Multimodal MRI processing
T1, FLAIR, diffusion, and functional data can be standardized and aligned for case review.
Information for Physicians
Overview
AI-powered neuroimaging analytics for the subtle findings that change clinical decisions
BrainScores turns routine MRI into quantitative, interpretable maps of structural deviation. Our platform helps physicians identify subtle abnormalities, review evidence at the patient level, and move from imaging insight to treatment planning with confidence.
Deviation mapping
Patient anatomy is compared against reference distributions to show where tissue properties diverge from expected patterns.
AI-assisted diagnostics
Candidate lesions are ranked and visualized so physicians can inspect the underlying anatomy directly.
Surgical integration
Outputs can be prepared for neuronavigation and multidisciplinary epilepsy conference review.
Epilepsy
Reveal surgical targets in patients whose lesions are hard to see
Drug-resistant epilepsy often depends on identifying a structural target that conventional reads may miss. BrainScores combines multimodal MRI processing, whole-brain morphometric analysis, AI-assisted lesion detection, and expert validation to surface focal cortical dysplasia, hippocampal abnormalities, atrophy patterns, and other subtle markers relevant to surgical planning.
Example #1
Focal cortical dysplasia
STANDARD MRI:
Negative
BRAINSCORES ANALYSIS:
Lesion detected in right frontal cortex
SURGICAL OUTCOME:
Seizure-free at 12 months
1
MRI-NEGATIVE
2
AUTOMATED DEVIATION MAPPING
3
AI DIAGNOSTICS
4
CURATIVE SURGERY
Example #2
Temporal lobe epilepsy
STANDARD MRI:
Negative
BRAINSCORES ANALYSIS:
Hippocampal abnormality identified
SURGICAL OUTCOME:
Seizure-free at 18 months
1
MRI-NEGATIVE
2
AUTOMATED DEVIATION MAPPING
3
AI DIAGNOSTICS
4
CURATIVE SURGERY
Aging and Neurodegeneration
Measure early structural change before it becomes obvious
Age-related decline is often gradual, heterogeneous, and difficult to interpret from a single scan. BrainScores can quantify regional brain structure, compare individuals against age-adjusted references, and track patterns that may support earlier recognition, referral, and monitoring.
Example #1
Healthy Aging
1
T1 WEIGHTED
2
FLAIR
3
FUSED IMAGES
4
PROCESSED IMAGES
Example #2
Global Atrophy
1
T1 WEIGHTED
2
FLAIR
3
FUSED IMAGES
4
PROCESSED IMAGES
Example #3
Right Hippocampal Atrophy
1
T1 WEIGHTED
2
FLAIR
3
FUSED IMAGES
4
PROCESSED IMAGES
Workflow
How physicians use BrainScores
1
Upload MRI data securely.
2
BrainScores standardizes imaging and performs automated quantitative mapping.
3
The platform compares to normative data, produces candidate findings, and visual overlays.
4
Results can be discussed in clinic, case conference, or surgical planning workflows.
Validation
Trust and validation
Built by researchers who defined modern epilepsy imaging.
Developed from peer-reviewed algorithms and open-science neuroimaging tools.
0+Leading epilepsy centers worldwide
0+Core software downloads
0+Citations across the research community
Warning
BrainScores outputs are intended to support qualified medical professionals and should be interpreted alongside clinical history, EEG, neuropsychology, radiology, and other standard-of-care evidence.
Contact
Bring quantitative neuroimaging into your clinical workflow
Talk with our clinical team about MRI-negative epilepsy cases, surgical planning workflows, aging-related imaging questions, or institutional validation studies.