Titlebook: Open Field Magnetic Resonance Imaging; Equipment, Diagnosis D. H. W. Gr?nemeyer (Professor and Chairman),Rober Book 2000 Springer-Verlag Be

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Open-Magnet Technology for Magnetic Resonance Imagingy new trend was the fact that the era of commercially available open MRI started in 1987 with an article describing a low-field permanent magnet MRI system [1] and that the first commercial unit was delivered in middle 1988. The increased interest in open systems is due mostly to the demand by patie

AGATE

Grasping

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Instruments and Equipment for Open-Field Magnetic Resonance Imagingnow possible [3, 4], and several instruments and ancillary equipment for carrying them out have appeared on the market. However, the types of instruments necessary for the carrying out interventional MRI procedures have not yet been clearly defined. We present here our preliminary results evaluating

Engulf

Graphics Workstations for Interventional Magnetic Resonance Imaginghe development of software systems designed for planning and delivering specific medical treatments. Capabilities that were previously available only in a research environment are now routine in clinical settings.

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Interventional Operation Theatersures [1]. For semisterile procedures this can normally be carried out very easily; for sterile procedures the scanners must be installed in conventional operation rooms (OR) or in newly developed operation theaters. The special equipment must be defined by an interdisciplinary team, but the basics a

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Temperature-Sensitive Magnetic Resonance Sequencesoom has sparked considerable interest in magnetic resonance (MR) guided interventional procedures. Such procedures, including MR-guided biopsies, hyperthermia, cryoablation, and ablation using laser, radiofrequency (RF), and focused ultrasound (FUS), have been performed both in conventional 1.5-T sc

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Wavelet Encoding for Interventional Magnetic Resonance Imagingmation is a technique similar to keyhole imaging [2–9] and permits the visualization of an interventional device in space and time. Minimizing the redundancy of the acquired magnetic resonance (MR) data by updating only a locally limited region of the image data improves temporal resolution of MR im

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electrolyte

Magnetic Resonance Imaging for Microtherapy and Surgeryare being used with increasing frequency for interventional procedures and in open surgeries. All scanners can be combined with various imaging modalities such as endoscopy and electronic equipment which are normally used in conventional operation rooms. There are presently limitations on the use of