Voxel AI utilizes multimodal imaging to assess brain structure, function, and physiology in patients with neurological disorders, providing quantitative metrics for diagnosis and prognosis. This technology enhances clinical decision-making by offering insights into brain health that are not available through traditional neuroimaging methods.
Funding
Funding not disclosed
Founders
Product
Problem
Diagnosing and managing neurological disorders often relies on subjective clinical opinions and traditional neuroimaging, which may not reveal subtle dysfunctions or provide quantitative metrics for prognosis. This can lead to uncertainty in treatment planning and monitoring of recovery.
Solution
Voxel AI offers a technology platform that uses multimodal imaging to assess brain structure, function, and physiology, providing quantitative metrics for diagnosis and prognosis in patients with neurological disorders. By combining multiple types of imaging, Voxel AI aims to localize dysfunction not identifiable on traditional neuroimaging. The analysis can be used to estimate patient prognosis, develop customized rehabilitation strategies, and monitor recovery, offering insights into brain health that are not currently available with other techniques. This approach allows for a more personalized evaluation of neurological injury, tailored to how an individual's brain is organized.
Target Audience
The primary users are clinicians and scientists focused on neurological disorders, as well as patients and their care teams seeking insights into neurological health.
Features
- Multimodal imaging analysis combining various imaging modalities to assess brain health.
- Localization of dysfunction not identifiable on traditional neuroimaging.
- Quantitative indicators of disease and severity to guide clinical decision-making.
- Personalized evaluation of neurological injury based on individual brain organization.
- Estimation of patient prognosis to inform treatment planning.
- Customized rehabilitation strategy development based on imaging analysis.
- Monitoring of recovery through longitudinal imaging assessments.