Dramatically advance your ability to accurately diagnose brain disorders such as Alzheimer’s disease, epilepsy, and traumatic brain injury. Breakthrough quantitative volumetric imaging software solutions from Cortechs.ai are disrupting the tedious, manual process of imaging analysis with automated tools that achieve industry-leading levels of accuracy and speed.
“Mild involutional changes” and “age-appropriate atrophy” are no longer acceptable statements for the radiological report in the new age of quantitative radiology. NeuroQuant®, Cortechs.ai’s flagship quantitative MRI software product, provides more than the requisite ruling out of structural lesions. This sophisticated automated tool delivers accurate quantification that generates objective support for or against neurodegeneration in the setting of cognitive complaint. LesionQuant™, the automated lesion quantification module of NeuroQuant, combines T2 FLAIR and 3D T1 MRI analysis to provide clinicians with FLAIR lesion and subcortical brain structure quantification, as well as lesion and lesion change visualization. Finally, PETQuant™ enables clinical researchers to quantify subregional tracer binding in native patient brain space from PET brain studies.
Benefits and features
How can NeuroQuant help you?
Augment your clinical impression with objective, volumetric data and color-coded images of brain structures.
Automatic image segmentation from radiographic images (3D T1 MRI) is available in PACS in 5-7 minutes.
Track Progression Over Time
If a patient ID is already in the system, NeuroQuant will pull prior data to perform ongoing multi-time point evaluations to assess brain structure volume changes over time—all indicated on the same report.
Diagnose & Plan Earlier
Identify and assess neurodegeneration in its earliest stages to aid in treatment and lifestyle planning for patients.
Normative Reference Data
Normative reference data, based on the Cortechs.ai normative database, empowers NeuroQuant to provide comparisons of an individual’s brain structure volume measurements to a healthy population.
Change Visualization Output
The change visualization output provides a precise comparison of two 3D T1 scans and highlights the volumetric changes between time points in an easy to interpret heat map overlay.