World Neurosurg
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The management of complex hydrocephalus is challenging. There is no consensus of the best treatment for isolated fourth ventricles, arachnoid cysts, and multiloculated hydrocephalus, although the avoidance of multiple shunts is desirable. We reviewed our experience with the use of endoscopic techniques to simplify complex multicompartmental hydrocephalus to determine its efficacy and safety. ⋯ Endoscopic simplification of complex hydrocephalus enables dependence on only a single shunt in the majority of patients, and a significant proportion achieve shunt independence. Endoscopic management should be considered before the placement of a second shunt, and some cases require staged endoscopic procedures to adequately communicate multicompartmental hydrocephalus.
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Hydrocephalus, largely a disease of poverty in many developing regions such as Sub-Saharan Africa, becomes even more challenging to treat because of lack of trained neurosurgical personnel, inadequately equipped public health care facilities, meager resource allocation, high rates of neonatal infection, difficulty of access to tertiary care hospitals able to treat hydrocephalus, and high complication rates in patients who are able to access and receive shunting procedures. Furthermore, conventional methods of training of neurosurgeons and nursing staff to become proficient in neuroendoscopic procedures involve a lengthy period of training, often at specialized centers in Western or local Western-style institutions. ⋯ Neuroendoscopy is not only a priority surgical tool for East Africa. It offers a medical philosophy as an application that serves as an art and a science dedicated to the development of a complex surgical specialty: neurosurgery.
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Radiation exposure represents significant risk to both operating room health care workers and their patients. The commonplace surgical implantation of spinal instrumentation often relies on fluoroscopy for guidance and verification. Advances in computerized tomography (CT)-based intraoperative navigation have improved accuracy of screw placement. The objective of this article is to quantify the radiation exposure from fluoroscopic and CT-based intraoperative navigation and to provide guidance in mitigating the exposure to patient and operating room (OR) staff. ⋯ Use of intraoperative CT-based navigation systems results in lower radiation dose to the surgeon compared with fluoroscopic-based methods. There is an increase in the radiation to the patient. In addition, it is necessary to consider and eliminate other perioperative sources of radiation, such as a postoperative CT scan, which are made redundant by this technology.
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To evaluate the clinical and radiographic manifestations of pituitary metastases (PM), discuss the role of surgery, and briefly review the pertinent literature. ⋯ The study cohort includes patients representing two clinical situations: (i) patients with a preoperative suspicion of PM and (ii) patients in whom the metastasis was an unexpected finding during surgery performed for a presumed pituitary adenoma. The former situation is indicative of the possibilities and limits of surgery, which may confirm the diagnosis but is only palliative, improving quality of life without improving life expectancy. The latter situation reveals how misleading clinical and radiographic features of PM can be. Considering these results, surgical treatment of PM should be specifically decided based on patient performance status, tumor staging, and patient preference.