Introduction to Multislice Ct

What is/are Multislice Ct?

Multislice Ct - A multislice CT scan with 3D reconstruction was used as a preoperative radiological assessment of the shoulder. ^[1] Postoperatively, the patients underwent multislice CT, and the images were used to create 3D-CT models. ^[2] Forty patients with hepatic focal lesions diagnosed radiologically as HCC by triphasic multislice CT pelviabdominal and chest, and in some patients MRI diffusion and 38 age and sex matching healthy controls were enrolled in the study. ^[3] Different morphological characteristics of positively remodeled non-occlusive atherosclerotic plaques as detected by multislice CT coronary angiography may be good potential predictors of future cardiovascular events. ^[4] Results: We present the case of an anomalous single coronary artery detected incidentally during routine coronary computed tomography (CT) angiography performed by a multislice CT method, using a 64-detector-row scanner. ^[5] HYPOTHESIS Flat panel computed tomography (FPCT) provides more accurate measurements of dimensions for superior semicircular canal dehiscence (SCD) than multislice CT (MSCT). ^[6] Tri-dimensional and conventional panoramic tomography, dynamic tridimensional CT, multislice CT, cone-beam CT, volumetric tridimensional CT reconstruction and electric impendance tomography are more and more widely applied. ^[7] Multislice CT (MSCT) is a non-invasive alternative to coronary angiography (CAG) suggested for patients with a low-to-intermediate risk of CAD. ^[8] 14 rev/s (50 degrees/sec) compared to current multislice CT scanners that can achieve 3-4 rev/s. ^[9] Multislice CT in combination with other radiologic images is currently regarded as the most appropriate diagnostic imaging for differentiation between benign and malignant cavitary lung lesions. ^[10] Methods: It was included in this study a convenience sample of 118 multislice CT examinations from patients who underwent maxilla, mandible and cervical vertebrae (C1 and C2) simultaneously scans. ^[11] All patients had undergone multislice CT chest with intravenous contrast for detection and staging of the tumor. ^[12] (1) Can iliosacral osseous corridor diameters in sacral dysmorphism be enlarged by in‐out‐in screw placement at the posterior iliosacral recessus? (2) Are lumbosacral transitional vertebra (LSTV) the anatomical cause for sacral dysmorphism? (3) Are there sex‐specific differences in sacral dysmorphism? 594 multislice CT scans were screened for sacral dysmorphism and 55 data‐sets selected. ^[13] Conclusion: Multislice CT is a significantly valuable noninvasive imaging method for identification and assessment of the most recognized reasons such as appendicitis in addition to the less known conditions. ^[14] Methods: 79 multislice CT examinations from patients who underwent CT examinations of maxilla, mandible and cervical vertebrae simultaneously were included. ^[15] 6±18 years), who underwent MDCT (using GE 16/64- multislice CT) angiography from December 2018 to June 2019 and had diagnosed of congenital thoracic vascular anomalies, or asymptomatic (incidentally discovered). ^[16] METHODS This is a cross-sectional validation study of a convenience sample of subjects with multislice CT angiography scans of the thoracic aorta from an institutional imaging database. ^[17] The sampling frame included all patients who had panoramic radiographs, cone-beam computed tomography (CT), and multislice CT images during the period under review. ^[18] Reconstructed sagittal multislice CT images were obtained before and at 3 and 6 months and 1 and 2 years after surgery. ^[19] Conventional multislice CT technology has also improved to the point where it can be used in the operating room. ^[20] Post-operative complications detection could be done by either fluoroscopic gastrografin meal or multislice CT study before and after contrast administration. ^[21] In contrast to multislice CT (MS-CT), ultrasound image fusion is a real-time imaging technique that can be used in combination with other cross-sectional imaging modalities. ^[22] Cardiac MRI and multislice CT imaging, followed by offline computerized image analysis was used in a patient aged 3 months, within 3 weeks of operating. ^[23] All patients had multislice CT scans of the TMJ taken as part of the orthodontic records. ^[24] PURPOSE To analyze 1) adipokines in peripheral and atrial plasma from patients undergoing AF ablation; 2) its association with LAAT volume measured by multislice CT and 3) its predictive value for AF recurrence. ^[25] In our case, multislice CT was useful because it provided morphological information about the aneurysm [3]. ^[26] Objective: The aim of this study is compare multislice CT VB and FOB to assess tracheobronchial lesions with multislace CT VB. ^[27] For each lesion, a series of simulated CT images representing different imaging conditions were synthesized by applying three-dimensional blur and adding correlated noise based on the measured noise and resolution properties of five commercial multislice CT systems, representing three dose levels (CTDIvol of 1. ^[28] X300), and CT examinations; Triphasic contrastenhanced and monophasic MDCT (with delay of 40-50s) performed on (Philips, Ingenuity core128-multislice CT) in the Zagazig university hospital. ^[29] Multislice CT revealed an isolated blunt chest injury (BCI) with pneumopericardium (air within the pericardial cavity) (figure 1), which was not initially identified on radiographs and was defined as an occult injury. ^[30] Conclusion A 256-row multislice CTA is a valuable non-invasive tool for assessment of cerebral aneurysms treated with titanium clips. ^[31] Test is made using multislice CT and 3 machines CBCT Planmeca, Vatech and Neotome. ^[32] BackgroundTo predict conventional test forces (peak torque and pull-out force) and a new test force (implant stability quotient [ISQ] value of a spinal pedicle screw) from computed tomography (CT) parameters, including micro-architectural parameters, using high-resolution micro-CT and clinical multislice CT (MSCT) in human cadaveric vertebrae. ^[33] METHODS We prospectively identified patients who were at high risk for VCD failure and had unavailable contralateral CFA approach from the pre-TAVR evaluation with multislice CT angiography. ^[34] For early detection of liver metastases, the carcinoembryonic antigen (CEA) measurements, contrast-enhanced abdominal multislice CT, and ultrasound-guided liver biopsy were recommended to perform every 3 months in the postoperative period. ^[35] All patients had pre-operative multislice CT aortography with 4 patients showing extensive arch tears and 4 patients had dissected coronary arteries on multislice CT of the coronaries. ^[36] MATERIALS AND METHODS Six multislice CT scanners located at diverse areas of Yazd Province and seven common procedures were selected for the present study. ^[37] These suggested techniques, such as 18-Fluorodeoxyglucose PET/computed tomography (FDG-PET/CT), white blood cell PET (WBC PET) and lung multislice CT (MSCT), are also discussed in the study. ^[38] CT raw data of a single-source multislice CT scanner were postprocessed using ASIR V alone and with additional Smart MAR reconstruction. ^[39] Over the last few years, particularly with the advent of helical multislice CT machines, there has been a marked increase in diagnostic use of Computed tomography angiography ABSTRACT. ^[40] Images of adult anthropomorphic and self-built wire phantoms were acquired by the new 4-row multislice CT Toshiba Alexion™. ^[41]

