World Neurosurg
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A significant dilemma exists for the surgical plan of spinal metastases with a spinal instability neoplastic score (SINS) of 7-12. Our aim is to trim down this range of "potential instability" and find a virtual cut-off value for instrumentation. ⋯ SINS 9-10 seems to be the actual ambiguous subset in the wider subgroup of the 'potentially unstable' category SINS 7-12, like a 'Matryoshka doll'. A SINS value of 9 can be seen as a cut-off value for instrumentation.
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Introducing a preoperative image simulation technique to streamline the visualization of the foramen ovale in percutaneous microcompression. ⋯ Based on our initial findings, the application of preoperative image simulation shows significant referential value in achieving accurate visualization of the foramen ovale in percutaneous microcompression for trigeminal neuralgia.
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Brain tumors display remarkable cellular and molecular diversity, significantly impacting the progression and outcomes of the disease. The utilization of tumor tissue acquired through surgical handheld devices for tumor characterization raises important questions regarding translational research. This study seeks to evaluate the integrity of tissue resected using a microdebrider (MD) in the context of establishing tumor organoids from glioblastomas (GBM). ⋯ Tumor tissues obtained using the MD and en bloc methods demonstrate a high success rate in establishing GBM organoids, with the MD offering the advantage of significantly reduced processing time. Both methods display comparable cell viability and maintain consistent histologic characteristics in the resected tissue and the corresponding organoids.
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Thoracic vertebral fractures within homes are pivotal public health concerns due to their associated morbidity and significant healthcare expenditures. This study aims to dissect the intricate epidemiology of these injuries, integrating comprehensive risk factors beyond conventional demographics and location analyses. ⋯ By offering a comprehensive analysis that incorporates a wide array of risk factors, this study advances the understanding of thoracic vertebral fractures in residential environments. It underscores the necessity for targeted preventive measures that are cognizant of the multifactorial nature of these injuries, paving the way for improved safety interventions and public health policies.
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By maximizing the advantages of exoscopy, we developed a keyhole approach for intracranial hematoma removal. Herein, we validated the utility of this procedure, and compared it with conventional microscopic hematoma removal and endoscopic hematoma removal in our institution. ⋯ This procedure may be simpler and faster than conventional microscopic hematoma removal, and comparable to endoscopic hematoma removal.