ARP Results and Clinical Outcomes

Outcomes for ARP treatment have been based, thus far, on retrospective clinical observations and a medical research paper highlighting our ACL Breakthrough. Randomized, double blinded, prospective studies have been initiated for the treatment of ankle sprains, hamstring injuries, and distal radius fractures. The hypotheses for these prospective studies is that ARP treatment will yield recovery rates 60% to 80% faster than for traditional conservative treatment.

The basis for these hypotheses is the large retrospective clinical data on ARP treatment over the past 5 years. In general, recovery rates for acute soft tissue injury have been 60% to 80% shorter than the predicted clinical outcome. Specific examples include grade II lateral ankle sprains, and grade II acute hamstring injury.

Athletes sustaining grade II lateral ankle sprains (partial ligament tear with moderate swelling and ecchymosis and limited weight bearing ability) treated with 6 to 10 ARP sessions, and no other conservative treatment except supportive bracing, had an average recovery rate and return to play at 3 to 5 days post injury. Athletes sustaining grade II hamstring injuries (1-2cm soft tissue defect with associated ecchymosis and inability to walk without limp) treated also with 6 to 10 ARP sessions, without other modalities, had an average recovery rate and return to play at 8 to 12 days post injury.

These accelerated recovery rates also extrapolated to the more severe grade III injuries, as well as chronic soft tissue tendinopathies. In many cases of chronic tendinopathy, all other conservative measures were exhausted, without relief of symptoms, before ARP treatment was initiated.

The ARP experience has produced a sense of astonishment among both the practitioner and the patient. Undoubtedly, prospective data will be required to corroborate these retrospective findings, but it is certainly clear that the rate of acceleration in healing has been dramatic.

PRINCIPLES OF ARP WAVE TREATMENT OF INJURY

ARP treatment of injury attacks the last phase in the progression first. Maximal attention is paid to eliminating nonproductive compensation patterns (muscle re-education).

Application of the ARPwave allows the identification of muscles producing the primary component of the compensation. Current is applied producing an overload of those muscles and a subsequent detraining of the compensation. Normal motor patterns are established early, eliminating the imprinting of nonproductive compensation.

The combination of this detraining and the unique effects of the ARP wave allows all 4 phases in the progression to be treated simultaneously producing accelerated recovery: