Cirrus maps help neurosurgeons make key decisions before and during surgery
Cirrus integrates into the existing clinical radiology imaging workflow. Once processed, the brain network maps are configured and easily imported into the hospital’s surgical planning and navigation system of choice.
Our MLP Algorithm Classifies the Whole Brain Creating Correlation Maps on BOLD data
HOW IT WORKS
Sora uses a Patented Supervised AI Machine Learning Approach to Brain Function Mapping and Analysis
OUR METHOD
Best-in-Breed Sora Approach
Supervised AI/ML Approach
Advantages
Consistency (Same Predefined Functions evaluated in Every Patient)
Purely Functional Analysis / Not Tied to Anatomy, which can be Misleading
Leverages Relationships Between Functions for Better Mapping Accuracy
Inferior Approaches
Seed Based Analysis
Advantages:
Simple & Intuitive (Defines the Location of a Central “Seed” for a Function in the Patient Anatomy)
Setting the Anatomical Location of the Seed can be Automated (Using AI)
Identifies Where Neural Activity is in Synchrony with the Seed
Limitations:
Inconsistent Across Patients (Depends on Seed Placement)
Anatomy Drives Seed Placement, which can be Misleading
Independent Evaluation of Each Function, Missing Inter-Function Relationships
Unsupervised Analysis
Advantages:
Useful in Identifying Novel Brain Functions (Research Use)
Separates Functions from One Another Well
Useful in Evaluating Hierarchy of Functions
Limitations:
Better for Research Use
Inconsistent Across Patients (No Predefined Functions)
Time-Consuming, Requiring Expert User
“This is going to be a sea change for clinical imaging and brain mapping.”
Eric C. Leuthardt, MD
Sora Neuroscience co-founder
Seamless from Scan to Surgery
CLINICAL WORKFLOW
MRI Acquisition
T1w + BOLD fMRI
Clinical PACS
DICOM Storage
Cirrus
Automated rs-fMRI Analysis
Cirrus Maps & Report
Automated DICOM RSN Maps with Quality Report
Planning & Navigation
Cirrus Maps Import into OR
Easy Integration
Seamless
Data Flow
Advanced Brain Mapping
Key Benefits
Expands Access
Makes functional brain mapping more accessible for patients
unable to perform traditional task-based fMRI workflows.
Accuracy
Provides comprehensive resting-state brain network mapping
to support more informed surgical decisions.
Reliability
Lower failure rates compared to conventional task-based fMRI approaches.
Efficiency
Designed for seamless integration into existing clinical and surgical planning systems.
Let’s Connect
Please reach out to learn more.
4406 Beard Ave S. Suite UL2
Minneapolis, MN, 55410