Search Results - "Gavin, Graham P."

High-power low-frequency ultrasound: A review of tissue dissection and ablation in medicine and surgery by O’Daly, Brendan J., Morris, Edmund, Gavin, Graham P., O’Byrne, John M., McGuinness, Garrett B.

“…High-power low-frequency ultrasound in the range 20–60 kHz has wide ranging clinical applications in surgical and medical instruments for biological tissue…”
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Increased Susceptibility of Arterial Tissue to Wire Perforation With the Application of High-Frequency Mechanical Vibrations by Wylie, Mark P., McGuinness, Garrett B., Gavin, Graham P.

“…High-frequency mechanical vibrations (20-50 kHz), delivered via small diameter flexible wire waveguides represent a minimally invasive technology for the…”
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High Power, Low Frequency Ultrasound: Meniscal Tissue Interaction and Ablation Characteristics by O’Daly, Brendan J, Morris, Edmund, Gavin, Graham P, O’Keane, Conor, O’Byrne, John M, McGuinness, Garrett B

“…Abstract This study evaluates high power low frequency ultrasound transmitted via a flat vibrating probe tip as an alternative technology for meniscal…”
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A linear finite element acoustic fluid-structure model of ultrasonic angioplasty in vivo by Wylie, Mark P., McGuinness, Garrett B., Gavin, Graham P.

“…The delivery of high‐power ultrasonic energy via small diameter wire waveguides represents a new alternative therapy for the treatment of chronic totally…”
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Performance characteristics of a therapeutic ultrasound wire waveguide apparatus by Gavin, Graham P., McGuinness, Garrett B., Dolan, Finbar, Hashmi, M.S.J.

“…Therapeutic ultrasound angioplasty has been investigated, clinically, by a number of researchers and represents a potentially promising therapy for the…”
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Therapeutic ultrasound angioplasty: The risk of arterial perforation. an in vitro study by Wylie, M.P., McGuinness, G.B., Gavin, G.P.

“…The use of therapeutic ultrasound delivered via small diameter wire waveguides may represent an emerging minimally invasive approach in the treatment of…”
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A linear finite element acoustic fluid―structure model of ultrasonic angioplasty in vivo: Selected papers from the First International Conference on Computational and Mathematical Biomedical Engineering, CMBE09, Swansea June 29 - 1 July - Part 1 by WYLIE, Mark P, MCGUINNESS, Garrett B, GAVIN, Graham P

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