Ceramic bones, made to order
Tags: THREE-dimensional imaging in medicine
Related Articles
- Move over, Mr. Spielberg. Overmyer, Mac // Urology Times;Sep96, Vol. 24 Issue 9, p1
Reports on the uses of three-dimensional imaging technology in medicine. 3-D ultrasonography; Power Doppler sonography; Spiral computed tomography (CT); Half-Fourier acquisition single-shot turbo-spin echo (HASTE MRI); 3-D sequential time-resolved images; Robot-assisted percutaneous renal access.
- 3-D imaging of residual limbs using ultrasound. He, Ping; Xue, Kefu // Journal of Rehabilitation Research & Development;Jul97, Vol. 34 Issue 3, p269
Presents a study on ultrasound as a method in imaging residual limb. Reconstruction of cross-sectional image by a compound scanning technique; Obtaining three-dimensional volumetric image; Circumvention of the problems associated with the attenuation of the bones; Demonstration of the...
- Virtual human bodies on CD-ROM. // R&D Magazine;Feb97, Vol. 39 Issue 2, p33
Reports on the creation of anatomically correct and three dimensional images by the Visible Human project. Basis of images from University of Colorado's Health Sciences Center; Availability of images on the World Wide Web; Development of Visible Human compact discs by Research Systems Inc.
- Functional description of 'AMBU BAG' with a virtual 3D model. Vasudevan, A. // Internet Journal of Medical Simulation;2009, Vol. 3 Issue 1, p2
Reference for the article published in the July 1, 2009 issue of "Internet Journal of Medical Simulation" is presented.
- Three-dimensional imaging for the surgical treatment of idiopathic scoliosis in adolescents. Petit, Yvan; Aubin, Carl-Eric; Labelle, Hubert // Canadian Journal of Surgery;Dec2002, Vol. 45 Issue 6, p453
Discusses developments in three-dimensional (3-D) imaging techniques and illustrates their clinical usefulness for the understanding of the 3-D nature of adolescent idiopathic scoliosis (AIS). Stereophotogrammetry; Surface topography; Computed tomography and magnetic resonance imaging; Clinical...
- Three-dimensional model technology for computer-aided surgery. Lambrecht, J T // Dentomaxillofacial Radiology;Aug97, Vol. 26 Issue 5, p263
Presents the paper 'Three-Dimensional Model Technology for Computer-Aided Surgery,' one of the keynote papers at the Fourth Symposium on Digital Imaging in Dental Radiology held in Amsterdam, Netherlands, on October 18 and 19, 1996. Overview of three-dimensional imaging; Indications in...
- SPATIAL RESOLUTION IN CONTRAST-ENHANCED MRA. Riederer, S.J.; Fain, S.B.; Bernstein, M.A.; Huston III, J.; King, B.F. // Acta Radiologica;Apr2000 Supplement 422, Vol. 41, p61
Assesses the spatial resolution in three-dimensional contrast-enhanced magnetic resonance angiography. Evaluation of resolution using the point spread function; Possibility of sub-millimeter isotropic resolution; Enhancements in resolution and signal levels.
- ADVANTAGES OF 3D VOLUME RENDERING DISPLAY OF MRA IMAGES. Laghi, A. // Acta Radiologica;Apr2000 Supplement 422, Vol. 41, p63
Describes the application of volume rendering for the reconstruction of three-dimensional images from magnetic resonance angiography. Description of the volume rendering method; Comparison with standard maximum intensity projection images; Ease of image manipulation using the method.
- VISUALISATION OF ARTERIES AND VEINS WITH 3D IMAGE PROCESSING METHODS. Smedby, O. // Acta Radiologica;Apr2000 Supplement 422, Vol. 41, p65
Examines the application of two image processing algorithms to three-dimensional data sets produced by magnetic resonance angiography. Classification of voxels in the grey-scale connectivity algorithm; Structure obtained using the skeletonisation algorithm; Shortcomings of maximum intensity...
