insertion was held for EM and pediatric residents. The workshop comprised a 45-min lecture and a 15-min hands-on session. Asemi-drill type EZ-IO machine was used for education. Self-assessment questionnaires gauged residents knowledge of and experiences with IO line insertion or bone marrow (BM) examination and their confidence with IO line insertion before and after the workshop. Performance tests were completed for skill evaluation. RESULTS: Forty-five pediatric residents and 22 EM residents participated in the workshop. The pre-educational questionnaire revealed that EM residents had more educational experience in IO line insertion than pediatric residents (p<0.001), while pediatric residents reported more experience in BM examination (p<0.001). The post-educational questionnaire showed a statistically significant higher percentage of correct answers (p<0.001). Although the pediatric residents inserted an IO line more quickly (P=0.001), most residents (88.7%) succeeded in IO line insertion on their first attempt; there was no difference in the groups success rates. Both groups showed higher confidence in performing IO line insertion after training (p<0.001). CONCLUSION: Observed educational effectiveness in both knowledge and confidence of IO line insertion skill suggest educational opportunities for pediatric and EM residents should be increased.
Bone Marrow ; Child ; Critical Illness ; Emergencies ; Emergency Medicine ; Humans ; Infusions, Intraosseous ; Internship and Residency ; Jupiter ; Surveys and Questionnaires ; Self-Assessment

OBJECTIVE: With improved technology, the values of intraoperative computed tomography (iCT) have been reevaluated. We describe our early clinical experience with a mobile CT (mCT) system for iCT and discuss its clinical applications, advantages and limitations. METHODS: Compared with intraoperative magnetic resonance imaging, this mCT system has no need for major reconstruction of a preexisting operating room for shielding, or for specialized instruments or equipment. Patients are placed on a radiolucent head clamp that fits within the gantry. Because it consists simply of a scanner and a workstation, it can be moved between locations such as an operating room, an intensive care unit (ICU) or an emergency room without difficulty. Furthermore, it can achieve nearly all types of CT scanning procedures such as enhancement, temporal bone imaging, angiography and three-dimensional reconstruction. RESULTS: For intracranial surgery, mCT can be used for intraoperative real-time neuronavigation by interacting with preoperative images. It can also be used for intraoperative confirmation of the extent of resection of intracranial lesions and for immediate checks for preventing intraoperative unexpected accidents. Therefore, the goals of maximal resection or optimal treatment can be achieved without any guesswork. Furthermore, mCT can achieve improved patient care with safety and faster diagnosis for patients in an ICU who might be subjected to a ventilator and/or various monitoring devices. CONCLUSION: Our initial experience demonstrates that mCT with high-quality imaging offers very useful information in various clinical situations.
Angiography ; Emergencies ; Head ; Humans ; Intensive Care Units ; Korea ; Magnetic Resonance Imaging ; Neuronavigation ; Operating Rooms ; Patient Care ; Temporal Bone ; Ventilators, Mechanical

PURPOSE: To evaluate interpretation errors involving spine MRIs by residents in their second to fourth year of training, classified as minor, intermediate and major discrepancies, as well as the types of commonly discordant lesions with or without clinical significance. MATERIALS AND METHODS: A staff radiologist evaluated both preliminary and final reports of 582 spine MRIs performed in the emergency room from March 2011 to February 2013, involving (1) the incidence of report discrepancy, classified as minor if there was sufficient description of the main MR findings without ancillary or incidental lesions not influencing the main diagnosis, treatment, or patients' clinical course; intermediate if the correct diagnosis was made with insufficient or inadequate explanation, potentially influencing treatment or clinical course; and major if the discrepancy affected the main diagnosis; and (2) the common causes of discrepancy. We analyzed the differences in the incidence of discrepancy with respect to the training years of residents, age and sex of patients. RESULTS: Interpretation discrepancy occurred in 229 of the 582 cases (229/582, 39.3%), including 146 minor (146/582, 25.1%), 40 intermediate (40/582, 6.9%), and 43 major cases (43/582, 7.4%). The common causes of major discrepancy were: over-diagnosis of fracture (n = 10), missed cord lesion (n = 9), missed signal abnormalities associated with diffuse marrow (n = 5), and failure to provide differential diagnosis of focal abnormal marrow signal intensity (n = 5). No significant difference was found in the incidence of minor, intermediate, and major discrepancies according to the levels of residency, patients' age or sex. CONCLUSION: A 7.4% rate of major discrepancies was found in preliminary reporting of emergency MRIs of spine interpreted by radiology residents, probably related to a relative lack of clinical experience, indicating the need for additional training, especially involving spine trauma, spinal cord and bone marrow lesions.
Bone Marrow ; Diagnosis ; Diagnosis, Differential ; Emergencies ; Emergency Service, Hospital ; Humans ; Incidence ; Internship and Residency ; Magnetic Resonance Imaging ; Spinal Cord Injuries ; Spine