Extended brilliance workspace software

Manufactured by Philips

The Extended Brilliance Workspace software is a tool designed to enhance the functionality and efficiency of laboratory equipment. It provides an integrated platform for managing and controlling various laboratory instruments and processes. The software aims to streamline workflow and improve data management within the laboratory environment.

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Lab products found in correlation

Intellispace portal, by Philips (1 mentions)

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Extended Brilliance Workspace (34 citations)

2 protocols using extended brilliance workspace software

Quantifying Abdominal Fat Distribution

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The abdominal adipose tissue area was quantified using 64-multidetector CT (Brilliance; Philips medical systems, Cleveland, OH, USA). The fat area was determined by measuring the mean value of the pixels within the range between −175 and −25 Hounsfield units. The total abdominal fat area (TFA), VFA, and SFA were measured by the acquisition of a 10-cm CT slice scan image of the third and fourth lumbar vertebrae during suspended respiration.
The area (cm²) was calculated using Extended Brilliance Workspace software (version 1-4.5.2, Philips Healthcare, Best, Netherland). VFA was calculated by delineating the intra-abdominal cavity bound by the parietal peritoneum or transversalis fascia, and excluding the vertebral column and paraspinal muscles. SFA was calculated by subtracting VFA from TFA.

Ze E.Y., Kim B.J., Kang H, & Kim J.G. (2017). Abdominal Visceral to Subcutaneous Adipose Tissue Ratio Is Associated with Increased Risk of Erosive Esophagitis. Digestive Diseases and Sciences, 62(5), 1265-1271.

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Quantitative Analysis of Adrenal Lesion Uptake

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Adrenal tracer uptake was considered anomalous by the nuclear medicine physician when it was greater than the background activity in bordering tissue or if there was an asymmetric uptake in the two glands. Some lesions were only visualized on the CT component and they were considered with no signi cant uptake when it was equal or below to the bordering tissue.
Quantitative analysis was performed by measuring the SUVmax of the adrenal lesion. This analysis was performed by a nuclear medicine physician on a Siemens e-soft workstation from 2010 until 2013 and using Philips IntelliSpace Portal or Philips Extended Brilliance Workspace software from 2014 onwards.
For the SUVmax calculation, a region of interest (ROI) was automatically generated after its placement on the adrenal lesion, after which the threshold was adjusted by the user.

Maciel J., Cavaco D., Fraga D., Donato S., Simões H., Sousa R, & Simões-Pereira J. (2023). Adrenal findings in FDG-PET: analysis of a cohort of 1021 patients from a cancer center. Hormones (Athens, Greece), 22(1).

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