PRECISION FOOT HEALING
DR. NICOLE FREELS
Cutting-edge peptide therapies for podiatric recovery, inflammation control, and cellular healing.
Meet Dr. Nicole Freels
Dr. Nicole Freels is a board-certified podiatrist, entrepreneur, and nationally recognized innovator in foot and ankle care based in Lexington, Kentucky. As the founder and CEO of Lexington Podiatry, she has built one of the largest digital and clinical footprints in podiatric medicine, caring for over 14,000 patients annually and serving as a go-to expert for regenerative treatments and conservative care.
Specializing in biomechanics (the physics of how your body moves—think “The Matrix”), Dr. Freels performs detailed gait and structural analyses to uncover the true source of pain, whether in the feet, knees, hips, or back. It’s not uncommon for patients to seek her out for third, fourth—or even sixth opinions—especially when they’ve been living with unresolved pain for years. If you’ve been told “nothing else can be done,” she encourages you to schedule a “Hail Mary” visit before giving up hope.
In addition to clinical care, Dr. Freels is the visionary behind Modern Podiatrist, a premium foot and skincare product line, and ToeTactics, a consulting hub for podiatric professionals. Her expertise in marketing, digital strategy, and business development has helped her create a powerful online presence—with over 450,000 YouTube subscribers and a loyal following across TikTok, Instagram, and more.
Dr. Freels holds certifications from the American Board of Podiatric Medicine and the American College of Foot and Ankle Orthopedics & Medicine. She is also a Certified Pedorthist specializing in custom orthotics, AFO bracing, gait analysis, and fall prevention.
Named among the Top Women in Business, Best Podiatrist, and Podiatry Innovator of the Year, Dr. Freels is a trusted voice in both podiatric and mainstream media. Her work has been featured in publications such as Southern Living, CNN, and Reader’s Digest, and she is a frequent medical contributor to television segments and podcasts.
Peptide-Based Protocols
BPC-157
Targeted Foot Tissue Repair
What It Does:
Accelerates tendon and fascia recovery, controls inflammation, supports gut and skin healing.
Common Uses in Podiatry:
Plantar fasciitis, Achilles strain, tendon injuries, acute sprains.
Typical Protocol:
200 µg SC daily for 3–6 weeks
TB-500
Advanced Healing & Scar Control
What It Does:
Guides cellular migration, minimizes scarring, supports vascular and collagen matrix healing.
Common Uses in Podiatry:
Post-surgical recovery, chronic tendinopathy.
Typical Protocol:
10 mg weekly for 4 weeks, often with BPC157
CJC-1295 + Ipamorelin
Systemic Recovery Boost
What It Does:
Stimulates natural GH release, supports neural and vascular regeneration.
Common Uses in Podiatry:
Neuropathy, chronic degeneration, long-term rehab cases.
Typical Protocol:
50 µg each, nightly SC injections for 4–6 weeks
NAD⁺ Precursors (NR/NMN)
Mitochondrial & Nerve Support
What It Does:
Improves mitochondrial function, supports vascular health, enhances nerve healing.
Common Uses in Podiatry:
Diabetic neuropathy, vascular insufficiency, post-injury recovery.
Typical Protocol:
300–500 mg/day with standard diabetic lab monitoring
Dr. Freels' Peptide Bible
Implementation of these therapies is most effective when integrated into a multimodal treatment ecosystem that includes peptides, biologics, mechanical correction, and physical therapy. For optimal results, careful monitoring and individualized dosing adjustments are essential to ensure both safety and therapeutic efficacy. These approaches represent cutting-edge, evidence-informed solutions that are especially well-suited for advanced podiatric practices seeking to offer the highest standard of care.
🧬 BPC‑157
Peptide Healing for Feet- Tendon & Fascia Repair: Enhances collagen realignment, fibroblast migration, and angiogenesis—speeds recovery in plantar fascia, Achilles, and minor tears.
- Inflammation Control: Reduces pro-inflammatory markers and oxidative stress—ideal for sprains and chronic tendon overuse injuries.
- Gut & Skin Support: Though focused on muscle/ligament, its gut-healing properties may benefit diabetic patients with concurrent gastrointestinal issues.
- Plantar fasciitis, tendon injuries, acute sprains → BPC‑157 200 µg SC daily for 3–6 weeks
- Tissue system recovery → Enhanced when combined with functional rehab and orthotic support.
🛡️ TB‑500
Cytoskeletal Remodeling- Cell Migration & Scar Reduction: Promotes tissue elasticity by guiding cell movement and limiting dense scarring—especially beneficial post-op or in chronic tendon degeneration.
