Intraneural Facilitation as a Treatment for Carpal Tunnel Syndrome
Status: | Recruiting |
---|---|
Conditions: | Orthopedic |
Therapuetic Areas: | Orthopedics / Podiatry |
Healthy: | No |
Age Range: | 19 - 74 |
Updated: | 9/13/2018 |
Start Date: | January 29, 2018 |
End Date: | February 2019 |
Contact: | Bryan Tsao, MD |
Email: | BTsao@llu.edu |
Phone: | 909-558-4907 |
We hypothesize that a standard course of INF can result in significant improvement in CTS as
measured by clinical, electrodiagnostic, or ultrasound measures.
measured by clinical, electrodiagnostic, or ultrasound measures.
INF is a novel non-invasive therapy based on the principle of restoring vascular function at
the capillary level in peripheral nerve. his therapy has been shown to improve clinical
function in patients with diabetic-associated polyneuropathy, a model for various forms of
ischemic neuropathy. CTS is a common condition where regional compression at the wrist
results in ischemic focal demyelination of the distal median nerve. This results in sensory
dysfunction, pain, and eventually axon loss and weakness if the compression is sufficiently
severe and prolonged. Standard therapy for CTS includes wrist splints, regional lidocaine
injections, ergonomic adjustments, various forms of occupation therapy, and ultimately
surgical release of the carpal tunnel ligament. However, all of these are either temporary in
their effect or invasive. The diagnosis of CTS relies on clinical, electrodiagnostic or NCS,
and ultrasound methods.
the capillary level in peripheral nerve. his therapy has been shown to improve clinical
function in patients with diabetic-associated polyneuropathy, a model for various forms of
ischemic neuropathy. CTS is a common condition where regional compression at the wrist
results in ischemic focal demyelination of the distal median nerve. This results in sensory
dysfunction, pain, and eventually axon loss and weakness if the compression is sufficiently
severe and prolonged. Standard therapy for CTS includes wrist splints, regional lidocaine
injections, ergonomic adjustments, various forms of occupation therapy, and ultimately
surgical release of the carpal tunnel ligament. However, all of these are either temporary in
their effect or invasive. The diagnosis of CTS relies on clinical, electrodiagnostic or NCS,
and ultrasound methods.
Inclusion Criteria:
1. Patients referred to the LLUH Neurology Electrodiagnostic Laboratory with
electrodiagnostic and clinical evidence of CTS (uni- or bilateral)
2. Ages >18 and < 75 (irrespective of gender)
3. Current use of splints as long as the frequency of treatment is unaltered and onset of
use is > 1 week in duration
Exclusion Criteria:
1. Prior carpal tunnel release > 2 years ago
2. The presence of any condition that would prevent NCS from accurately diagnosing CTS
(e.g., hereditary polyneuropathy or acquired demyelinating polyneuropathy)
3. Workman's Compensation cases
4. Pregnancy
5. Undergoing conservative or surgical/injection therapy (physical or occupational
therapy, injections)
6. Clinically silent CTS in face of positive electrodiagnostic results
7. Sufficiently severe clinical symptoms that warrant more aggressive therapy i.e.,
carpal injections or release
8. Any confounding medical condition that the investigator deems may adversely affect
subject participation or outcomes
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