Medically reviewed by Dr. Tom Biernacki, DPM — Board-Certified Podiatric Surgeon — Balance Foot & Ankle, Howell & Bloomfield Hills, MI. Last updated April 2026.

Quick Answer

Foot wound care requires specialized attention because the feet are subject to constant pressure, limited blood flow, and increased infection risk. Whether you have a diabetic foot ulcer, surgical wound, blister, or laceration, proper wound management includes gentle cleansing, appropriate moisture balance, offloading pressure, infection monitoring, and knowing when to seek professional help. Podiatric wound care can prevent minor injuries from becoming serious complications.

Medical Review

Medically reviewed by Dr. Thomas Biernacki, DPM — Board-certified podiatrist at Balance Foot & Ankle, Southeast Michigan. Dr. Biernacki provides comprehensive wound care for diabetic ulcers, surgical wounds, chronic wounds, and traumatic foot injuries.

Affiliate disclosure: This page contains affiliate links to products we recommend. We may earn a small commission at no extra cost to you. We only recommend products used in our clinical practice.

Table of Contents

• Why Foot Wounds Need Special Care
• Types of Foot Wounds
• Diabetic Foot Wound Care
• Post-Surgical Wound Care
• How to Clean a Foot Wound Properly
• Choosing the Right Wound Dressing
• Moisture Balance in Wound Healing
• Offloading Pressure From Foot Wounds
• Recognizing and Preventing Infection
• How Circulation Affects Wound Healing
• Nutrition for Wound Healing
• Protective Footwear and Orthotics
• Managing Wound Pain
• Compression and Edema Management
• Most Common Mistake
• Warning Signs of Wound Complications
• When Wounds Won’t Heal
• Video Guide
• Frequently Asked Questions
• Sources
• Book an Appointment

Why Foot Wounds Require Specialized Care

The feet present a uniquely challenging environment for wound healing. Unlike wounds on the torso or upper extremities, foot wounds must heal while bearing the full force of body weight with every step. This constant mechanical loading disrupts the delicate healing process, shearing newly formed tissue and preventing wound edges from approximating properly. Even a small wound on the sole of the foot experiences thousands of loading cycles per day during normal walking.

Vascular supply to the feet is inherently limited because they are the most distal structures from the heart. Blood must travel the greatest distance to reach the toes, and conditions that impair circulation — diabetes, peripheral artery disease, smoking, and aging — affect the feet first and most severely. Adequate blood flow delivers oxygen, nutrients, and immune cells essential for wound repair. When this supply is compromised, even minor wounds can stall in the healing process.

The feet are constantly exposed to potential contaminants. They contact floors, soil, and the inside of shoes — environments rich in bacteria and fungi. The warm, moist microclimate inside shoes creates ideal conditions for bacterial proliferation. Wounds on the feet are therefore at significantly higher risk of infection than wounds on other body parts. This infection risk is magnified in patients with diabetes, whose immune response may already be compromised by elevated blood glucose levels.

Peripheral neuropathy — loss of protective sensation in the feet — compounds all of these challenges. Patients who cannot feel pain may not notice a wound developing, allowing it to progress from a minor abrasion to a deep ulcer before it comes to medical attention. Approximately 15% of people with diabetes will develop a foot ulcer during their lifetime, and neuropathy is the single greatest risk factor for these wounds.

Types of Foot Wounds

Understanding the type of wound you are dealing with is the first step in providing appropriate care. Each wound type has different healing characteristics, different dressing requirements, and different risk profiles for complications.

Diabetic foot ulcers are the most clinically significant foot wounds, typically developing over bony prominences on the sole of the foot where neuropathy has eliminated protective sensation. They are classified using the Wagner scale: Grade 0 represents a pre-ulcerative lesion (callus or pressure area), Grade 1 is a superficial ulcer, Grade 2 extends to tendon or joint capsule, Grade 3 involves deep infection or abscess, Grade 4 is localized gangrene, and Grade 5 is extensive gangrene requiring major amputation. Early detection at Grade 0 or 1 dramatically improves outcomes.

Surgical wounds from podiatric procedures (bunion correction, hammertoe repair, tendon surgery) follow predictable healing timelines when managed properly. These clean wounds closed with sutures or staples heal by primary intention, typically closing within 10-14 days for skin closure and 6-8 weeks for complete structural healing. Post-surgical wound care focuses on keeping the incision clean, dry, and protected from mechanical stress during the critical early healing phase.

