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Discovery ct750 hd

Manufactured by Philips

The Discovery CT750 HD is a high-performance computed tomography (CT) scanner developed by Philips. It is designed to provide advanced imaging capabilities for healthcare professionals in various clinical settings. The core function of the Discovery CT750 HD is to acquire and generate high-quality, three-dimensional images of the human body, which can be used for diagnostic purposes.

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3 protocols using discovery ct750 hd

1

Radiographic Characterization of Vascular Invasion Patterns

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All radiographs, computed tomography (CT), magnetic resonance imaging (MRI), bone scans, and positron emission tomography (PET) scans during the duration of treatment were reviewed by two radiology trainees (WA, SS), and imaging features of VIP were confirmed by a board-certified musculoskeletal radiologist (TL). VIP lesions were initially diagnosed and best characterized on radiographs and CT studies which were used for morphological analysis of the lesions. Standard radiographs were obtained of various bones and joints in at least two planes. CT studies of the chest were obtained on three different scanners-General Electric (GE) LightSpeed VCT, GE Discovery CT750 HD, and Phillips Brilliance 64-using the acquisition parameters listed in Supplementary Table 1.
The length, location in the body, location in the bone, type, and morphology of VIP lesions were recorded. The lesion type was classified as either continuous or interrupted. Lesions were further subclassified based on morphology as eggshell, lobulated, soap bubbles, solid, single layer, multilayered, spiculated or sunburst for continuous-type lesions and wedge-shaped, Codman triangle, interrupted onion skins, or interrupted spiculae for interrupted-type lesions [14] . Representative lesions are included in Figs. 1 and2.
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2

Standardized Chest CT Imaging Protocol

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Non-contrast enhanced chest CT scans were carried out using multidetector CT scanners from Siemens (Somatom Definition Flash or Somatom Force), General Electric (Discovery CT750 HD), Philips (IQon CT) or Toshiba (Aquilion 64). Breath-hold training was carried out before each examination. The following scanning parameters were used: slice thickness/slice increment 1 mm, 0.625 mm or 0.5 mm; rotation time 0.5 or 0.6 second; pitch 0.984 or 1.2; matrix 512*512; field of view (FOV): 350 mm; standard algorithm reconstruction; tube voltage 120 kVp, tube current adjusted automatically.
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3

Multi-scanner CT Image Acquisition Protocol

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CT images were acquired from the Picture Archiving and Communication System of our institution and were saved in Digital Image and Communication in Medicine format. Because our institution is an academic medical center with many patients referred from several affiliated hospitals, imaging data were obtained from different scanners (Siemens SOMATOM Definition, SOMATOM Definition AS, SOMATOM Definition Flash, and Sensation 64; GE Medical System Optima CT 660, Discovery CT 750 HD, BrightSpeed S, and LightSpeed 16; Philips Brilliance 64; Toshiba Aquilion, Aquilion ONE, and Aquilion PRIME). The contrast-enhanced CT images were obtained after intravenous iodine contrast injection and reconstructed using a 5 mm slice thickness without gap.
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