The technique of generating 3-D images from CT and MR data has made progress. Manipulation of the images has become simpler, the processing time shorter, and the quality better. Clinical application of this technique has been performed for images of brain (5, 7, 8) and bone (1, 2, 6), but only a few studies have been done of abdominal organs (3, 4).
ClineH. E.LorensenW. E.SouzaS. P.: 3D surface rendered MR images of the brain and its vasculature. J. Comput. Assist. Tomogr.15 (1991), 344.
2.
HuX.TannK. K.LevinD. N.: Three-dimensional magnetic resonance images of the brain. Application to neurosurgical planning. J. Neurosurg.72 (1990), 433.
3.
KashiwagiT.MitsutaniN.KoizumiT.: Three-dimensional demonstration of liver and spleen by a computer graphics technique. Acta Radiol.29 (1988), 27.
4.
McNealC. R.MaynardW. H.BranchR. A.: Liver volume measurements and three-dimensional display from MR images. Radiology169 (1988), 851.
5.
LangP.SteigerP.GenantH. K.: Three-dimensional CT and MR imaging in congenital dislocation of the hip. Clinical and technical considerations. J. Comput. Assist. Tomogr.12 (1988), 459.
6.
LevinD. N.HuX.TanK. K.: Surface of the brain. Three-dimensional MR images created with volume rendering. Radiology171 (1989), 277.
7.
TottyW. G.VannierM. W.: Complex musculoskeletal anatomy. Analysis using three dimensional surface reconstruction. Radiology150 (1984), 173.
8.
VannierM. W.MarshJ. L.WarrenJ. O.: Three dimensional CT reconstruction images for craniofacial surgical planning and evaluation. Radiology150 (1984), 179.
