18441265. ASPIRATION CATHETER WITH STABILIZING STRUCTURAL MEMBER MINIMIZING RISK OF DAMAGE TO AN INNER WALL OF A VESSEL DURING ASPIRATION simplified abstract (Neuravi Limited)

ASPIRATION CATHETER WITH STABILIZING STRUCTURAL MEMBER MINIMIZING RISK OF DAMAGE TO AN INNER WALL OF A VESSEL DURING ASPIRATION

Organization Name

Neuravi Limited

Inventor(s)

Karl Keating of Galway (IE)

AnnaLisa Smullin of Galway (IE)

Aoife Glynn of Galway (IE)

Sarah Johnson of Galway (IE)

David Quinn of Galway (IE)

Peter Monaghan of Galway (IE)

Artur Spychala of Galway (IE)

Petrica Stefanov of Loughrea (IE)

Avril O’higgins of Galway (IE)

Jane Egwari of Galway (IE)

Colm Pyne of Galway (IE)

David Vale of Barna (IE)

Patrick Griffin of Castlegar (IE)

ASPIRATION CATHETER WITH STABILIZING STRUCTURAL MEMBER MINIMIZING RISK OF DAMAGE TO AN INNER WALL OF A VESSEL DURING ASPIRATION - A simplified explanation of the abstract

This abstract first appeared for US patent application 18441265 titled 'ASPIRATION CATHETER WITH STABILIZING STRUCTURAL MEMBER MINIMIZING RISK OF DAMAGE TO AN INNER WALL OF A VESSEL DURING ASPIRATION

Simplified Explanation: The patent application describes an aspiration catheter with a stabilizing structural member to prevent damage to the inner wall of a vessel during aspiration.

Key Features and Innovation:

• Aspiration catheter with a stabilizing structural member
• Minimizes movement and radial expansion of the distal tip
• Protects the inner wall of the vessel during aspiration

Potential Applications: The technology can be used in medical procedures such as thrombectomy, embolization, and other vascular interventions.

Problems Solved: The technology addresses the issue of potential damage to the inner wall of a vessel during aspiration procedures.

Benefits:

• Improved safety during aspiration procedures
• Enhanced precision and control
• Reduced risk of complications

Commercial Applications: The technology can be utilized by medical device companies, hospitals, and healthcare providers for various vascular interventions, potentially improving patient outcomes and reducing procedural risks.

Prior Art: Prior art related to this technology may include patents or research on catheters with stabilizing features for medical procedures.

Frequently Updated Research: Stay updated on the latest advancements in catheter technology, vascular interventions, and medical device innovations to enhance the effectiveness of the aspiration catheter.

Questions about Aspiration Catheters: 1. What are the common complications associated with traditional aspiration catheters? 2. How does the stabilizing structural member in the aspiration catheter improve procedural outcomes?

Original Abstract Submitted

An aspiration catheter including a body having a proximal end and an opposite distal tip with a lumen extending in a longitudinal direction therethrough from the proximal end to the distal tip. The aspiration catheter further includes a stabilizing structural member stabilizing the body relative to the inner wall of the vessel to minimize movement and/or radial expansion of the distal tip of the body while subject to aspiration that otherwise may potentially damage the inner wall of the vessel.