Abstract: Apparatus is disclosed herein which is capable of administering DIAPULSE® treatments, and also capable of applying electromagnetic energy to a treatment area for modified DIAPULSE treatments and for new applications, both thermal and non-thermal, including research. The apparatus provides: more precise control of treatment parameters, including burst repetition rate, power level, and treatment duration, using a minimal number of hardware components; dynamic adjustment of power radiated to a treatment area to a selected power level; the capability of varying treatment parameters in software beyond the variations possible in the earlier DIAPULSE® apparatus; the automatic creation and updating of a patient file which logs treatment parameters and other information, and the ability to access, upload and down load the patient file and information therein; and the reduction of power consumption and power dissipation by and in the improved apparatus.

Abstract: A treatment of using pressure-driven blood infused with an antibiotic, analgesic or like pharmacological agent from a site of delivery to the patient to a site of pain or ache, in which significantly the noted blood movement is according to an established pressure gradient and supplements the pumping function of the heart, to thereby lessen the time interval of travel between the two sites.