Titlebook: Virtual Endoscopy and Related 3D Techniques; Patrik Rogalla,Jeroen Terwisscha Scheltinga,Bernd Book 2001 Springer-Verlag Berlin Heidelber

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Virtual Endoscopy of the Small Intestine,he tip), the small intestine has remained generally inaccessible to complete endoscopic evaluation (. and . 1999). For a long time, at least since the introduction of the fractionated passage by Pansdorf (1937), radiological diagnostic procedures of the small intestine have played a central role in

deceive

Virtual Endoscopy of the Colon,ntries (Eddy 1990; Landis et al. 1998; SILVERBERG et al. 1990). For the United States, it is estimated that 129,000 new cases were diagnosed in 1999 (Cancer Facts and Figures 1999); however, when malignant polyps are considered, the true yearly incidence of colorectal cancer probably approaches 160,

CRASS

Virtual Cystoscopy,t tumors in men and about 4% in women. It is estimated that, in the United States, about 14,600 women and 38,300 men developed a malignant process involving the bladder in 1996 and that about 3900 women and 7800 men would die as a result of their malignancies (Parker et al. 1996). The incidence of a

寬度

Virtual Endoscopy of the Vessels,ed dramatic developments in three-dimensional (3D) image postprocessing techniques for clinical use (Rubin et al. 1996). Three-dimensional images rendered from two-dimensional (2D) source data sets facilitate the quantitative and qualitative analysis of complex morphologic and pathologic structures

Obedient

Virtual Neuroscopy,em to be displayed with high resolution of detail. Recently developed postprocessing algorithms generate virtual endoscopic views of the ventricular system, the basal cisterns, and the posterior cranial fossa. Intracranial vessels can be displayed with a virtual angioscopic view or with an extralumi

Costume

Virtual Otoscopy,ross-sectional imaging (CSI) has become accepted for evaluation of the petrosal bone and its compartments (Valvassori et al. 1995). Postprocessing of CSI data permits three-dimensional (3D) visualization and endoscopic views, eliminating the need for mental translation of two-dimensional (2D) images