A case report of a transorbital penetrating intracranial injury from a motorcycle side mirror metal bar

Objective@#To present a case of transorbital penetrating intracranial injury successfully managed using a stepwise multispecialty approach.@*Methods@#This is a case report.@*Results@#A 26-year-old male presented with a motorcycle side-mirror metal bar impaled into his right orbit. He had a Glasgow Coma Scale (GCS) score of 12. Computed tomography (CT) imaging revealed the metal bar’s trajectory from the right lateral canthus, traversing the superior orbital wall and frontal lobe, resulting in contusion, intracranial hemorrhages and multiple orbital and facial fractures. Despite the severity of the injury, the right globe was found to be intact during intraoperative exploration. The transorbital approach was employed for safe removal of the penetrating object, followed by repair of full-thickness eyelid laceration and transections of the lateral and medial canthi. Subsequently, the Neurosurgery service conducted a right pterional craniotomy, debridement, and duraplasty. Upon discharge, the visual acuity on the right eye was 20/50.@*Conclusion@#Transorbital penetrating intracranial injuries are rare and result in vision loss and life-threatening complications. A transorbital approach in removing a penetrating foreign body can be adopted when injury to cerebral tissues is imminent. Individualizing the management and employing a multispecialty approach can lead to favorable outcomes.

Cuerpo extraño intraorbitario extraído mediante abordaje pterional extradural / Intraorbial foreign body removed by extradural pterional approach

RESUMEN Paciente femenina de 9 años de edad, remitida al Hospital Pediátrico Universitario de Holguín "Octavio de la Concepción de la Pedraja", con el diagnóstico presuntivo de celulitis orbitaria izquierda. Se recoge el antecedente de trauma ocular ipsilateral con objeto de madera hacía un año, por lo que presentó como secuela disminución de la agudeza visual del ojo izquierdo. Al examen oftalmológico presentaba edema y secreciones purulentas a través de trayecto fistuloso en el párpado inferior. Se le realiza ecografía, tomografía computarizada e imagen por resonancia magnética de cráneo y órbitas, con sospecha de cuerpo extraño vegetal. Se decide realizar abordaje pterional extradural, y se logra la extracción de fragmento de madera. Cursa con tratamiento antibiótico con desaparición de las secreciones a las 48 horas del posoperatorio. La evolución ha sido favorable. Los traumas oculares son frecuentes, pero la presencia de cuerpos extraños intraorbitarios son eventos raros que desencadenan un proceso inflamatorio local, cuya magnitud estará en relación con la naturaleza de este. Los estudios imagenológicos son un elemento indispensable para el diagnóstico y la planificación quirúrgica(AU)

ABSTRACT A 9-year-old female patient is referred to Octavio de la Concepción de la Pedraja Children's University Hospital in Holguín with a presumptive diagnosis of left orbital cellulitis. The patient has an antecedent of ipsilateral ocular trauma by a wooden object one year before, which resulted in visual acuity reduction in the left eye. Ophthalmological examination revealed edema and purulent secretion along a fistulous tract in the lower eyelid. Suspicion of the presence of a plant foreign body leads to performance of echography, computed tomography and magnetic resonance imaging of the brain and orbits. It is decided to apply an extradural pterional approach and a wooden fragment is extracted. Antibiotic therapy is indicated and secretion disappears 48 hours after surgery. The patient's evolution has been favorable. Eye trauma is common, but the presence of intraorbital foreign bodies is a rare event that triggers a local inflammatory process whose magnitude will depend on its nature. Imaging studies are indispensable for diagnosis and surgical planning(AU)

Clinical Characteristics of Intraorbital Foreign Bodies: Our Experience with 14 Cases

PURPOSE: To evaluate the clinical characteristics of intraorbital foreign bodies as well as the treatment outcomes. METHODS: This was a noncomparative interventional case series. Clinical data and radiographic images were gathered via retrospective chart reviews of 14 patients who underwent surgical removal of intraorbital foreign bodies by an oculoplastic surgeon at the Asan Medical Center, Seoul, Korea between July 2012 and November 2015. RESULTS: The mean age of patients was 45.1 years and 13 patients (92.9%) were male. There were 9 metallic; 3 nonmetallic, inorganic; and 2 organic intraorbital foreign bodies in this series. The most common orbital complication was orbital wall fracture (8, 57.1%), and one patient had orbital cellulitis associated with a wooden foreign body. Six patients (42.9%) underwent surgical removal of foreign bodies in a delayed setting, and 4 of them needed surgery to allow for the brain magnetic resonance image tests to evaluate neurologic problems. There were 6 patients (42.9%) who had a postoperative corrected visual acuity worse than 20/200, and all of them had poor visual acuity at the time of injury due to associated eyeball or optic nerve injuries. Four patients (28.6%) had eyeball movement limitations from the initial trauma, but only 1 patient had persistent limitations postoperatively. There were no other complications associated with surgical removal. CONCLUSIONS: The majority of patients with intraorbital foreign bodies were male who had periorbital traumas. The most common foreign body was metal, and orbital wall fractures were common. The poor visual prognosis was related to the eyeball or optic nerve injuries from the initial trauma. The urgent surgical removal should be performed for organic foreign bodies or associated orbital/ocular injuries. Metallic foreign bodies may also be considered for removal to allow for possible brain magnetic resonance image evaluations in the future.

Atypical presentation of an unusual foreign body.