Traumatic wounds — lacerations from sharp objects, puncture wounds from nails or glass, crush injuries, and avulsions — present unpredictable healing challenges depending on the mechanism of injury, depth of tissue damage, and degree of contamination. Puncture wounds through shoe soles carry a unique risk of Pseudomonas infection and may require prophylactic antibiotics if the wound is deep or involves a joint space.

Venous stasis ulcers develop on the lower legs and ankles in patients with chronic venous insufficiency. These wounds result from elevated venous pressure causing fluid leakage, tissue damage, and eventual skin breakdown. They tend to be shallow, irregularly shaped, and surrounded by discolored (hemosiderin-stained) skin. Unlike arterial ulcers, venous ulcers are typically painful when the leg is dependent and improve with elevation and compression.

Diabetic Foot Wound Care: A Comprehensive Approach

Diabetic foot wounds demand the most meticulous care of any wound type because the consequences of poor management are severe — up to 85% of diabetes-related amputations are preceded by a foot ulcer. Successful treatment requires addressing all four pillars of diabetic wound care simultaneously: infection control, blood glucose optimization, vascular assessment, and pressure offloading.

Blood glucose control directly impacts wound healing speed. Hyperglycemia impairs white blood cell function, reduces collagen synthesis, and promotes bacterial growth within wound beds. Patients with diabetic foot ulcers should target hemoglobin A1c levels below 7% and maintain fasting blood glucose below 130 mg/dL during the active healing phase. Close collaboration between the podiatrist and the patient’s primary care physician or endocrinologist ensures optimal metabolic control during wound treatment.

Debridement — the removal of dead, damaged, or infected tissue from the wound bed — is the cornerstone of diabetic wound management. Sharp debridement performed by a podiatrist removes callus, necrotic tissue, and biofilm that impede healing. A clean wound bed allows wound-healing cells to migrate across the wound surface and promotes the formation of healthy granulation tissue. Regular debridement, typically at one to two week intervals, maintains the wound in an active healing state.

Total contact casting (TCC) is the gold standard for offloading plantar diabetic ulcers. The cast redistributes weight across the entire sole of the foot, reducing pressure at the ulcer site by up to 60-80%. Removable cast walkers with irremovable modifications provide a practical alternative for patients who cannot tolerate traditional TCC. The key principle is that the offloading device must be irremovable (or rendered irremovable) to ensure compliance — studies consistently show that patients with removable devices wear them for only 30% of daily steps.

Post-Surgical Wound Care for Foot Procedures

Surgical wound care begins immediately in the operating room and continues through the weeks following your procedure. Understanding the healing timeline and following your podiatrist’s specific instructions are essential for preventing complications and achieving the best possible outcome.

During the first 48-72 hours after surgery, the surgical dressing should remain intact and dry. This initial dressing was applied under sterile conditions and provides optimal wound protection during the most vulnerable period. Elevate the foot above heart level as much as possible to minimize swelling. Apply ice packs to the surgical area for 20 minutes on, 20 minutes off, protecting the skin with a thin towel between the ice and the dressing.

At the first post-operative visit (typically 3-7 days after surgery), your podiatrist will remove the initial dressing, inspect the incision, and apply a new dressing with specific instructions for home care. Most surgical incisions require daily or every-other-day dressing changes using sterile technique: clean hands, sterile gauze, and an appropriate wound covering. Your surgeon may recommend specific products such as antibiotic ointment, non-adherent dressings, or specialized wound care products depending on the procedure performed.

Sutures or staples are typically removed 10-14 days after surgery, depending on the location and tension of the incision. After suture removal, adhesive wound closure strips (Steri-Strips) or surgical tape may be applied to provide additional support during the remodeling phase. Continue protecting the incision from sun exposure for 6-12 months to minimize scar formation — UV radiation stimulates melanin production that can permanently darken a healing scar.

How to Clean a Foot Wound Properly

Proper wound cleansing removes bacteria, debris, and dead tissue without damaging the fragile new cells that are rebuilding the wound. The ideal cleansing agent for most foot wounds is simply normal saline (0.9% sodium chloride solution) or clean running water. Studies consistently show that potable tap water is equivalent to sterile saline for cleansing non-surgical wounds, making home wound care more accessible and practical.

Avoid using hydrogen peroxide, rubbing alcohol, or full-strength povidone-iodine (Betadine) on open wounds. While these agents kill bacteria, they are equally toxic to the fibroblasts, keratinocytes, and white blood cells responsible for wound healing. Hydrogen peroxide is cytotoxic even at concentrations as low as 3%, and its use has been shown to delay wound healing in controlled studies. If an antiseptic is needed, dilute povidone-iodine (0.5% concentration) or polyhexanide (PHMB) solutions are less damaging alternatives.

The technique of wound cleansing matters as much as the solution used. Gentle irrigation — directing a steady stream of fluid across the wound surface — is more effective than soaking or dabbing. A 35mL syringe with a 19-gauge needle delivers fluid at approximately 8 psi, which is sufficient to remove debris and bacteria without damaging tissue. For home care, a clean squeeze bottle produces a similar gentle irrigation effect. Clean from the center of the wound outward to avoid pushing contaminants into the wound.

After cleansing, gently pat the surrounding skin dry with a clean gauze pad while keeping the wound bed moist. The periwound skin (the skin surrounding the wound) should be kept dry to prevent maceration, while the wound bed itself benefits from a moist environment that supports cell migration and proliferation.

Choosing the Right Wound Dressing

Modern wound dressings do far more than simply cover a wound — they actively manage the wound environment to optimize healing. The ideal dressing maintains moisture balance, manages exudate (drainage), provides thermal insulation, protects from contamination, and is comfortable enough to allow daily activities. No single dressing is ideal for all wound types and all healing stages.

Non-adherent dressings (Adaptic, Telfa) are the most commonly used primary dressings for clean, minimally draining wounds such as post-surgical incisions and minor lacerations. They prevent the dressing from sticking to the wound bed, which eliminates the pain and tissue disruption associated with dressing removal. Apply a thin layer of antibiotic ointment or petroleum jelly to the wound surface before placing a non-adherent dressing for additional protection.

Foam dressings are excellent for wounds with moderate to heavy drainage. Their absorbent structure wicks exudate away from the wound surface, preventing maceration while maintaining the moist environment that promotes healing. Foam dressings also provide cushioning, making them particularly useful for wounds on weight-bearing surfaces of the foot. They typically require changing every 2-3 days or when saturated.

Hydrogel dressings donate moisture to dry wound beds and are ideal for wounds that need hydration — such as wounds with dry eschar (dead tissue) that needs softening for debridement. They are available as sheets, gels, and impregnated gauzes. Hydrogels also provide a cooling, soothing effect that can reduce wound pain. They should not be used on heavily draining wounds, as they may contribute to excess moisture and maceration.

Alginate dressings, derived from seaweed, are highly absorbent and form a gel when in contact with wound exudate. They are ideal for heavily draining wounds and can absorb 15-20 times their weight in fluid. Alginates also have hemostatic properties, making them useful for wounds that bleed during dressing changes. They require a secondary dressing for retention and should not be used on dry wounds.

Moisture Balance: The Key to Optimal Wound Healing

The concept of moist wound healing — introduced by Winter in 1962 — revolutionized wound care. Research consistently demonstrates that wounds heal up to 50% faster in a controlled moist environment compared to wounds left open to air. Moisture facilitates the migration of epithelial cells across the wound surface, promotes angiogenesis (new blood vessel formation), supports autolytic debridement (the body’s natural removal of dead tissue), and reduces pain by protecting exposed nerve endings.

However, too much moisture is equally detrimental. Excessive wound drainage that saturates dressings and pools on the skin causes maceration — a waterlogged, white, wrinkled appearance of the periwound skin that breaks down quickly and expands the wound. Managing the balance between too dry and too wet requires selecting the appropriate dressing for the wound’s current drainage level and changing dressings frequently enough to prevent saturation.

Monitor your wound’s moisture level at each dressing change. If the old dressing is completely dry and adheres to the wound bed, the wound is too dry — switch to a moisture-donating dressing like hydrogel. If the old dressing is saturated and the surrounding skin appears white and soggy, the wound is too wet — switch to a more absorbent dressing like foam or alginate. The goal is a glistening, pink wound bed with intact, dry periwound skin.

Offloading Pressure From Foot Wounds

Pressure offloading is arguably the most critical component of foot wound care that is routinely underappreciated by patients and even some healthcare providers. A wound on the bottom of the foot that receives full body weight with every step simply cannot heal effectively. The mechanical forces of walking disrupt collagen formation, shear newly formed blood vessels, and reopen wound edges that are attempting to close.

For plantar (bottom of foot) wounds, offloading options range from simple felt padding with aperture cutouts around the wound to total contact casts and removable cast walkers. The choice depends on wound location, wound depth, patient mobility, and overall health status. A podiatrist can create custom offloading devices using felt, foam, and modified insoles to redistribute weight around the wound site while allowing modified ambulation.

For dorsal (top of foot) wounds, pressure typically comes from shoe contact rather than body weight. Extra-depth shoes with soft, moldable uppers or custom therapeutic shoes with accommodative inserts protect dorsal wounds from rubbing and pressure. Temporary use of open-toed surgical shoes can provide complete relief of dorsal pressure during the acute healing phase.

Recognizing and Preventing Wound Infection

Infection is the most common and most dangerous complication of foot wounds. The five classic signs of wound infection are redness (erythema) spreading beyond the wound edges, increased warmth around the wound, swelling (edema), increasing pain, and purulent drainage (pus). In patients with diabetes or immunosuppression, these signs may be blunted, making infection harder to detect. Subtle changes in wound appearance, a new or worsening odor, or delayed healing progress may be the only indicators.

Biofilm — a microscopic community of bacteria encased in a protective matrix — is present in approximately 60% of chronic wounds and 6% of acute wounds. Biofilm bacteria are up to 1,000 times more resistant to antibiotics than free-floating bacteria, making them a significant barrier to healing. Regular sharp debridement physically disrupts biofilm, and it is one of the primary reasons chronic wounds benefit from regular professional wound care visits.

Prevention of wound infection begins with proper wound cleansing and dressing technique, as described in the sections above. Additional preventive measures include keeping the wound covered at all times (open wounds collect bacteria), avoiding walking barefoot or in unsanitary environments, washing hands thoroughly before every dressing change, and using clean (preferably sterile) dressing materials. Do not soak foot wounds in bathtubs, pools, or hot tubs, as these are common sources of waterborne bacteria.

How Circulation Affects Wound Healing

Adequate blood flow is the foundation of wound healing. Arterial blood delivers oxygen, glucose, amino acids, vitamins, and immune cells to the wound site. Without sufficient arterial supply, wounds cannot progress through the normal healing phases regardless of how well the wound is dressed and managed. The feet, being the most distal structures, are the first to suffer when arterial supply is compromised.

Peripheral artery disease (PAD) affects approximately 8-12 million Americans and is a major contributor to non-healing foot wounds. Signs of PAD include absent or diminished pedal pulses, cool skin temperature, loss of hair on the toes and lower legs, and wounds that fail to show healing progress despite optimal wound care. A simple ankle-brachial index (ABI) test — comparing blood pressure at the ankle to blood pressure at the arm — can screen for significant PAD. An ABI below 0.9 indicates arterial insufficiency, and values below 0.5 suggest critical limb ischemia requiring urgent vascular evaluation.

Smoking cessation is one of the most impactful interventions for improving wound healing. Nicotine causes vasoconstriction that reduces blood flow to the periphery, carbon monoxide displaces oxygen from hemoglobin, and the chemical components of cigarette smoke impair nearly every phase of wound repair. Patients who quit smoking before or during wound treatment show measurably faster healing rates. Even reducing smoking frequency provides some vascular benefit during the healing period.

Nutrition for Wound Healing

Wound healing is a metabolically demanding process that requires adequate caloric intake, protein, and specific micronutrients. Malnourished patients heal significantly slower than well-nourished individuals, and nutritional deficiencies are a frequently overlooked cause of delayed wound healing. Your body literally builds new tissue from the raw materials provided by your diet.

Protein is the single most important macronutrient for wound healing. Collagen — the structural protein that forms the scaffold of new tissue — requires adequate amino acid availability for synthesis. Patients with chronic wounds should consume 1.25-1.5 grams of protein per kilogram of body weight daily, which is significantly more than the standard recommendation. For a 170-pound person, this translates to approximately 95-115 grams of protein per day. Good sources include lean meats, fish, eggs, dairy, legumes, and protein supplements.

Vitamin C is essential for collagen crosslinking, and deficiency results in fragile, poorly organized wound tissue. Zinc plays critical roles in cell proliferation, immune function, and protein synthesis during wound repair. Vitamin A supports epithelial cell growth and immune function. Iron carries oxygen to healing tissues. A daily multivitamin providing at least 100% of the recommended daily values of these micronutrients, combined with a balanced diet rich in fruits, vegetables, and lean protein, supports optimal wound healing for most patients.

Protective Footwear and Orthotic Support

Appropriate footwear is both a treatment tool for active wounds and a prevention strategy against future wound development. Shoes that are too tight create pressure points that can cause ulceration, while shoes that are too loose allow friction and shearing forces. The ideal therapeutic shoe has a roomy toe box, seamless interior lining, a rigid sole that limits forefoot bending, and a removable insole that can be replaced with a custom orthotic.

After a foot wound has healed, transitioning to supportive footwear with proper orthotics is essential for preventing recurrence. We recommend PowerStep Pinnacle Insoles for patients transitioning from wound care back to regular activity. The contoured arch support distributes weight evenly across the foot, reducing peak pressure at former wound sites that are vulnerable to re-ulceration. The cushioned heel and forefoot padding absorb impact forces that could damage fragile newly healed tissue.

For patients with diabetes or a history of foot ulceration, Medicare covers therapeutic shoes and custom inserts through the Therapeutic Shoe Program. Your podiatrist can certify your eligibility and prescribe depth shoes with custom-molded insoles designed to redistribute pressure away from areas at risk for ulceration. These specialized devices, combined with regular podiatric monitoring, reduce the risk of ulcer recurrence by approximately 50%.

Managing Wound Pain

Wound pain ranges from mild discomfort to severe, debilitating pain depending on the wound type, location, and the patient’s individual pain perception. Pain management is an important component of wound care because pain impairs healing both directly — through stress hormone elevation and vasoconstriction — and indirectly — by reducing compliance with wound care protocols and activity modification.

For superficial wounds and post-surgical incision pain, we recommend Doctor Hoy’s Natural Pain Relief Gel applied to the intact skin surrounding the wound (never directly inside an open wound). The natural menthol and camphor formula provides cooling pain relief that can reduce the discomfort associated with dressing changes and the throbbing sensation that accompanies healing wounds. Apply around the wound margins — not on the wound bed itself — to provide relief without interfering with the healing environment.

For deeper wounds or more significant pain, oral medications may be necessary. Acetaminophen (Tylenol) is the preferred first-line oral analgesic for wound pain because it does not impair platelet function or increase bleeding risk. NSAIDs (ibuprofen, naproxen) provide stronger pain relief but may delay wound healing in some patients through their anti-inflammatory effects. Your podiatrist can recommend the appropriate pain management approach based on your wound type and overall health status.

Compression and Edema Management

Swelling (edema) in the feet and lower legs significantly impairs wound healing by stretching the skin, reducing tissue oxygenation, and creating a hostile microenvironment for healing cells. Managing edema is particularly important for venous stasis ulcers, where chronic venous insufficiency causes sustained tissue edema that drives the wound cycle.

We recommend DASS Compression Socks for patients with healed or healing wounds who need daily edema management. Graduated compression promotes venous return, reduces ankle and foot swelling, and improves tissue perfusion in the lower extremities. For patients with venous stasis disease, compression therapy is the single most important intervention — without adequate compression, venous ulcers will not heal regardless of what dressing is applied.

Important: Compression should only be used in patients with adequate arterial circulation. An ABI assessment should be performed before initiating compression therapy to rule out significant peripheral artery disease. Compression applied to legs with arterial insufficiency can further reduce blood flow and worsen tissue ischemia. Your podiatrist or wound care specialist will assess your vascular status before prescribing compression.

When Wounds Won’t Heal: Advanced Treatment Options

A wound that fails to show meaningful healing progress after four weeks of appropriate care is classified as a chronic wound requiring advanced assessment and treatment. Chronic wounds are stuck in the inflammatory phase of healing and cannot progress to the proliferative phase without intervention to address the underlying obstacles.

Advanced wound care modalities include negative pressure wound therapy (wound VAC), which uses controlled suction to remove excess fluid, reduce bacterial burden, and stimulate granulation tissue formation. Skin substitutes and cellular tissue products provide a biological scaffold that promotes healing in wounds that cannot close on their own. Hyperbaric oxygen therapy (HBOT) delivers concentrated oxygen to tissue in a pressurized chamber, enhancing healing in ischemic wounds. Growth factor therapies (becaplermin/Regranex) and platelet-rich plasma (PRP) applications provide concentrated healing signals directly to the wound bed.

Surgical intervention may be necessary for chronic wounds that do not respond to conservative measures. Options include skin grafting (split-thickness or full-thickness), local flap coverage, vascular bypass or angioplasty to restore blood flow, and in some cases, selective amputation of non-viable tissue to allow remaining tissue to heal. The goal of any surgical intervention is to convert a chronic, non-healing wound into an acute wound that can proceed through the normal healing cascade.

