Access
The Way You Access Matters
to achieve improved clinical and economic outcomes
Safe access to the brain changes all decisions. The BrainPath Approach uses patented technologies to achieve minimally disruptive, navigable, trans-sulcal access through the subcortical space.
meniGLIDE™
The meniGLIDE is designed for control and safety to open the meninges while protecting collateral tissue in preparation for a surgical procedure.
Provides access through the
meninges for intracranial
and spine procedures.
meniGLIDE Access Benefits
- Controlled opening of the meninges
- Blunt dissection from underlying structures
- Controlled incision along the superior membrane
See How meniGLIDE Works
BrainPath® 
The BrainPath is part of a systems approach designed to minimize tissue disruption during advancement to the surgical site.
Minimally-disruptive, navigable,
trans-sulcal access through
the subcortical space.
The BrainPath family of products includes 13.5mm and 11mm diameter devices in a variety of lengths to address multiple surgical needs.BrainPath Access Benefits
Innovative and uniquely engineered device used for parafascicular, trans-sulcal access:
- Primary and secondary brain tumors
- Vascular abnormalities and malformations
- Intraventricular tumors and cysts
The idea of using a trans-sulcal route is not new…The Technology Is
Why use Trans-sulcal access?
- All tissue is relevant
- Preserves healthy tissue during cannulation
- Minimizes disruption to pial tissue enroute to lesion
Why use a Parafascicular approach?
- Designed to minimize shear forces applied to primary white matter tracts using DTI imaging
- May reduce amount of brain transversed to each lesion
- Fiber tract preservation
See what you want to safely reach the target area
conventional brain surgery and surgery using BrainPath.
See How BrainPath Works
ACCESS for ICH Evacuation using BrainPath
Trans-sulcal approach to ICH evacuation with ventricular extension using the Myriad (1:00)
Mobilization of large sulcul vessel prior to cannulation and ICH evacuation using the Myriad (1:06)
ACCESS for Tumor Removal using BrainPath
Trans-sulcal approach accessing Foramen of Monroe for colloid cyst removal using Myriad(3:03)
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Trans-sulcal approach to MET resection using Myriad (3:12)
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Trans-sulcal approach to Cav Mal resection in dominantside pre-motor using Myriad (4:17)
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Learn more about how we automate removal
Technology specifically designed for corridor access
Click here for REMOVAL