Technology for Corridor Access
NICO technologies remove large tumors through small openings
Myriad™
The Myriad is indicated for use in clot evacuation, primary or secondary tumor removal and intraventricular tumor/cyst removal and is compatible with Minimally Invasive Parafascicular Surgery (MIPS), ventriculoscope procedures and key hole approaches.
Automated removal
adjacent to eloquent areas within narrow corridors.

Myriad Automated Removal Benefits
- Minimizes “in-and-out” of the surgical field
- User-controlled variable aspiration
- Tissue collection in a sterile, closed system



- Automates resection
- Does not generate heat to achieve tissue removal without injury to adjacent critical structures1
- Non-ablative, mechanical cutting technology for precise, user-controlled tissue resection2
- Improved access in narrow corridors due to low profile design3
- Malleable cannula to optimize access4
- Minimizes “in-and-out” of the surgical field
- User-controlled variable aspiration
- Tissue captured in sterile, closed system for use in post-procedure tissue processing
BrainPath® Ultrasound Probe
The BrainPath Ultrasound Probe overcomes small corridor barriers pursuing the goal of gross total resection. This modern approach applies the Principles of Microsurgery with BrainPath Removal of Tumors and ICH using BrainPath.
is used inside the BrainPath sheath to visualize landmarks and confirm:
- Vascularity
- Lesion position
- Tumor roll



ACCESS for ICH Evacuation using BrainPath
ACCESS for Tumor Removal using BrainPath
Trans-sulcal approach accessing Foramen of Monroe for colloid cyst removal using Myriad (3:03)
Trans-sulcal approach to MET resection using Myriad (3:12)
Trans-sulcal approach to Cav Mal resection in dominant side pre-motor using Myriad (4:17)
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