The jig containing the cadaveric limb was positioned in a CT scanner (16 slice Philips Brilliance helical CT, Amsterdam, Netherlands) and scanned with the following scan parameters: 120KV, 200mAs, slice thickness 0.8 mm and ultra- high resolution. Each limb was imaged from the distal humerus to the metacarpals in a neutral position and then with a 250 Newton millimetre (N.mm) supinating moment, followed by a 250 N.mm pronating moment.
Brilliance helical ct
Manufactured by Philips
Sourced in Netherlands
The Brilliance helical CT is a computed tomography (CT) scanner manufactured by Philips. It is designed to capture high-quality, three-dimensional images of the body's internal structures. The Brilliance helical CT uses a rotating X-ray tube and a detector array to acquire data, which is then reconstructed into detailed images for medical analysis and diagnosis.
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Lab products found in correlation
3 protocols using brilliance helical ct
1
Cadaveric Limb CT Biomechanics
2
Multimodal Imaging of Feline Carpus
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Plain CT and MRI were initially performed on each of the feline carpi (n=5).
Using CT (16 slice Philips Brilliance helical CT, Amsterdam, Netherlands) the limbs were scanned with the following parameters: 120KV, 200mAs, slice thickness 0.8mm and ultra- high resolution.
A 3 Tesla MRI (GE Healthcare Milwaukee, USA, Model Discovery MR750) was also used and the limbs were positioned with the carpus in extension, using a human volume coil. T1 and T1 with fat suppression pre and post intra-articular contrast administration were performed.
Using CT (16 slice Philips Brilliance helical CT, Amsterdam, Netherlands) the limbs were scanned with the following parameters: 120KV, 200mAs, slice thickness 0.8mm and ultra- high resolution.
A 3 Tesla MRI (GE Healthcare Milwaukee, USA, Model Discovery MR750) was also used and the limbs were positioned with the carpus in extension, using a human volume coil. T1 and T1 with fat suppression pre and post intra-articular contrast administration were performed.
3
Cadaveric Limb CT Imaging under Moments
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The jig containing the cadaveric limb was positioned in a CT scanner (16 slice Philips Brilliance helical CT, Amsterdam, Netherlands) and imaged using the following parameters: 120 KV, 200 mAs, slice thickness 0.8 mm and ultra-high resolution. Each limb was imaged from the distal humerus to the metacarpals in a neutral position and then with a 250 N.mm supinating moment, and then with a 250 N.mm pronating moment (►Video 1). There were three sets of scans for each antebrachium tested (a total of 24 scans). Moment (N.mm) was applied using the torque-measuring screwdriver attached to a universal joint. Computed tomography data were stored in a digital imaging and communication in medicine (DICOM) format for later processing.
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