Two precise paths for stubborn foot and ankle pain.
DPMx spans two distinct treatment paths: regenerative allografts that rebuild compromised tissue, and targeted nerve blocks that quiet overactive pain signaling. Both are considered when conventional interventions have proven insufficient.
Planned around your condition.
Targeted treatment pathway.
The path is clinically selected.
DPMx - Injection Care
Regenerative allograft
Designed to replenish cushioning and support compromised tissue.
Targeted nerve block
Designed to recalibrate overactive pain pathways in affected tissue.
Personalized care: Your podiatrist determines which path—or whether both—may apply to your condition.
Typically administered in office.
Specialized, opioid-free solution.
Your doctor determines the right path.
Regenerative allograft, or targeted nerve block
The right path depends on whether the goal is rebuilding damaged tissue or resetting overactive pain signals. Your podiatrist determines which—or whether both—may apply.
Regenerative DPMx Allografts
What it is
A minimally altered, cryopreserved matrix derived from ethically procured human umbilical cord tissue, carrying intrinsic growth factors, elastin, and hyaluronan.
How it works
Replenishes depleted cushioning and provides biologic cues that support reconstruction of compromised tendons and ligaments.
Best used for
Plantar fasciitis, persistent Achilles tendonitis, ligament sprains, and post-surgical recovery support.
The procedure
Administered in office, typically with ultrasound guidance, and generally completed within an hour.
Alternatives
Frequently considered as an alternative to Platelet-Rich Plasma therapy for suitable patients.
Often considered for
- Plantar fasciitis
- Persistent Achilles tendonitis
- Ligament sprains
- Post-surgical recovery support
Targeted Nerve Block DPMx
What it is
A specialized, opioid-free injectable solution.
How it works
A tailored blend of local anesthetics and corticosteroids is administered directly into affected tissue to calm overactive pain pathways.
Best used for
Neuromas, tarsal tunnel syndrome, and severe localized arthritis.
Often considered for
- Neuromas
- Tarsal tunnel syndrome
- Severe localized arthritis
Repair, replace, restore
The regenerative allograft follows a physiological sequence—from calming the injury site to helping reinstate natural foot function.
Repair
Supports the body’s natural recovery response at the injury site.
Cushioning function
Softens impact and helps shield compromised tissue from forces that provoke strain.
Natural recovery
Uses naturally derived structural components that complement foot anatomy and movement.
Replace
Reinforces cushioning where connective tissue has thinned or weakened.
Reduced mechanical stress
Eases strain on neighboring tissue during walking or running.
Strengthened tissue
Uses elasticity and compression resistance to support weakened areas.
Restore
Supports elasticity and resilience so the foot can return toward ordinary function.
Promotes walking
Helps reestablish a more natural gait.
Tendon and ligament support
Helps preserve joint integrity while supporting shock absorption.
Still wondering which DPMx path fits your condition?
Reach out to The Podiatry Doctors to discuss your symptoms, previous treatments, and the next appropriate step.
Recovery, presented simply.
Your exact experience depends on the treatment and condition, but the typical progression is designed to keep expectations clear.
✓ Most patients return to light activity within days
Mild soreness at the injection site
A customary part of the healing response—not necessarily a sign of complication.
Return to light activity
Most patients resume ordinary, low-impact routines shortly after treatment.
Meaningful improvement unfolds
Tissue regeneration progresses steadily, with noticeable gains in comfort and function.
Educational note: Further information comparing these therapies with conventional cortisone injections may provide additional context.
