
Diabetic & Neuropathic Ulcers
Diabetic and neuropathic ulcers are common yet serious complications for individuals living with diabetes and nerve damage. At MDConsult Wound Care, we approach each case with a comprehensive strategy that includes advanced therapies such as placental grafts and hyperbaric oxygen therapy. These modern wound care solutions help stimulate tissue regeneration, control infection, and significantly reduce the risk of complications, including limb loss. Our board-certified specialist personally oversees every treatment plan, ensuring precision, consistency, and compassionate care tailored to each patient’s needs. If you or a loved one are dealing with a chronic diabetic ulcer, we’re here to help restore comfort, mobility, and peace of mind.
Healing diabetic foot ulcers requires more than basic bandaging. Our advanced wound care protocols use the latest biologic dressings, offloading techniques, and personalized debridement strategies to promote healing in high-risk patients. We understand the importance of limb preservation and work diligently to reduce amputation risk through early intervention and specialized treatment plans.
What We Do:
Reduce risk of infection and amputation
Advanced dressings and tissue grafts
Hyperbaric oxygen therapy as needed
Possible causes of delayed wound healing, such as poor circulation, uncontrolled blood sugar, or unnoticed trauma, must be thoroughly evaluated for effective treatment. At MDConsult Wound Care, we are happy to coordinate care with your primary care physician and your podiatrist to ensure a seamless and supportive healing experience. Our collaborative approach helps address all factors that may slow healing and supports long-term recovery.
Neuropathic ulcers can go unnoticed and quickly worsen due to reduced sensation in the affected limbs. That’s why our team combines regular wound assessments, vascular evaluations, and cutting-edge treatments to support healing from the inside out. We focus on restoring circulation, managing infection risk, and optimizing metabolic health to accelerate wound closure.