Diabetic Foot Treatment
Save the Foot. Restore the Blood Flow.
For many people, a diabetic foot ulcer is not only a wound problem. It is often a circulation problem that needs early vascular assessment.
Every day counts when it comes to diabetic foot disease.
Early vascular assessment can make the difference between losing a limb and saving it.
Root Cause
A non-healing wound may be a blood flow problem.
Diabetes can cause narrowing or blockage of the arteries that supply blood to the legs and feet. When oxygen-rich blood cannot reach the tissues, even a small wound may struggle to heal and can gradually develop into a serious infection.
At Inspire Point, we focus on identifying the root cause behind non-healing diabetic foot wounds. Advanced vascular imaging and angiography allow specialists to evaluate blood flow and locate arterial blockages that may be preventing recovery.
When appropriate, minimally invasive endovascular procedures such as balloon angioplasty and stent placement can help restore circulation to the affected area. By improving blood flow, the body receives the oxygen and nutrients needed for wound healing, helping reduce the risk of infection, tissue loss and major amputation.
Why Early Intervention Matters
Better circulation can support better healing.
Successful revascularization has been shown to significantly improve wound healing outcomes and increase the chances of limb preservation in patients with diabetic foot disease.
Our multidisciplinary approach combines vascular care, wound management, infection control and personalized treatment planning to provide comprehensive support throughout the recovery journey.
Improved blood circulation to the foot
Enhanced wound healing potential
Reduced risk of severe infection
Increased likelihood of limb preservation
Minimally invasive treatment options
Faster recovery in suitable patients
Better Circulation. Better Healing. Better Life.
A diabetic foot wound should never be treated as only a surface wound. Restoring blood flow can be a decisive step in recovery and limb preservation.