Clinical Evaluation of Placement of Radiofrequency-based Plasma Microdebridement in the Treatment Algorithm for Foot and Ankle Tendinosis and Plantar Fasciosis

Overview

To determine the magnitude of improvement for pain and function symptoms over a two year period after enrollment into the registry study in patients presenting with chronic heel pain and receiving standard of care treatment. Standard of care will include traditional conservative care measures, ESWT, radiofrequency-based plasma microdebridement, scalpel debridement and/or surgical release.

Several million Americans receive treatment for heel pain each year, with more than two million patients treated each year for plantar fasciitis and fasciosis alone.(2) Conservative treatment options for recalcitrant heel pain include rest, stretching, strengthening and massage, progressing to non-steroidal anti-inflammatory drugs (NSAIDs), cox-2 inhibitors, steroid injections or iontophoresis with continued recalcitrance.(3;4) Orthotics, heel cups, night splints and plantar strapping are other conservative options frequently recommended by treating physicians.(4) Patient outcomes and response to conservative measures is usually positive, with non-responsive cases, approximately 2% - 10% of all presenting cases, receiving surgical care. Extracorporeal shockwave treatment (ESWT) has recently been advocated for the recalcitrant cases and has shown to be effective in 60-80 percent of the cases.(5-7) In general, non-surgical treatment of plantar fasciosis and tendinosis is believed to be unsuccessful, so that surgical treatment is required in about 25% of patients; however, results of traditional surgical treatments have been reported to deteriorate with time.(8) Clinical experience following RF-based plasma microtenotomy has demonstrated excellent success in treating chronic, refractive tendinosis of the lateral epicondyle in the elbow.(9) The investigators reported that this technique was technically simple to perform and was much less invasive than conventional surgery. Patients had a rapid and uncomplicated recovery and reported minimal to no pain 7-10 days following the procedure; their pain relief persisted or improved through 24 months. Magnetic resonance imaging correlated well with clinical results. The RF-based plasma microtenotomy procedure is also being used successfully in tendons in the shoulder, knee, foot and ankle and in the plantar fascia. A randomized controlled study was conducted with the aim of determining whether bRF-based microtenotomy was effective for treating chronic supraspinatus tendinosis (10). Longitudinal postoperative recovery through one year for patients treated using RF-based plasma microtenotomy was compared to patients undergoing subacromial decompression. Both patient groups demonstrated significant improvement after each respective procedure and longitudinal recovery profiles were statistically similar. Early experience using this procedure for foot and ankle tendons, including the Achilles tendon, posterior tibial tendon, peroneal tendon, and plantar fascia revealed over 90% good to excellent results, reflecting the results shown by patients treated for tendinosis in the elbow (11) Further investigation of optimal placement of this surgical approach into the standard of care treatment paradigm for treating plantar fasciosis and Achilles tendinosis would be beneficial. It is not known whether this RF-based plasma microsurgery might be more optimally placed earlier on within the standard of care treatment algorithm. The purpose of this study is to determine the magnitude of improvement for pain and functional symptoms over a two year period after enrollment into the registry study in patients presenting with chronic heel pain and undergoing standard of care treatment. Standard of care will include traditional conservative care measures, ESWT, radiofrequency-based plasma microdebridement, scalpel debridement and/or surgical release.

Conditions

Interventions

Eligibility

Locations (3)

Outcomes