Peripheral Neuropathy Treatment in Greenville, SC
Peripheral Neuropathy Treatment in Greenville, SC. Root-cause acupuncture + functional medicine. Dr. Hendry, DAOM, NCBAHM-certified. Call (864) 365-6156.
"Having Cancer and the side effects of the Medicine has made it difficult with the Joint Pain. However by receiving the treatments it has made my outlook and pain tolerable with the help of Dr. Hendry. Highly recommend this practice."
— Margie Halley · April 2015 · Google Review
The tingling that started in the toes and is now in the ankles. The burning that's worst at night. The numbness that's made the feet feel like they belong to someone else. These aren't vague complaints — they're a specific clinical picture with identifiable causes, and in most cases those causes are partially or fully addressable. My published research on neuropathy in cancer survivors, combined with functional medicine metabolic assessment and electroacupuncture protocols mapped to nerve growth factor pathways, gives me tools most neuropathy patients haven't encountered.
How Peripheral Neuropathy Treatment Works
Peripheral neuropathy treatment uses electroacupuncture at 2 Hz along affected nerve distributions (commonly the feet and lower legs for sensorimotor neuropathy; hands and forearms for chemotherapy-induced), combined with local distal acupoints (KD3, SP6, BL60 for lower extremity neuropathy). Functional medicine testing identifies treatable root causes. Chinese herbal medicine supports peripheral circulation and nerve nutrition through herbs like Bai Shao, Dang Gui, and Huang Qi.
Conditions Treated with Peripheral Neuropathy Treatment
Electroacupuncture and Metabolic Optimization vs. Topical Capsaicin and Lidocaine Patches for Peripheral Neuropathy
Topical therapies for peripheral neuropathy, including high-concentration capsaicin patches and lidocaine patches, operate at the skin surface level. Capsaicin depletes substance P in cutaneous C fibers, reducing peripheral sensitization. Lidocaine patches provide local sodium channel blockade to reduce ectopic discharge. Both are useful adjuncts for localized neuropathic pain and carry minimal systemic risk. Their limitation is that they address the surface expression of neuropathic pain without reaching the affected peripheral nerve trunks, dorsal root ganglia, or the metabolic processes driving ongoing nerve damage. For diabetic neuropathy, the vasa nervorum damage and glycation process continue regardless of topical pain management. Itoh et al. (Acupunct Med, 2004) demonstrated that acupuncture at segmental points improved both pain and sensory function, consistent with improved nerve perfusion and central pain modulation that topical agents cannot achieve. Our approach combines electroacupuncture along the affected nerve pathways with functional medicine correction of the metabolic drivers: glycemic optimization for diabetic neuropathy, antioxidant support for chemotherapy neuropathy, and B12 biopuncture for axonal repair substrate. Topical agents may be used for immediate symptom management while this structural work proceeds.
Research & Evidence
Peripheral neuropathy from diabetic, chemotherapy-induced, and idiopathic causes represents three mechanistically distinct pathways to a shared clinical presentation. Diabetic peripheral neuropathy involves chronic glucose-mediated oxidative stress and advanced glycation end product accumulation that damages the vasa nervorum, the small blood vessels supplying peripheral nerves. Chemotherapy-induced neuropathy involves direct axonal toxicity from platinum compounds and taxanes. Idiopathic neuropathy often reflects occult metabolic, nutritional, or autoimmune processes. Itoh K, Katsumi Y, and Kitakoji H (Acupunct Med, 2004) demonstrated that acupuncture at segmentally relevant points improved pain and sensory function, consistent with a mechanism involving improved microvascular circulation to nerve tissue and modulation of neuroinflammatory signaling. Our peripheral neuropathy protocols are stratified by etiology: diabetic neuropathy protocols include functional medicine optimization of glycemic control and oxidative stress markers; chemotherapy neuropathy protocols prioritize nerve regeneration support through B12 biopuncture and frequency-specific electroacupuncture; idiopathic neuropathy receives comprehensive metabolic assessment.
Your First Appointment
Nerve conduction studies, EMG results, and recent metabolic labs (HbA1c, B12, heavy metals, inflammatory markers) are all helpful. Describe the pattern and character of your neuropathic symptoms — location, whether it's constant or intermittent, what makes it worse or better.
Why Dr. Hendry for Peripheral Neuropathy Treatment
Dr. Hendry's publication on taxane-induced peripheral neuropathy in cancer survivors is the most directly relevant clinical research credential for peripheral neuropathy treatment at IHP.