Diagnostics of Vascular Diseases: Principles and Technology |
Contents
Principles and Clinical Applications | 3 |
Physics and Instrumentation of Doppler Ultrasound | 21 |
K F Kamm Philips GmbH Philips Medical Systems Röntgenstraße | 24 |
Copyright | |
17 other sections not shown
Other editions - View all
Diagnostics of Vascular Diseases: Principles and Technology Peter Lanzer,Martin Lipton Limited preview - 2012 |
Common terms and phrases
activity angiography apolipoprotein artifacts assay atherosclerosis beam blood flow bolus cardiac catheter cells cholesterol concentration Clin clinical color Doppler computed contrast agents contrast media coronary artery deficiency density class density lipoprotein detected detector determined diagnostic disease display dose echo effect enhancement enzyme exposure fatty acids fibrinogen filter fluoroscopy frequency gene genetic gradient HDL cholesterol heparin hyperlipoproteinemias image intensifier image quality increased injection intravascular ultrasound iopamidol levels lipids liver low density lipoprotein Lp(a lumen magnetic resonance measured metabolism method mg/dl noise nonionic normal particles patients phase phospholipids pixel plane plaque plasma platelet procedure protein pulse quantitative radiation Radiol Radiology ratio receptor reconstruction reduced renal risk rotation sample scan serum signal slice thickness spatial resolution spiral CT sterol structures studies techniques tein thrombin tion tissue transducer triglycerides tube vascular velocity venous vessel VLDL volume X-ray