| Company Name | Pixyl |
| Founded | 2015 |
| Head office | La Tronche, France (Grenoble region) |
| Website | https://pixyl.ai/ |
| Contact | contact@pixyl.ai |
Products by Pixyl
Subspeciality: Neuro
Modality: MR
Source: Vendor
Disease activity, Image annotation, Lesional volume quantification, Lesion classification, Lesion quantification, Longitudinal analysis, McDonald MRI criteria
Pixyl.Neuro.MS integrates into the routine workflow, to extract pertinent information on the size and location of Multiple Sclerosis (MS)-specific lesions, aimed at supporting the diagnosis and monitoring of patients. In case of multiple visits, the longitudinal analysis also provides data on the evolution of the lesions, and therefore on the activity of the disease with respect to diagnostic criteria. The software outputs both a quantitative report on lesion location, volume and evolution, as well as annotated MRI images with lesions labeled according to their evolution.
Subspeciality: Neuro
Modality: MR
Source: Vendor
Brain segmentation, Brain volume quantification, Comparison with normative values, Longitudinal analysis
Pixyl.Neuro.BV is a volumetry tool measuring brain atrophy. It integrates into the routine workflow to quantify the volume of different tissues and structures in the brain, as well as any changes from the previous visit if there is one (longitudinal analysis). It also compares patient values to a normative population. The software outputs a quantitative report on tissue and structure volume, and changes relative to the prior visit. It also provides graphs to visualize the evolution of certain volumes with respect to normative values.
Subspeciality: Neuro
Modality: MR
Source: Vendor
Longitudinal analysis, White matter hyperintensities detection, White matter hyperintensities volume quantification
Pixyl.Neuro.FL integrates into the routine workflow to automatically identify, highlight and quantify any hyperintense regions in the MRI, aimed at supporting the diagnosis and monitoring of patients. In a longitudinal study where there are multiple visits, the software identifies any evolution of hyperintensities compared to the previous visit and quantifies that change, thus providing data on the activity of the disease. The software outputs both a quantitative report on total lesion volume and evolution, as well as annotated MRI images with lesions contoured.