- Microvascular Formation: Works with BPC‑157 to enhance microvascular angiogenesis and collagen matrix remodeling.
- Post-op scars, chronic tendinopathy → TB‑500 10 mg weekly × 4, typically with BPC‑157
- Used in tandem with physical therapy and laser modalities
🚀 CJC‑1295 + Ipamorelin
Growth Hormone Boosters- Systemic Recovery: Stimulates endogenous GH release to help tissue repair, muscle strength, and energy—especially beneficial during long rehab phases.
- Neural & Vascular Support: GH has pathway interactions that support peripheral nerve health and vascular growth.
- Paired nightly (50 µg each SC) for 4–6 weeks in healing protocols
- Ideal for neuropathy, post-op, or chronic tissue degeneration as a scaffold-supporting agent
🟢 MLS + REMY Laser Therapy
- Anti-inflammatory & Pain Relief: Dual-wavelength lasers penetrate deeply to reduce edema, pain, and inflammatory cytokines.
- Cellular Metabolism & Angiogenesis: Stimulates ATP production and new vessel formation, supporting peptide and PRP effects.
- 2–3×/week for 8–12 sessions, depending on condition
- Used across plantar fasciitis, tendinopathy, post-op, and neuropathy protocols
🩸 PRP (Platelet-Rich Plasma)
- Growth Factor Delivery: Concentrated platelets enriched with PDGF, TGF-β, and VEGF are introduced directly into the fascia to stimulate localized angiogenesis and collagen production.
- Liposana Scaffold Enhancement: Works synergistically with LBPC‑157/TB‑500 and scaffolding agents to improve healing responsiveness. A processed adipose-derived extracellular matrix rich in growth factors and exosomes, used to reinforce structural integrity in biologically healing tissue.
- Single dose for chronic injuries, with boosters 2–3 weeks post-op
- Widely used in fascia, tendon, soft tissue, and wound protocols
🧬 DPMx Scaffold
- Biocompatible polymer implant designed to align new tendon fibers and reduce scar tissue, supporting functional regeneration.
- Biologic Matrix Support: Provides a collagenous extracellular scaffold to support native cell growth and organization.
- Biodegradable Reinforcement: Enhances tendon and ligament repair as PRP and peptides stimulate regeneration.
- Used once with PRP in tendon protocols
- Works excellently in Achilles, posterior tibial, and post-op scenarios
🧬 Liposana Scaffold
- Fat-Derived Matrix: Offers mature pericytes and extracellular matrix proteins to support tissue integrity.
- Soft-Tissue Cushioning: Ideal for plantar fascia repair and overlying soft tissue recovery.
- Frequently used in plantar fasciitis and post-op protocols to enhance tissue durability.
⚙️ Bioness EMS
- Neuromuscular Reeducation: Applies targeted electrical stimulation to “wake up” atrophied or impaired muscles and sensory pathways.
- Functional Reinforcement: Helps patients regain gait patterns and balance, especially useful in sprain and neuropathy cases.
- Daily use over 4–8 weeks in acute injury, post-op, and neuropathy programs.
🥼 Stem Cell Therapy (MSC Injections)
- Paracrine Healing Signals: MSCs secrete growth factors to promote angiogenesis and regulate inflammation and repair.
- Complex Tissue Regeneration: Used in severe or refractory cases of tendon pathology or neuropathy.
- One-time injection in post-op and advanced neuropathy cases to augment healing cascade.