A 14-year-old boy presented with intractable diplopia for 10 days following an assault. A thorough history revealed that he was unaware of any penetrating injury. However, imaging demonstrated a radiolucent foreign body between the globe and the orbital floor. On surgical exploration, it was found to be the proximal part of a ball point pen. Its removal resulted in complete resolution of diplopia. Thorough clinical and radiological examination is recommended when a foreign body is suspected in pediatric patients. Prompt diagnosis will aid in early intervention and prevention of long-term complications.

A humongous intraorbital foreign body in a "possessed"patient / 国际眼科杂志(Guoji Yanke Zazhi)

A 39 years old gentleman presented with red painful right eye.He had self-inflicted an injury to his right eye with a wooden stick and he saw a vision of an old man indicating him to do so.Clinically,the right eye was moderately proptosed,complete ophthalmoplegia and the periorbital skin was severely swollen.Imaging showed right orbital cellulitis with inferior ophthalmic vein thrombosis,bilateral cavernous sinus syndromeandimpending cavernous sinus thrombosis.No intraorbital or intraocular foreign body was reported.Despite aggressive intraven ous antimicrobials,the patient's condition was not improved.Exploration done under anesthesia exposed a huge wooden stick at the inferior fornix.Patient showed a remarkable recovery after the removal of the foreign body may occur in psychiatry patient that a possibility of selfinflicted injury.A detailhistory,examinationand appropriate investigations are mandatory to reveal the correlated clinical findings with imaging studies are the most helpful guide in managing intraorbital foreign body could potentially prevent further serious morbidity or

An unusual intraorbital foreign body: A brake lever.

Orbital trauma usually affects the bony parts of the orbit; however, in rare cases foreign bodies are found within the orbit. In this report, we introduce a case with unusual large intraorbital foreign bodies (two parts of a brake lever) after a motorcycle accident. Although one of the foreign bodies was located in the posterior orbit, they required only one simple operation for retrieval. We will discus the management strategy.

A Case of Intraorbital Foreign Body After Gunshot Wounds

PURPOSE: To report a case of an intraorbital foreign body after gunshot wounds. We describe this injury and report the treatment outcomes. CASE SUMMARY: A patient who had been previously shot in his left zygomatic bone by an airgun visited our hospital complaining of visual disturbance in February of 2007. No external injuries on any part of the patients' body or abnormal neurological signs were observed. Ophthalmic examinations including a visual acuity test, slit lamp examination, pupillary light reflex test, fundus examination, skull X-ray, and computed tomography (CT) were performed. Upon initial examination, his visual acuity was hand motion. The pupillary light reflex test revealed an afferent pupillary defect in the left eye. Additionally, chemosis and eyelid edema were observed; however, no abnormal findings for the retina were observed in the fundus examination. Orbital computed tomography revealed metallic foreign bodies in the intraorbital retrobulbar space and partial injury of optic nerve was observed. Rather than surgical foreign body removal, antibiotic treatment was enforced with no complications other than approximately 12 prism diopters of exodeviation of the left eye in a Krimsky prism test after the course of a year. As for the patient's vision, the visual acuity of the left eye remained the same as before treatment, but revealed an improvement of 0.1 in left gaze. CONCLUSIONS: We report a case of a gunshot injury in the intraorbital retrobulbar space without aggravation of visual function and complication despite the foreign bodies not being removed.

A Case of Intraorbital Foreign Body Removed Using A Magnet Under C-arm Fluoroscopy

PURPOSE: We report a case of an intraorbital foreign body removed in a walk-in patient using a magnet under fluoroscopy. METHODS: A patient walked into the eye clinic complaining of ocular pain caused by foreign body that pernetrated into his right lower eyelid while mowing the lawn one day before he came to the hospital. Since an orbital foreign body was observed when the patient entered the hospital, and a high-density metallic response was diagnosed within the orbit from a computerized tomogram, we performed an emergency operation to take out the foreign body within the orbit. RESULTS: We removed the metallic foreign body, which was 5 mm in size and buried in the orbital fat, in an operation using a magnet under fluoroscopy. CONCLUSIONS: This study shows that fluoroscopy and magnets are an efficient operative means of removing foreign bodies that are found within the orbital fat layer and are difficult to access.

Case Report of Retained Intraorbital Metallic Foreign Body Removal

Retained intraorbital foreign body after penetrating orbital injury may affect adjacent tissue and lead to many ophthalmological sequeles such as visual disturbance, EOM limitation, diplopia, strabismus, orbital cellulitis and orbital abscess. If intraorbital foreign body intrudes into adjacent CNS system, it may lead to fatal complications such as meningitis and brain abscess. We should diagnose and treat intraorbital foreign body early and accurately to prevent complications, and rehabilitate damaged tissue anatomically and functionally. A patient with retained intraorbital foreign body after penetrating lower lid injury was transferred to our hospital for lid swelling and periocular pain. We diagnosed and confirmed intraorbital foreign body with use of plain X ray and orbital CT, and removed it with lateral orbitotomy surgical approach.

Case Report of Retained Intraorbital Metallic Foreign Body Removal

Retained intraorbital foreign body after penetrating orbital injury may affect adjacent tissue and lead to many ophthalmological sequeles such as visual disturbance, EOM limitation, diplopia, strabismus, orbital cellulitis and orbital abscess. If intraorbital foreign body intrudes into adjacent CNS system, it may lead to fatal complications such as meningitis and brain abscess. We should diagnose and treat intraorbital foreign body early and accurately to prevent complications, and rehabilitate damaged tissue anatomically and functionally. A patient with retained intraorbital foreign body after penetrating lower lid injury was transferred to our hospital for lid swelling and periocular pain. We diagnosed and confirmed intraorbital foreign body with use of plain X ray and orbital CT, and removed it with lateral orbitotomy surgical approach.