This website uses cookies so that we can offer you the best possible user experience. The cookie information is stored in your browser and performs functions such as recognizing you when you return to our website or helping our team to understand which sections of the website you find most interesting and useful.
Nuclear Medicine Assistance
Automatically providing visual and quantitative information identifying hypometabolic zones in FDG-PET and providing SUVR values in PET-amyloid.
Neurological support
Facilitating the interpretation of the nuclear medicine report, identifying the patterns of different neurodegenerative conditions.
Diagnostic assistance
Identifying neurodegeneration in early stages of the disease thanks to one of the most extensive databases of PET-FDG (>120 subjects) of normal individuals on the market.
Integrating all the necessary resources for the diagnosis: results in images, and data tables and an interactive viewer.
Reducing inter-observer variability among specialists.
Processing automatically the results in 5 minutes.
PET-FDG
image processing
PET/RM or PET/CT
image fusion.
Analysis based on ROIs
compared with a database of normals for z-score extraction and % deviation from normality
Parametric statistical analysis (SPM)
voxel to voxel.
Detection and identification
of hypometabolic or hypermetabolic areas
PET-amyloid
image processing
PET/RM
image fusion.
MRI segmentation
into grey matter, white matter and CSF
Analysis based on regions of interest
calculation of SUVR values and result (positive/negative) compared with validated thresholds.
Processing time
5 minutes
Interaction required by the user
Download and upload the images
1 clic
Download sample results report
Neurocloud PET includes all the advantages of Neurocloud technology
Free continuous updates
Fast, intuitive and fully automated
Immediate use, no installation
100% Compatible with your technology
Continuous and personalized assistance
Recruitment adapted to your needs
Safe and clinically validated
Neurocloud is the new paradigm in diagnostic imaging
Increased neuroimaging processing enables better diagnostics in more efficient organizations