Titlebook: Computer-Assisted Neurosurgery; Norihiko Tamaki (Professor and Chairman),Kazumasa Conference proceedings 1997 Springer-Verlag Tokyo 1997

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https://doi.org/10.1007/978-3-642-70015-6viously been available. We have developed real-time CT-fluoroscopy, of which the initial trial was reported in 1993. This chapter describes the early clinical experience with this system. A third-generation scanner equipped with a slip ring was used. Images were reconstructed and displayed at a rate

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https://doi.org/10.1007/978-4-431-65889-4Tumor; brain; computer; computer-aided surgery; computerassistierte Detektion; glioma; neuroimaging; neuron

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混雜人

Decongestant

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Introduction of the Passive Marker Neuronavigation System VectorVisione marker technology enables real freehand guidance and easily integrates all kinds of instruments. Intelligent software functions and advanced three-dimensional visualization provide the physicist with all necessary image reconstructions. Microscopy, neuroendoscopy, and ultrasound imaging as well as

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EasyGuide Neuro: A New Approach to Image-Guided Surgery tool to correlate the information contained within digital medical images (CT or MR images) with the patient’s anatomy. EasyGuide Neuro provides information on the three-dimensional situation in the patient, minimizing the risk of damaging vital structures by giving precise local information.

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Advanced Neurosurgical Navigation Using a Robotic Microscope Integrated with an Infrared-Based Systed a digitizer device are the minimal requirements. We present our experience using a system in which a microscope was coupled to a robotic holder. Limitations encountered were related to the need to maintain the patient’s head in a fixed position and to easy loss of registration in deep areas. These

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Application of the ISG Viewing Wand for Endoscopic Procedurestomical landmarks. Interactive image-guided surgical systems are helpful for defining the trajectory to the ventricular system and for performing endoscopy within cystic cavities where there are no landmarks for orientation. We have used the Viewing Wand system, a passive mechanical arm, with rigid

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