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Angiology
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Electromagnetic Field Focusing Probe (EFFP) — A New Angioplasty Tool

William S. Yamanashi

City of Faith Medical and Research Center, Tulsa, Oklahoma

Nabil A. Yassa

City of Faith Medical and Research Center, Tulsa, Oklahoma

Deborah L. Hill

City of Faith Medical and Research Center, Tulsa, Oklahoma

John E. Lewis

City of Faith Medical and Research Center, Tulsa, Oklahoma

Angelo A. Patil

From the University of Nebraska Medical Center, Omaha, Nebraska

Patrick D. Lester

City of Faith Medical and Research Center, Tulsa, Oklahoma

An electromagnetic field focusing probe (EFFP) consists of a radiofrequency generator, solenoidal coil, and a hand-held or catheter probe. The probe is oper ated in the near field (distance within one wave length of an electromagnetic field source) of a coil, which induces eddy current in a biological tissue. The induced eddy current is converged maximally at the tip of the probe upon con tact of the tip with the tissue. The probe produces very high temperatures de pending on the wattage selected.

In this study, the EFFP was used to evaporate atheromatous plaques in hu man cadaver abdominal aorta specimens, which were then studied histologi cally. Gas produced by this technique was analyzed and the volume found to be related to power delivered, but in such small amounts as to be of no embolic significance. While temperature varied with wattage and time of application, it was maximal at the probe tip and easily controlled, resulting in clean oblitera tion of plaque.

Angiology, Vol. 39, No. 12, 1014-1021 (1988)
DOI: 10.1177/000331978803901202
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