Isp software

Manufactured by Philips

The ISP software is a core component of Philips' lab equipment portfolio. It provides image signal processing capabilities to enable efficient analysis and visualization of data from various imaging and analytical instruments.

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Lab products found in correlation

Ingenia 3.0 t mr scanner, by Philips (1 mentions)

Spelling variants of this product

IntelliSpace Portal (ISP) software (2 citations)

2 protocols using isp software

Anal Canal PET Imaging Quantitative Analysis

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A nuclear medicine physician reviewed all PET images on a digital workstation (ISP software, Philips). For all examinations, EARL-compliant quantitative analysis was used [10 (link)]. The following features were recorded for all examinations:

Visual analysis of the hypermetabolism of the anal canal using a 3-point scale (0, no hypermetabolism; 1, moderate hypermetabolism; 2, intense hypermetabolism).

Anal canal maximum standardized uptake values (SUV_max__EARL). VOI was determined using 50% of SUV_peak with adaptation to local tumor-to-background contrast, so called adapted 50% of SUV_peak (A50P) [12 (link)].

Visual assessment of rectal content using a 4-point scale (empty; 0, air; 1, feces; 2, air and feces).

Largest rectal diameter (mm).

To do an inter-observers’ agreement analysis for the discrimination between patients with a basal anal canal hypermetabolism (classified 0) and those with a significant anal canal hypermetabolism (classified 1 or 2), a second nuclear medicine physician was randomly assigned 100 PET/CT examinations. He recorded visual analysis of the hypermetabolism of the anal canal using a 3-point scale and the anal canal SUV_max__EARL as described above.

Aide N., Tainturier L.E., Nganoa C., Houdu B., Kammerer J., Galais M.P., Ciappuccini R, & Lasnon C. (2020). HYPHYCA: a prospective study in 613 patients conducting a comprehensive analysis for predictive factors of physiological 18F-FDG anal uptake. EJNMMI Research, 10, 28.

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Quantitative Assessment of Lumbar Spine Fat Content

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The fat content was measured with Ingenia 3.0 TMR scanner (Philips Healthcare), with a 32‐channel body coil, 6‐echo mDixon‐Quant gradient echo sequence, sagittal scan. The parameters were set up as follows: TR, 5.6 ms; TE, 0.98 ms; △TE, 0.7 ms; flip angle, 3°; voxel, 2.5 mm × 2.5 mm × 3 mm; matrix, 160 × 140; excitation frequency, one time; layer thickness, 3 mm; FOV, 400 mm × 350 mm × 231 mm; scanning time, 15 s. All data was transferred to the post‐processing workstation using ISP software (version 7, Philips Healthcare), automatically generating fat score images for measurement. The most central image of the lumbar spine in the sagittal position was selected for the region of interest (ROI) on the L1‐L3 vertebral body. The ROI required the largest range to be included in the entire vertebral body as well as avoid the cortical bone, endplate and intervertebral disc. All measurements were performed independently by two residents, and the average value of the measurements was taken.

Zhu S., Tian A., Guo L., Xu H., Li X., Wang Z, & He F. (2021). Investigation of Diagnostic Biomarkers for Osteoporosis Based on Differentially Expressed Gene Profile with QCT and mDixon‐Quant Techniques. Orthopaedic Surgery, 13(7), 2137-2144.

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