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Aristotle 24 microwire early experience.

Vincent N Nguyen¹, Nitin Goyal^1,2, Nickalus R Khan^1,2

¹Department of Neurosurgery, University of Tennessee Health Science Center, Memphis, TN, USA.

Interventional Neuroradiology : Journal of Peritherapeutic Neuroradiology, Surgical Procedures and Related Neurosciences

|March 25, 2022

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New 0.024″ Aristotle 24 microwires improve safety and navigation in neurovascular procedures. These advanced microwires offer better support and control for intracranial vessel access compared to traditional 0.014″ options.

Area of Science:

Neurosurgery
Endovascular Intervention
Medical Device Technology

Background:

Navigating intracranial vessels with conventional 0.014″ microwires presents challenges in neurovascular procedures.
Increasing use of larger microcatheters necessitates improved microwire technology for safe and effective intracranial navigation.

Discussion:

The Aristotle 24 microwire (0.024″) is designed to overcome limitations of 0.014″ microwires in neurovascular interventions.
Key advantages include a reduced ledge gap, enhanced torquability, superior support, and improved overall safety profile.
This case series illustrates the practical application and benefits of the Aristotle 24 microwire in complex neurointerventions.

Key Insights:

The Aristotle 24 microwire offers enhanced technical performance for intracranial navigation.

Keywords:

Microwire intracranial ledge gap neurointervention safety support

Related Experiment Videos

Improved torquability and support facilitate precise catheter placement in delicate neurovasculature.

Reduced ledge gap contributes to safer passage and decreased risk of vessel trauma.

Outlook:

The Aristotle 24 microwire represents a significant advancement in tools for endovascular neurointervention.
Wider adoption may lead to improved procedural outcomes and reduced complications in neurovascular treatments.
Further studies could explore long-term efficacy and application in a broader range of neurovascular pathologies.