Chronic Wounds

Fight biofilm and break the non-healing cycle.
A clinician examines a non-healing wound on a resident’s shin in a post-acute setting
A clinician examines a non-healing wound on a resident’s shin in a post-acute setting
CLINICAL INSIGHTS

Know the challenges of wound healing

Most wounds progress through the stages of healing on their own, but some get stuck, often stalling in the inflammatory phase. When wounds don’t heal within 30 days, they’re considered chronic and need help to overcome barriers like biofilm.

Chronic wounds are estimated to affect between 3 to 6 million people and cost between $5 and $10 billion annually.1 With education, best practice guidance and a proven system of products, you can empower caregivers to help improve outcomes and cut costs.

An infected stalled wound that contains bacterial biofilm

90% of stalled wounds contain biofilm

WOUND TYPES

Identify common chronic wounds to help guide treatment

When you’re able to recognize the most common wound types, it’s easier to choose the right products and protocols to promote healing. Consider the patient’s medical history, wound location, measurement and characteristics—shape, depth, drainage and pain levels—to more accurately identify the wound etiology.

Clinician’s gloved hand applies iodine dressing to a knee wound with a chronic infection

Venous leg ulcers (VLUs)

VLUs are shallow, moist wounds caused by skin breakdown from venous stasis. Compression and advanced wound care products help promote healing.

Clinician’s gloved hand applies PluroGel to a dressing, preparing to apply it to a leg wound with microbial biofilms

Pressure injuries (PIs)

These injuries—caused by pressure, friction and shear—require accurate assessment of the stage and proper turning and offloading.

Researcher studying biofilm defense looks into a microscope in a lab

Diabetic foot ulcers (DFUs)

Poor blood flow, hyperglycemia and weight bearing can lead to DFUs, requiring pressure offloading and collaboration with a dietician.

Iodine dressing turns white to indicate time for removal and peels back from wound

Arterial wounds

Lack of blood flow and oxygen to legs results in dying tissue and open wounds. Immediate referral to a specicialist is a critical next step.

White paper on iodine dressing against a gray background

Surgical wounds

Infection can cause surgical incisions to reopen and stall healing. Advanced wound care products can help address this.

BEST PRACTICES

Optimize the wound bed to control infection

To heal infected wounds, start with the most intelligent dressing and then check the progress after two weeks. If the wound doesn’t improve, reassess and try something else. A slow-release iodine dressing and a wound cleanser with antimicrobial properties can help target bacteria, and a concentrated surfactant loosens and traps debris. Fight infection with a hydrating serum to promote a moist wound environment.

Clinician applies an iodine dressing, a chronic wound treatment, to a non-healing wound on patient’s knee

Close hard-to-heal wounds faster with advanced treatments

The most challenging chronic wounds call for advanced therapies. When standard methods aren’t enough, turn to innovative tools like collagen dressings, skin grafts, skin substitutes and negative pressure wound therapy. In fact, highly native collagen is highly effective in promoting wound closure as it preserves human collagen, which plays a key role in wound healing. Clinical nutrition can advance healing in stalled wounds and helps improve glycemic for diabetic patients.

Clinician cuts a dressing to size to prepare for application to a stalled wound

Take the next step to elevate patient care

Our skin and wound care clinicians understand your challenges firsthand. Let us help you improve outcomes. Simply complete this form and a Skin Health specialist expert will reach out to discuss the best advanced wound care protocols for your facility.

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