World Neurosurg
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This paper reports the case of a giant saddle area lymphoid epithelial carcinoma as reference for clinical diagnosis and treatment. The clinical data of 1 patient who suffered from giant saddle area lymphoid epithelial carcinoma that invaded the bilateral cavernous sinus and surrounding internal carotid artery, slope, nasopharynx, oropharynx, sphenoid sinus, and ethmoid sinus were retrospectively analyzed. The treatment process and relevant literature were summarized. ⋯ Giant saddle area lymphoid epithelial carcinoma is rare. Surgical removal should be selected as the initial treatment, and postoperative radiotherapy is indispensable for lymphoid epithelial carcinoma of the skull base and sinus.
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Supratentorial cavernous malformations (CMs) can be epileptogenic lesions. However, little is known about clinical comorbidities, medication use, and radiologic features that predict a first seizure presentation without associated CM hemorrhage. ⋯ These prospective data provide possible clues to radiologic factors, clinical comorbidities, and medication influences on seizure presentation in patients with CM. Further multicenter studies would be helpful to determine if disease-modifying agents in addition to epileptic medications or surgery might be helpful.
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Comment Letter
The Flip Side to Bone Flap Preservation-Novelty or Facile?
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Review Biography Historical Article
Andreas Vesalius, the predecessor of neurosurgery: How his progressive scientific achievements affected his professional life and destiny.
Andreas Vesalius, the father of modern anatomy and a predecessor of neuroscience, was a distinguished medical scholar and Renaissance figure of the 16th Century Scientific Revolution. He challenged traditional anatomy by applying empirical methods of cadaveric dissection to the study of the human body. His revolutionary book, De Humani Corporis Fabrica, established anatomy as a scientific discipline that challenged conventional medical knowledge, but often caused controversy. ⋯ Vesalius' ideas helped free medicine from the limitations of the 16th Century and advanced scientific knowledge. His influence is still felt more than 500 years later. In this article, we acknowledge Vesalius' neuroanatomic contributions and we discuss the historical facts and political circumstances that influenced his scientific career and personal life, emphasizing the conditions of his pilgrimage to the Holy Land that led to his untimely death.