The Research of this study was to determine the relationship of slice thickness to Maximum Intensity Projection (MIP) reconstructive image information and determine the exact slice thickness to the MIP processing of MSCT examination of Abdominal Angiography. Type of research is quantitative with an experimental approach, using a sample of 6 patients. Each patient performed a MIP reconstruction of the abdominal artery that is truncus coeliacs artery, gastric artery, hepatic artery, splenic artery, superior mesenteric artery, inferior mesenteric artery, renal artery, and communis iliac artery with variations in slice thickness of 5, 10, 15, 20 and 25 mm. Correlation test results produce a P-value= 0.001 smaller than α= 0.05 so that Ho is reje...
Purpose: Our purpose was to compare two post-processing techniques, Maximum-Intensity-Projection (MI...
Background : The use of Slice thickness examination of nasopharyngeal CT based on theory (Seeram, 20...
PURPOSE: Our purpose was to compare two post-processing techniques, Maximum-Intensity-Projection ...
The existence of differences in the selection of slice thickness in the reconstruction of Maximum In...
Background: The development in the field of image reconstruction is growing rapidly along with the d...
ABSTRACTBackground: Thoracic aortic CTA examination is an accurate non-invasive examination techniqu...
CT-Angiographie: Unterschiede in der Bildgebung von Abdominalarterien mittels verschiedener Dünnschi...
Maximum Intensity Projection (MIP) is a post-processing reconstruction technique on Cardiac CTA exam...
COMPARISON OF VASCULAR ANATOMY IMAGE INFORMATION WITH MULTI PLANAR REFORMATING (MPR) AND MAXIMUM INT...
Background: Minimum Intensity Projection is a post-proccesing technique on CT Scan that useful for ...
When the interval reconstruction is lower than the slice thickness, the partial volume dan image res...
Background: Minimum Intensity Projection is a post-proccesing technique on CT Scan that useful for s...
The slice thickness is an important parameter on the MRI Brain examination. Slice thickness is the t...
Purpose: To compare the volume rendering technique (VRT) with maximum intensity projection (MIP) for...
Multi Slice Computed Tomography is a diagnostic imaging method that can display cross section anatom...
Purpose: Our purpose was to compare two post-processing techniques, Maximum-Intensity-Projection (MI...
Background : The use of Slice thickness examination of nasopharyngeal CT based on theory (Seeram, 20...
PURPOSE: Our purpose was to compare two post-processing techniques, Maximum-Intensity-Projection ...
The existence of differences in the selection of slice thickness in the reconstruction of Maximum In...
Background: The development in the field of image reconstruction is growing rapidly along with the d...
ABSTRACTBackground: Thoracic aortic CTA examination is an accurate non-invasive examination techniqu...
CT-Angiographie: Unterschiede in der Bildgebung von Abdominalarterien mittels verschiedener Dünnschi...
Maximum Intensity Projection (MIP) is a post-processing reconstruction technique on Cardiac CTA exam...
COMPARISON OF VASCULAR ANATOMY IMAGE INFORMATION WITH MULTI PLANAR REFORMATING (MPR) AND MAXIMUM INT...
Background: Minimum Intensity Projection is a post-proccesing technique on CT Scan that useful for ...
When the interval reconstruction is lower than the slice thickness, the partial volume dan image res...
Background: Minimum Intensity Projection is a post-proccesing technique on CT Scan that useful for s...
The slice thickness is an important parameter on the MRI Brain examination. Slice thickness is the t...
Purpose: To compare the volume rendering technique (VRT) with maximum intensity projection (MIP) for...
Multi Slice Computed Tomography is a diagnostic imaging method that can display cross section anatom...
Purpose: Our purpose was to compare two post-processing techniques, Maximum-Intensity-Projection (MI...
Background : The use of Slice thickness examination of nasopharyngeal CT based on theory (Seeram, 20...
PURPOSE: Our purpose was to compare two post-processing techniques, Maximum-Intensity-Projection ...