Intraneural Facilitation as a Treatment for Carpal Tunnel Syndrome
Carpal Tunnel Syndrome
About this trial
This is an interventional treatment trial for Carpal Tunnel Syndrome
Eligibility Criteria
Inclusion Criteria:
- Patients referred to the LLUH Neurology Electrodiagnostic Laboratory with electrodiagnostic and clinical evidence of CTS (uni- or bilateral)
- Ages >18 and < 75 (irrespective of gender)
- Current use of splints as long as the frequency of treatment is unaltered and onset of use is > 1 week in duration
Exclusion Criteria:
- Prior carpal tunnel release > 2 years ago
- The presence of any condition that would prevent NCS from accurately diagnosing CTS (e.g., hereditary polyneuropathy or acquired demyelinating polyneuropathy)
- Workman's Compensation cases
- Pregnancy
- Undergoing conservative or surgical/injection therapy (physical or occupational therapy, injections)
- Clinically silent CTS in face of positive electrodiagnostic results
- Sufficiently severe clinical symptoms that warrant more aggressive therapy i.e., carpal injections or release
- Any confounding medical condition that the investigator deems may adversely affect subject participation or outcomes
Sites / Locations
- Loma Linda University Health
Arms of the Study
Arm 1
Arm 2
Experimental
Sham Comparator
Intraneural facilitation therapy
Sham therapy
The intraneural facilitation intervention is a novel manual physical therapy approach with anecdotal evidence in neuropathic pain symptoms through biasing blood flow from an artery through the nutrient vessels into the epineurium of an accompanying nerve. The main concept of intraneural facilitation is the use of two manual holds. The first hold is called facilitation hold and includes putting the contralateral joint in a maximal loose-pack position that is comfortable to the patient. The hypothesis with this initial hold is the nerve will have greater excursion the accompanying artery and the nutrient vessels that are clustered at the joint will be stretched. This stretch may enlarge the opening at the junction of the artery and bridging nutrient vessel, therefore consistently creating a vascular bias into the neural epineurial capillaries. Theoretically, this creates increased epifascicular vascular pressure which may be absent due to epineurial ischemia.
Will be performed by a different therapist than actual INF. The patient will be asked to do the following combination of passive range of motion (PROM) and active ROM activities to promote blood flow in the affected arm Each visit will last about 45 minutes, twice a week for 6 weeks (total 12 sessions). Missing > 4 sessions will invalidate subject outcomes.