X‐ray of the left hand was performed to estimate SA as a measure of skeletal maturity level, using Siemens Ysio Max with the integrated imaging system FLUORPSPO Compacts (software version VE10; Siemens Healthineers). The x‐ray file of view covered the whole hand (posterior–anterior view), including 3 cm of the distal arm to include the epiphyseal plates in radius and ulna. The tube‐detector distance was 1 m, the x‐ray energy 50‐kilo volt (kV) and 1–1.5 milliampere‐seconds (mAs). There was no processing or filtering of the images. The x‐ray image analyses were done using BoneXpert Stand‐alone version 3.1.4 (Visiana). The skeletal age determinations were based on Greulich Pyle (GP) rating of bone maturation in BoneXpert. X‐rays were taken on the same day as height, weight and physical tests were performed.
Ysio max
Manufactured by Siemens
Sourced in Germany
The Ysio Max is a digital radiography system produced by Siemens. It is designed for general radiographic imaging procedures. The system includes a mobile ceiling-mounted X-ray tube, a flat-panel digital detector, and an integrated control interface.
Automatically generated - may contain errors
Lab products found in correlation
3 protocols using ysio max
1
Estimating Skeletal Maturity from Hand X-rays
2
COVID-19 Chest Radiography Scoring Protocols
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At Nottingham University Hospitals, single-view posteroanterior or
anteroposterior chest radiography was routinely performed for patients admitted
with proven or suspected SARS-CoV-2 infection. The first chest radiographic
examination performed during the admission relating to RT-PCR was selected for
analysis. During the early part of the pandemic, reporting was not uniform, and
no specific scoring system was used. Thus, all chest radiographs were reassessed
by using the RALE (22 (link)), Brixia (7 ,21 (link)), and percentage opacification scores (18 (link)).Table
E1 (online) and Figure 1 describe these scoring systems. Chest radiographs
were interpreted by using a Jusha monitor (Nanjing Jusha Commercial and
Trading), with a picture communication and archiving system (GE Healthcare).
Radiography was performed by using dual-detector system (DigitalDiagnost;
Philips), digital system (Ysio Max; Siemens), and the FDR Nano Mobile (Fuji)
system.
anteroposterior chest radiography was routinely performed for patients admitted
with proven or suspected SARS-CoV-2 infection. The first chest radiographic
examination performed during the admission relating to RT-PCR was selected for
analysis. During the early part of the pandemic, reporting was not uniform, and
no specific scoring system was used. Thus, all chest radiographs were reassessed
by using the RALE (22 (link)), Brixia (7 ,21 (link)), and percentage opacification scores (18 (link)).
E1
were interpreted by using a Jusha monitor (Nanjing Jusha Commercial and
Trading), with a picture communication and archiving system (GE Healthcare).
Radiography was performed by using dual-detector system (DigitalDiagnost;
Philips), digital system (Ysio Max; Siemens), and the FDR Nano Mobile (Fuji)
system.
3
X-ray Imaging of Paintings
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Radiographic imaging of the paintings was conducted using a Siemens Ysio Max digital X-ray system (Munich, Germany) with a 7 Mpx detector of dimensions 35 × 43 cm. The images were captured at 40 kV, 0.5–2 mAs, 4 s acquisition time and 100 cm distance between the X-ray source and detector. Post-processing work was performed using iQ-LITE and Adobe Photoshop CC 2017 software (San Jose, CA, USA).
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