Neuropathy Relief & Nerve Repair Protocol

Move beyond symptom masking — activate true nerve repair

Peripheral neuropathy affects millions, causing:

• burning pain
• numbness
• tingling
• balance issues
• risk of ulcers and amputation

Traditional care often focuses on medications that reduce symptoms but do not restore nerve function.

At Lionheart Longevity, we take a different approach:

We target the biology of nerve degeneration itself.

Our Approach: Multi-Modal Neuro-Regenerative Therapy

Neuropathy is not caused by one problem — it is driven by:

• poor microcirculation
• mitochondrial dysfunction
• inflammation
• loss of regenerative signaling (including Klotho decline)

That’s why we use a combination therapy platform designed to restore the full neurovascular environment.

Core Technologies

1. Bioelectric Protein Expression™ (Lionheart proprietary)

• Targets nerve signaling pathways directly
• Helps stimulate expression of regenerative proteins such as:
  • Klotho
  • VEGF (vascular repair)
  • BDNF (nerve growth)
• Supports:
  • nerve conduction
  • regeneration signaling
  • cellular communication

2. Class IV Laser Therapy (Photobiomodulation)

High-power laser therapy delivers light energy deep into tissue:

• increases ATP (cellular energy)
• improves circulation to nerves
• reduces inflammation
• stimulates repair processes

Clinical studies show:

• reduced pain and improved quality of life in neuropathy patients
• enhanced nerve regeneration and functional recovery
• improved circulation and cellular repair mechanisms

3. Neurovascular Circulation Optimization

We address the root driver of nerve death: poor blood flow

• microcirculation activation
• capillary recruitment
• oxygen delivery to nerves

Laser therapy has been shown to:

• increase blood flow
• promote new capillary formation
• support nutrient delivery to damaged nerves

4. Red Light & Photobiomodulation Therapy

• improves nerve conduction
• reduces pain and fatigue
• enhances healing response

Studies show:

• improved nerve function and reduced neuropathy symptoms

5. Advanced Neuromuscular Stimulation

• restores muscle-nerve communication
• improves gait, strength, and balance
• reduces fall risk

6. Optional Regenerative Enhancements

(Available at select centers)

• Bioelectric-enhanced peptides
• PRF / adipose-derived biologics
• Klotho-targeted therapies
• Anti-inflammatory and mitochondrial support stacks

What Makes Lionheart Different

Most neuropathy clinics focus on:

• laser therapy
• circulation
• symptom reduction

We go further.

Lionheart adds:

• bioelectric control of protein expression
• Klotho-driven longevity signaling
• multi-system regeneration (nerve + vascular + metabolic)

How Treatment Works

Step 1: Comprehensive Evaluation

• nerve function
• circulation
• strength and balance
• metabolic and inflammation markers

Step 2: Personalized Neuro-Regeneration Plan

Each plan is tailored based on:

• severity of neuropathy
• underlying causes (diabetes, vascular, idiopathic)
• functional goals

Step 3: Multi-Modal Therapy Sessions

Typical sessions include:

• bioelectric stimulation
• Class IV laser therapy
• circulation optimization
• neuromuscular activation

Step 4: Progressive Recovery Protocol

• improved sensation
• reduced pain
• better balance and mobility
• enhanced quality of life

What Patients Often Experience

While results vary, patients commonly report:

• reduction in burning and tingling
• improved sensation in feet and hands
• better walking stability
• increased energy and mobility

Safe, Non-Invasive, Drug-Free

• no surgery
• no downtime
• no long-term medication dependency

Laser and bioelectric therapies are widely used as non-pharmaceutical options for pain reduction and tissue repair

Advanced Neuropathy Care — Elevated

The future of neuropathy treatment is not just pain management.

It is regeneration + signaling + restoration

At Lionheart Longevity, we combine:

• bioelectric control
• laser-driven repair
• Klotho-based longevity science

to help restore nerve function at its source.

Schedule Your Neuropathy Consultation

Discover whether you are a candidate for the

Lionheart Neuropathy Restoration Program™ INVESTIGATIONAL RESEARCH STUDY – Requires Informed Patient Consent

Lionheart Nerve Regeneration Patent Platform™ — Lionheart’s neuropathy program is supported by a broad nerve-regeneration patent estate focused on bioelectric activation of regenerative protein expression, including LIM muscle protein, Sonic Hedgehog, carefully limited-dose IGF-1, GDF10, GDF11, BDNF, SDF-1, PDGF, Klotho, Sestrins, and Sirtuins. These signals are selected to support the key biology of nerve repair: axonal sprouting, Schwann cell support, neurovascular repair, stem/progenitor cell homing, mitochondrial resilience, inflammation control, and pain-signal modulation. When combined with Class IV laser / photobiomodulation, red light, neuromuscular stimulation, circulation therapy, PRF/adipose-derived biologics, and Klotho-facing longevity protocols, Lionheart’s approach is designed to move beyond temporary symptom masking toward restoration of the nerve microenvironment and functional recovery.

Reference list

1. 1. Photobiomodulation therapy has shown beneficial effects in peripheral nerve lesion recovery, including faster regeneration and functional improvement.
   2. A systematic review reported PBM improvements in neuropathic pain and nerve conduction velocity.
   3. BDNF is a major activity-dependent regulator in peripheral nerve regeneration.
   4. Growth-factor strategies are widely studied for promoting nerve regeneration and functional recovery.
   5. IGF-1 has been reported to increase axon number, support Schwann cell proliferation, and enhance neuromuscular junction recovery after peripheral nerve injury.
   6. GDF11 promoted sciatic nerve functional recovery, axonal growth, and myelin regeneration in preclinical models.
   7. GDF10 has been shown to stimulate axonal sprouting and functional recovery after neural injury.
   8. Muscle LIM protein overexpression facilitated optic nerve regeneration and sensory neuron regrowth in preclinical research.
   9. Sonic Hedgehog has been linked to BDNF regulation and nerve regeneration mechanisms.
   10. SDF-1 combined with controlled release growth factors promoted peripheral nerve regeneration and functional recovery in nerve conduit research.
   11. PDGF administration accelerated sciatic nerve functional recovery in a preclinical model.
   12. Sestrin2 antioxidant activity has been shown to control ROS-dependent neuropathic pain signaling after peripheral nerve injury.
   13. SIRT1 and related sirtuin pathways are reviewed as therapeutic targets in chronic and neuropathic pain.
   14. Klotho is widely reviewed as an anti-aging and neuroprotective pathway relevant to neurodegeneration, inflammation, and cellular stress.