Row Multislice Ct

Conclusion A 256-row multislice CTA is a valuable non-invasive tool for assessment of cerebral aneurysms treated with titanium clips. ^[1] Images of adult anthropomorphic and self-built wire phantoms were acquired by the new 4-row multislice CT Toshiba Alexion™. ^[2]

multislice ct scan

A multislice CT scan with 3D reconstruction was used as a preoperative radiological assessment of the shoulder. ^[1] (1) Can iliosacral osseous corridor diameters in sacral dysmorphism be enlarged by in‐out‐in screw placement at the posterior iliosacral recessus? (2) Are lumbosacral transitional vertebra (LSTV) the anatomical cause for sacral dysmorphism? (3) Are there sex‐specific differences in sacral dysmorphism? 594 multislice CT scans were screened for sacral dysmorphism and 55 data‐sets selected. ^[2] All patients had multislice CT scans of the TMJ taken as part of the orthodontic records. ^[3]

multislice ct scanner

14 rev/s (50 degrees/sec) compared to current multislice CT scanners that can achieve 3-4 rev/s. ^[1] MATERIALS AND METHODS Six multislice CT scanners located at diverse areas of Yazd Province and seven common procedures were selected for the present study. ^[2] CT raw data of a single-source multislice CT scanner were postprocessed using ASIR V alone and with additional Smart MAR reconstruction. ^[3]

multislice ct examination

Methods: It was included in this study a convenience sample of 118 multislice CT examinations from patients who underwent maxilla, mandible and cervical vertebrae (C1 and C2) simultaneously scans. ^[1] Methods: 79 multislice CT examinations from patients who underwent CT examinations of maxilla, mandible and cervical vertebrae simultaneously were included. ^[2]

multislice ct angiography

METHODS This is a cross-sectional validation study of a convenience sample of subjects with multislice CT angiography scans of the thoracic aorta from an institutional imaging database. ^[1] METHODS We prospectively identified patients who were at high risk for VCD failure and had unavailable contralateral CFA approach from the pre-TAVR evaluation with multislice CT angiography. ^[2]

multislice ct image

The sampling frame included all patients who had panoramic radiographs, cone-beam computed tomography (CT), and multislice CT images during the period under review. ^[1] Reconstructed sagittal multislice CT images were obtained before and at 3 and 6 months and 1 and 2 years after surgery. ^[2]