Video: Foot Care and Wound Prevention Guide

Watch Dr. Biernacki explain essential foot care strategies for preventing wounds and maintaining healthy feet, especially for patients with diabetes or circulation problems.

Frequently Asked Questions

How do I know if my foot wound is infected?

Signs of wound infection include spreading redness beyond the wound edges, increased warmth and swelling, worsening pain, foul-smelling or purulent (pus-like) drainage, and fever or chills. In patients with diabetes, infection signs may be subtle — watch for delayed healing progress, new drainage, or changes in wound color or odor. Any suspected infection warrants prompt evaluation by a podiatrist or wound care specialist, as foot infections can escalate rapidly.

Should I keep my foot wound covered or let it air out?

Keep wounds covered. Moist wound healing research consistently shows that wounds heal up to 50% faster when maintained in a controlled moist environment under an appropriate dressing compared to wounds left open to air. Exposed wounds lose moisture, form thick scabs that impede cell migration, and are vulnerable to bacterial contamination. The only time to leave a wound uncovered is briefly during wound assessment and cleansing before applying a fresh dressing.

How long does a diabetic foot ulcer take to heal?

With optimal care including debridement, offloading, infection control, and glucose management, most uncomplicated diabetic foot ulcers heal within 12-20 weeks. However, healing time varies significantly based on ulcer size, depth, location, blood supply, and patient health factors. Larger ulcers, deeper wounds, and those with poor circulation or uncontrolled blood sugar take longer. Approximately 60-80% of diabetic ulcers heal with appropriate conservative management.

Can I shower with a foot wound?

For most clean wounds and surgical incisions after the first 48-72 hours, brief shower exposure with clean water is generally acceptable — but follow your podiatrist’s specific instructions. Cover the wound with a waterproof dressing or waterproof wound cover before showering. Avoid prolonged soaking, submerging in bathtubs, or swimming pools until the wound is fully closed. Pat the area dry and apply a fresh dressing immediately after showering.

When should I see a podiatrist for a foot wound?

See a podiatrist immediately if you have diabetes and discover any foot wound, no matter how small. For non-diabetic patients, seek professional care for wounds that show signs of infection, puncture wounds (especially through shoes), wounds that have not started healing within one week, wounds with exposed deep structures, wounds that keep reopening, or any wound accompanied by fever. Early professional intervention prevents minor problems from becoming serious complications.

Sources

1. Armstrong DG, et al. “Diabetic Foot Ulcers and Their Recurrence.” New England Journal of Medicine. 2017;376(24):2367-2375.
2. Winter GD. “Formation of the Scab and the Rate of Epithelization of Superficial Wounds in the Skin of the Young Domestic Pig.” Nature. 1962;193:293-294.
3. Lipsky BA, et al. “IWGDF guidance on the diagnosis and management of foot infections in persons with diabetes.” Diabetes/Metabolism Research and Reviews. 2020;36(S1):e3280.
4. Bus SA, et al. “IWGDF guidance on offloading foot ulcers in persons with diabetes.” Diabetes/Metabolism Research and Reviews. 2020;36(S1):e3274.
5. Wounds International. “International Best Practice Guidelines: Wound Management in Diabetic Foot Ulcers.” Wounds International. 2013.

Related Articles

• Diabetic Foot Care Guide
• Peripheral Neuropathy: Symptoms & Treatment
• Foot Surgery Recovery Timeline
• Circulation Problems in the Feet
• Podiatrist Recommended Foot Care Products

When to See a Podiatrist for a Foot Wound

If you have a foot wound that isn’t healing after 2 weeks, shows signs of infection, or you have diabetes or circulation problems, seek immediate podiatric wound care. At Balance Foot & Ankle, we provide advanced wound management at our Howell and Bloomfield Hills offices.

Learn About Our Wound Care & Diabetic Foot Program | Book Your Appointment | Call (810) 206-1402

Clinical References

1. Armstrong DG, Boulton AJM, Bus SA. “Diabetic foot ulcers and their recurrence.” New England Journal of Medicine. 2017;376(24):2367-2375.
2. Frykberg RG, Banks J. “Challenges in the treatment of chronic wounds.” Advances in Wound Care. 2015;4(9):560-582.
3. Lipsky BA, Berendt AR, Cornia PB, et al. “2012 Infectious Diseases Society of America clinical practice guideline for the diagnosis and treatment of diabetic foot infections.” Clinical Infectious Diseases. 2012;54(12):e132-e173.