Objective: Describe the technique for safely accessing the radial artery using the sheathless Walrus balloon guide catheter Methods: A retrospective chart review of thirteen consecutive patients who underwent intervention with radial artery access with a sheathless Walrus BGC was performed. Results: All twelve procedures were performed successfully with no instances of conversion from TRA to TFA. There were no significant procedural or access site complications. The mean radial diameter was 2.51 mm. Conclusions The Walrus 0.087” ID BGC is an effective tool that can safely be used via the radial artery using a sheathless approach, which helps to maximize the size of the catheter that can be used. This is the first instance of our knowledge of this technique being utilized for neurointerventions and therefore could be used to expand the indications for TRA for a wider range of procedures.

Objective: Describe the technique for safely accessing the radial artery using the sheathless Walrus balloon guide catheter Methods: A retrospective chart review of thirteen consecutive patients who underwent intervention with radial artery access with a sheathless Walrus BGC was performed. Results: All twelve procedures were performed successfully with no instances of conversion from TRA to TFA. There were no significant procedural or access site complications. The mean radial diameter was 2.51 mm. Conclusions The Walrus 0.087” ID BGC is an effective tool that can safely be used via the radial artery using a sheathless approach, which helps to maximize the size of the catheter that can be used. This is the first instance of our knowledge of this technique being utilized for neurointerventions and therefore could be used to expand the indications for TRA for a wider range of procedures.

Objective: Describe the technique for safely accessing the radial artery using the sheathless Walrus balloon guide catheter Methods: A retrospective chart review of thirteen consecutive patients who underwent intervention with radial artery access with a sheathless Walrus BGC was performed. Results: All twelve procedures were performed successfully with no instances of conversion from TRA to TFA. There were no significant procedural or access site complications. The mean radial diameter was 2.51 mm. Conclusions The Walrus 0.087” ID BGC is an effective tool that can safely be used via the radial artery using a sheathless approach, which helps to maximize the size of the catheter that can be used. This is the first instance of our knowledge of this technique being utilized for neurointerventions and therefore could be used to expand the indications for TRA for a wider range of procedures.