Advanced Wound Care in Westchester, NY
At Westchester Podiatric Medicine – Nerve & Wound Healing Institute, Dr. John Marzano, DPM provides state-of-the-art wound care for diabetic foot ulcers, traumatic injuries, pressure sores, and chronic non-healing wounds.
Wound Management
Our goal is to accelerate healing, prevent infection, and reduce the risk of serious complications.
Diabetes, poor circulation, peripheral neuropathy, and injury can slow the body's natural healing process. Our comprehensive wound care program combines debridement, infection management, pressure relief, and personalized treatment plans to promote healthy tissue regeneration and long-term healing.
Advanced Healing with Amnion Grafts
For eligible patients, we utilize amnion graft therapy, an advanced regenerative treatment rich in natural growth factors that supports tissue repair, reduces inflammation, and promotes faster healing of chronic wounds and diabetic ulcers.
Every treatment plan is tailored to the individual, combining the latest wound care techniques with regenerative therapies to maximize healing and help prevent recurrence.
Are You Looking for a Compassionate, Experienced Podiatric Wound Care Specialist?
If you have a chronic foot wound or diabetic ulcer, schedule a consultation with Dr. John Marzano at Westchester Podiatric Medicine – Nerve & Wound Healing Institute to learn how advanced wound care and amnion graft therapy can help accelerate healing and preserve foot health
Frequently Asked Questions
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If you have a foot or ankle wound that has not shown improvement within two weeks, appears infected, or is associated with diabetes, poor circulation, or peripheral neuropathy, prompt evaluation is essential. Early treatment can help prevent complications, promote faster healing, and reduce the risk of hospitalization or limb loss.
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We treat diabetic foot ulcers, pressure ulcers, surgical wounds, traumatic injuries, venous ulcers, and other chronic wounds that have failed to heal with conventional care.
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Amnion grafts provide a protective scaffold containing naturally occurring growth factors that support new tissue formation, reduce inflammation, and promote faster healing in appropriate patients.