Aristotle 24 microwire early experience

Vincent N. Nguyen; Nitin Goyal; Nickalus R. Khan; Violiza Inoa; Lucas Elijovich; David Fiorella; Adam S. Arthur

doi:10.1177/15910199221089141

Aristotle 24 microwire early experience

Vincent N. Nguyen
, Nitin Goyal
, Nickalus R. Khan
, Violiza Inoa
, Lucas Elijovich
, David Fiorella
, Adam S. Arthur

Surgery

University of Tennessee Health Science Center
Semmes Murphey Neurologic & Spine Institute

Research output: Contribution to journal › Article › peer-review

4 Scopus citations

Abstract

Larger microcatheters are being used with increasing frequency in routine neurovascular procedures. Navigating catheters safely and effectively to the target intracranial vessels can be a challenge when using conventional 0.014″ microwires. A new family of 0.024″ Aristotle 24 microwires (Scientia Vascular, West Valley City, UT) specifically designed for intracranial navigation were recently introduced. These microwires offer significant technical advantages over the standard 0.014″ microwires, including a reduced ledge gap, improved torquability and support, and overall safety. This video case series contains several illustrative cases to demonstrate the features of the novel Aristotle 24 microwire for use in endovascular neurointervention.

Original language	English
Pages (from-to)	617
Number of pages	1
Journal	Interventional Neuroradiology
Volume	29
Issue number	5
DOIs	https://doi.org/10.1177/15910199221089141
State	Published - Oct 2023

Keywords

Microwire
intracranial
ledge gap
neurointervention
safety
support

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10.1177/15910199221089141

Cite this

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abstract = "Larger microcatheters are being used with increasing frequency in routine neurovascular procedures. Navigating catheters safely and effectively to the target intracranial vessels can be a challenge when using conventional 0.014″ microwires. A new family of 0.024″ Aristotle 24 microwires (Scientia Vascular, West Valley City, UT) specifically designed for intracranial navigation were recently introduced. These microwires offer significant technical advantages over the standard 0.014″ microwires, including a reduced ledge gap, improved torquability and support, and overall safety. This video case series contains several illustrative cases to demonstrate the features of the novel Aristotle 24 microwire for use in endovascular neurointervention.",

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AU - Nguyen, Vincent N.

AU - Goyal, Nitin

AU - Khan, Nickalus R.

AU - Inoa, Violiza

AU - Elijovich, Lucas

AU - Fiorella, David

AU - Arthur, Adam S.

N1 - Publisher Copyright: © The Author(s) 2022.

PY - 2023/10

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AB - Larger microcatheters are being used with increasing frequency in routine neurovascular procedures. Navigating catheters safely and effectively to the target intracranial vessels can be a challenge when using conventional 0.014″ microwires. A new family of 0.024″ Aristotle 24 microwires (Scientia Vascular, West Valley City, UT) specifically designed for intracranial navigation were recently introduced. These microwires offer significant technical advantages over the standard 0.014″ microwires, including a reduced ledge gap, improved torquability and support, and overall safety. This video case series contains several illustrative cases to demonstrate the features of the novel Aristotle 24 microwire for use in endovascular neurointervention.

KW - Microwire

KW - intracranial

KW - ledge gap

KW - neurointervention

KW - safety

KW - support

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Aristotle 24 microwire early experience

Abstract

Keywords

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