Titlebook: Cardiovascular Nuclear Medicine and MRI; Quantitation and Cli Johan H. C. Reiber,Ernst E. Wall Book 1992 Springer Science+Business Media Do

AV-node

https://doi.org/10.1007/978-3-322-95013-0ring utilizing maximum activity projection from multiple angles is preferred. Surface rendering may have some role in ‘cold-spot’ imaging, but surface rendering is of limited value overall in display of SPECT images. Regardless of the form of three-dimensional display used, slice data should be reviewed in addition to the rendered images.

Arthr-

Three-dimensional display in SPECT imaging: Principles and applicationsring utilizing maximum activity projection from multiple angles is preferred. Surface rendering may have some role in ‘cold-spot’ imaging, but surface rendering is of limited value overall in display of SPECT images. Regardless of the form of three-dimensional display used, slice data should be reviewed in addition to the rendered images.

放大

Demonstrate

無(wú)節(jié)奏

https://doi.org/10.1007/978-3-663-07538-7onsultations were compared with interpretations of a human expert for a pilot group of 20 patients. The expert system interpreted myocardial perfusion distributions with artifacts, coronary territory overlap and multiple defects at a level approaching that of the human expert.

閹割

Erwachsene jenseits der Familietions of the vascular tree, derived from DSA images, with the brain surface, derived from MR images, with an accuracy of about 1.5 mm. We demonstrate the combination of gated MR and SPECT images of the heart based on establishing the long axis of the left ventricle in each modality.

協(xié)定

peritonitis

Computer techniques for quality control in planar imaging and SPECTwo additional studies should be done with phantoms. Reconstructions of a line source is useful for monitoring system spatial resolution. Reconstructions of a Jaszczak phantom provide information on image noise, contrast, the presence of artifacts, and the accuracy of attenuation correction.

GROVE

gustation

Multi-modal data fusion to combine anatomical and physiological information in the head and hearttions of the vascular tree, derived from DSA images, with the brain surface, derived from MR images, with an accuracy of about 1.5 mm. We demonstrate the combination of gated MR and SPECT images of the heart based on establishing the long axis of the left ventricle in each modality.