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Endovascular Aortic Repair

Hands-on training for image-guided interventional stent grafting

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This learning module is designed for:
Proctoring physicians
Interventional radiologists

Mentice Endovascular Aortic Repair (EVAR) is designed for physicians and medical professionals involved in learning image-guided interventional management of Abdominal Aortic Aneurysms (AAAs). The module facilitates training of this high-risk procedure, in a learner focused and risk-free environment, on a simulator in order to gain a thorough understanding of the prerequisites for AAA treatment. The EVAR module provides essential procedural and technical skills training, and features staged training that ranges from basic cases to more complex ones with highly angulated necks and aortoiliac aneurysms and ruptured aneurysms. With the optional VIST® G5 or G7 extension, all cases run with full bifemoral access.

Original CT data, from which the cases have been modeled, are available with the module to allow for segmentation and planning on a workstation of your choice. Using VIST® Case-It for EVAR, you can even import patient specific CT data and create your own case library for training.

Features & Benefits

Key Benefits

Real life planning, on your workstation

Training the EVAR procedure in a stepwise approach

Managing and minimizing radiation dose exposure

Acquisition of pertinent technical and manipulation skills

Review, validation and amendment of the procedure plan

Features & Benefits

• Bifemoral access (with optional VIST® G5 extension)

• Support for VIST® Handle 1 wireless generic handle

• Real delivery systems can be used (up to 24F)

• DSA, roadmap and shutters for dose management

• Embolization using coils or vascular plugs

• 3D-overlay for enhanced visualization and understanding

• Different case scenarios like ruptured aneurysms, tortuous aortas, etc.

• Comprehensive metrics for assessment and debriefing

• VIST® Case-It for import of patient specific CT data

Training Objectives

• Safely advance graft system into the aorta

• Efficiently work with radiation exposure to patient and operator

• Correctly position graft in relation to branch vessels

• Carefully and appropriately deploy graft

• Perform cannulation of the contralateral leg

• Acquire completion angiogram to assess outcome

• Embolize internal iliac artery with vascular plugs or coils

• Use balloons to prevent endoleaks

• Manage endoleaks

• Treat and manage ruptured aneurysms (rAAA)

Workflow

Step 1

Flow Diverter Case planning in Ankyras™

Mentice: Flow Diverter planning in Ankyras
Step 2

Import Case directly into VIST simulator

Mentice: VIST G7 Virtual Reality Simulation
Step 3

Practice deployment in patient-specific anatomy

Mentice: Wire navigation and flow diverter overlay from Ankyras

Case Layout

Total of 10 interative cases covering different anatomical challenges as well as 2 ruptured
For case description, please contact us on the form below
No items found.

Customer Testimonials

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Disclaimer & Regulatory Information

Ankyras is a medical device manufactured by Mentice Spain S.L. Mentice Spain S.L. is ISO 13485 certified. Ankyras complies with the EU Medical Device Regulation (EU CE Mark, MDR 784032). ANKYRAS is a medical software intended to assist healthcare professionals in the selection of a proper braided device for treatment of intracranial aneurysms. ANKYRAS is intended for exclusive use by professional users.