This pilot investigation assessed the effectiveness of a vibrating acoustic device combined with a system of structurally imbedded permanent magnets to increase perfusion in areas of application. The device, a Cyma 1000, delivered five acoustic frequencies 900-1300 Hz chosen for arterial support. The permanent magnet was built into the face of the applicator and oscillated at the same frequencies as the generated acoustic wave. A control group was chosen having normal perfusive ability, a second group was chosen to test the applicator's ability to assist perfusion across a range of pathological conditions. Thermography was used to view perfusion before and after application. Both groups and all cases studied showed application improved perfusion.
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