ABSTRACT
Introducción: Describir detalladamente paso a paso la resección de un craneofaringioma por vía endoscópica endonasal en un paciente pediátrico, con el fin de guiar a neurocirujanos en formación. Materiales y métodos: Se describe detalladamente la técnica endoscópica endonasal transesfenoidal para la resección de un tumor de estirpe craneofaringioma adamantinomatoso en un paciente masculino de 3 años de edad con la variante de seno esfenoidal tipo conchal. Resultados: Se logró resección total de un craneofaringioma en paciente pediátrico mediante abordaje endoscópico endonasal. Se respetaron las estructuras vasculares circundantes y se pudo prevenir la fístula de líquido cefalorraquídeo con la utilización del flap nasoseptal. Conclusión: El abordaje endoscópico endonasal transesfenoidal ofrece una exposición amplia de la región selar y supraselar permitiendo una excelente resección de los craneofaringiomas en pacientes pediátricos. Consideramos de importancia la curva de aprendizaje para lograr una resección máxima sin agregar comorbilidades al paciente.
Objective: To give a detailed description, step by step, of endoscopic endonasal resection for craniopharyngioma in a pediatric patient. This manuscript was made to teach neurosurgeons in their former years. Methods: Detailed description with intraoperative images from a complete resection of adamantinomatous craniopharyngioma in a 3 years-old patient with a conchal variant sphenoid sinus. Results: We achieved a gross total resection of a craniopharyngioma in a pediatric patient by endoscopic endonasal approach. We preserve the surrounding vascular structures with no comorbidities. Cerebrospinal leak was prevented by using the nasoseptal flap covering the sphenoid defect. Conclusion: The endoscopic endonasal approach offers a wide exposure of the selar and supraselar región. This allowed us a great possibility for complete resection in selar and supraselar craniopharyngiomas in pediatric population. We consider that maximal resection should be balanced with a good learning curve to avoid comorbidities.
Subject(s)
Craniopharyngioma , Pediatrics , EndoscopyABSTRACT
Spinal Cord Injury Without Radiologic Abnormality (SCIWORA) accounts for up to 19% of spinal cord related lesions in pediatric population, mostly comprising the cervical spine. A 2-year-old patient is presented, who suffered a motor-vehicle accident. After being admitted, neither X-Ray nor spinal TC scan showed any structural abnormalities. Neurological examination showed complete sensory and motor loss under T7 as well as bladder and bowel dysfunction. Magnetic resonance imaging (MRI) showed spinal cord lesion extending from T7 to T10. The patient was treated with external immobilization and physical therapy. Thoracic SCIWORA is an uncommon diagnosis that should be considered in pediatric patients who suffer spinal trauma. Spinal cord MRI has proven to be the most accurate modality for diagnosis.
ABSTRACT
OBJECTIVE: Our objective is to present and asses the utility of three-dimensional (3D) intraoperative imaging as a teaching method for anterior circulation aneurysm surgery. METHODS: The senior author's experience in anterior circulation aneurysm surgery during a 28-month period was documented and processed as 3D images and compared with two-dimensional (2D) images. Both 2D and 3D sets of images were created, and, along with a specially designed questionnaire, 30 physicians (15 experienced cerebrovascular surgeons and 15 neurosurgical trainees) were asked to answer the query and state the advantages and disadvantages of both methods. RESULTS: All physicians interviewed agreed that 3D imaging was better than 2D imaging, and that depth perception improved understanding of surgical tactics and anatomical landmarks. The resident/young trainee group seemed to receive more benefit from this than the experienced group. A total of 40% of residents and 20% of the experienced surgeons acknowledged a change in clipping strategy when comparing both sets. 3D imaging improved understanding of the ophthalmic segment in 66.6% of residents and 33.3% of the experienced group. CONCLUSION: Real 3D imaging in anterior circulation aneurysm surgery is an excellent tool to enhance vascular training. Inexperienced trainees seem to benefit greatly from it. This technique might be of use in the future development of new technologies.