📊 NAD⁺ Precursors (NR/NMN)
As previously outlined: mitochondrial support, nerve protection, vascular improvement, and post-injury regeneration—all topping out at 300–500 mg/day dosing for relevant foot conditions. 🌟 NAD⁺ Adjunct Overview Science Snapshot: NAD⁺ precursors (NR or NMN 300–500 mg/day) support mitochondrial, vascular, and nerve repair—helpful in neuropathy, vascular insufficiency, and healing settings. Labs monitored per standard diabetic care.QUICK SUMMARY
THERAPY
PRIMARY ACTION
KEY USES
TYPICAL DOSE
BPC-157
Collagen + angiogenesis
Fascia, tendon, sprains
200 µg SC daily × 3–6 wk
TB-500
Cytoskeleton, scar modulation
Post-op scarring, chronic tendinopathy
10 mg weekly × 4
CJC‑1295 + Ipamorelin
GH support, cellular repair
Neuropathy, post-op, chronic degeneration
50 µg nightly × 4–6 wk
MLS/REMY Laser
Inflammation + cell metabolism
Across all protocols
2–3× weekly × 8–12 sessions
PRP
Growth factor delivery
Fascia, tendon, wounds
1 session (repeat post-op)
DPMx
Biologic scaffold
Tendon/scar repair
1 application with PRP
Liposana
Soft tissue scaffold
Plantar fascia, post-op support
1 infusion with PRP
Bioness EMS
Muscle/sensory retraining
Sprains, neuropathy
Daily × 4–8 wk
MSC
Cellular repair signals
Severe tendon/nerve cases
Single targeted injection
NAD⁺ (NR/NMN)
Mitochondrial & nerve support
Neuropathy, PAD, healing
300–500 mg daily
Regenerative Protocol Library
Plantar Fasciitis/Heel Pain 👟
Indications: Degenerative heel/arch pain unresponsive to conservative care Peptide Therapy:- BPC‑157: 200 µg SC daily × 4–6 weeks (promotes collagen realignment and vascular repair in plantar fascia)
- CJC‑1295 + Ipamorelin 50 µg SC nightly
- PRP injection + Liposana scaffold – (1 session); consider repeat at 6 weeks
- MLS + REMY laser (808/905 nm, 12 sessions)
- Custom orthotic + fascia mobilization PT (fascia mobilization & loading)
Tendonitis 🦵
Indications: Achilles or tibialis posterior tendon degeneration. Peptide Therapy:- Wolverine Blend (BPC‑157 + TB‑500): weekly × 4 doses, Enhances tendon healing and vascularity
- CJC‑1295 + Ipamorelin: 50 µg each nightly × 6 weeks (enhances GH-mediated tendon matrix repair) Regenerative & Biomechanics:
- PRP injection + DPMx scaffold
- MLS + REMY laser (12 sessions) + Bioness EMS (, 2×/week × 8 weeks)
Wound Healing & Chronic Ulcers 🤕
Indications: Diabetic or vascular foot ulcers, delayed healing Peptide Therapy:- Wolverine Blend – promotes angiogenesis and granulation tissue buildup
- PRP wound matrix + Liposana or DPMx scaffold
- Infrared + MLS laser
Acute Sprains & Tendon/Fascia Tears (soft tissue injury) 🩹
Indications: Grade I–II soft tissue injuries Peptide Therapy:- BPC‑157: 200 µg SC daily × 3–4 weeks- Accelerates microvascular repair in injured tissues
- Optional: CJC‑1295 + Ipamorelin 50 µg SC nightly
- PRP injection (V within 48–72 hours) + MLS/REMY laser (2×/week × 4 weeks)
- Bioness EMS neuromuscular activation – daily × 3–4 weeks
Post-Op Recovery 🧬
Indications: Post-surgical healing (fasciotomy, tendon repair) Peptide Therapy:- Wolverine Blend: 10 mg each weekly × 4 doses- Supports structured collagen remodeling
- CJC‑1295 + Ipamorelin: 50 µg each nightly × 6 weeks- Supports GH-mediated nerve repair and myelin integrity
- PRP booster (booster at postoperative week 2)+ Liposana scaffold infusion–for added soft-tissue support
- Stem cell injection (MSC)
- MLS + REMY laser + Bioness EMS
- PT (scar mobilization, ROM, strength)- PT (scar mobilization, ROM, strength) and orthotic adjustments
- Custom orthotics
Peripheral Neuropathy & Nerve Support 🧠
Indications: Diabetic or sensory neuropathy with balance impairment Peptide Therapy:- CJC‑1295 + Ipamorelin: 50 µg each nightly × 6 weeks Regenerative & Biomechanics:
-
- MLS laser – 3×/week × 12 weeks
- Bioness EMS – daily × 8 weeks
🦴 Fracture & Stress Fracture Recovery – “Bone Strong Protocol”
🔍 Indications: Metatarsal, calcaneal, or post-operative fractures with delayed healing potential or repetitive load injury (e.g., stress fractures in runners or osteoporotic patients).🧬 Peptide & Regenerative Support
BPC‑157 – “The Recovery Signal”- Mechanism: Enhances fibroblast migration, collagen synthesis, angiogenesis, and accelerates microvascular healing.
- Dose: 200 µg SC daily × 4–6 weeks
- Role: Promotes soft tissue and periosteal repair around fracture site.
- Mechanism: Boosts natural GH release to support cellular turnover, musculoskeletal healing, and bone remodeling.
- Dose: 50 µg SC nightly × 6 weeks
- Role: Enhances osteoblastic activity and systemic recovery in prolonged
General Diabetic Foot Optimization 🦶
Indications: Diabetic foot wellness, vascular support Peptide Therapy:- Optional: CJC‑1295 + Ipamorelin
- MLS + infrared laser
- Protective orthotics
- PT (pressure offloading, gait training)
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