Driving Innovation in
Biomarker Development
for Brain Health
BrainScope is helping to shape the future of brain disorder assessment and treatment optimization through advanced biomarker development powered by brain electrical activity (EEG).
We are committed to developing novel biomarkers that provide unprecedented insights into the brain, in a way that is not only faster, less expensive, and more accessible than the current standards, but also sensitive to the earliest signs of dysfunction, before structural damage occurs.


Optimizing
Clinical Trials
BrainScope’s Large Neural Model Platform has the potential to significantly impact clinical trials, particularly in the complex and costly field of CNS drug development. By applying BrainScope's AI model to EEG data acquired from any source, we can aid in transforming how brain conditions are assessed and managed.


Detect and Segment Disease
helping identify brain dysfunction and disease subtype through an unbiased, data-driven approach

Predict Treatment Outcomes
helping to reduce costs and failure rates by forecasting patient response and improving trial design

Streamline Patient Selection
helping to maximize ability to choose the right participants for the right trials

Enhance Trial Design
helping to minimize off-target effects and maximize trial power

The Vision for the Future
Backed by substantial evidence of EEG's effectiveness in CNS disorders alongside BrainScope's formidable portfolio of patents, technology, data, and know-how, BrainScope biomarker innovations have the potential to revolutionize early diagnosis, monitoring, treatment prediction and outcome. We invite you to join us in pushing the boundaries of neuroscience and creating a healthier future.

Broad Impact for Brain Health
BrainScope's new biomarker development covers a range of critical brain health challenges, including early Alzheimer's prediction, sub-typing CNS diseases and rapid stroke assessment.
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BrainScope's FDA-cleared biomarker for traumatically induced brain bleed assessment has also demonstrated utility for rapid stroke assessment (not FDA-cleared). Results of this retrospective study were published in the peer-reviewed journal Academic Emergency Medicine.
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