Numbness or Tingling
Reduced sensation, tingling, or burning feelings that may occur due to nerve damage.
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Diabetic foot problems arise from a combination of nerve damage and poor circulation. This leads to loss of sensation, slow healing, and higher chances of infection.
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Diabetic foot problems arise from a combination of nerve damage and poor circulation. This leads to loss of sensation, slow healing, and higher chances of infection.
With early diagnosis and multidisciplinary care, most complications can be prevented. Our approach focuses on wound care, vascular health, and patient education to preserve limb function.
Foot Health
Recognize early warning signs to help protect your feet and support timely evaluation when symptoms appear.
Reduced sensation, tingling, or burning feelings that may occur due to nerve damage.
Open sores, cuts, or wounds that heal slowly or fail to heal properly.
Dry, cracked, peeling skin or unusual dark, pale, or patchy discoloration.
Changes in foot shape, including hammertoes, prominent pressure points, or collapsed arches.
Foot discomfort, weakness, or pain that makes walking short distances difficult.
Swelling, redness, or increased warmth that may indicate inflammation, infection, or circulation problems.
Diabetic foot problems can develop when nerve damage, reduced blood flow, elevated blood sugar, and repeated pressure or injury affect the feet. Several factors can increase the risk of wounds, ulcers, infection, and delayed healing.
Nerve damage reduces sensation, increasing the risk of unnoticed injuries, pressure points, and foot wounds.
Reduced blood supply can slow wound healing and increase the risk of infection and tissue damage.
Persistent hyperglycemia can damage nerves and blood vessels, contributing to reduced sensation and impaired healing.
Bone or joint changes can create uneven pressure on the foot and contribute to calluses, pressure areas, and wounds.
Tight, poorly fitting, or unsuitable footwear can create repeated pressure and friction that may lead to sores.
Smoking can worsen circulation and may delay healing, increasing the risk of complications in an already vulnerable foot.
Accurate assessment helps identify nerve damage, circulation problems, wounds, infection and other factors affecting foot health. These findings guide an individualized treatment plan.
Inspection of the skin, sensation, pulses, foot shape, pressure areas and visible wounds helps identify potential problems early.
Monofilament, tuning fork and reflex testing can help assess sensation and identify changes associated with peripheral neuropathy.
Pulse examination, ankle-brachial index and toe pressure measurements help assess blood supply to the foot.
Diabetic Foot Assessment
X-rays, MRI or ultrasound may be used when needed to assess bone, soft tissue, circulation or deeper complications.
Ulcers are assessed for size, depth, tissue involvement and other clinical features to help determine severity and guide care.
Blood tests can help assess glucose control, infection markers and other factors that may influence wound healing and recovery.
Treatment is selected according to the condition of the wound, circulation, infection status, pressure on the foot, and overall diabetic control. A combination of wound care, pressure relief, infection management, vascular treatment, and prevention may be recommended based on individual needs.
Careful removal of dead or infected tissue from a diabetic foot wound. Debridement can help expose healthier tissue and create a cleaner wound environment for ongoing care.
Custom shoes, casts, or protective boots can reduce pressure on ulcers and vulnerable areas of the foot. Offloading helps limit repeated pressure while the wound is being treated.
Targeted antibiotics and appropriate wound dressings may be used when infection is present. Treatment is guided by the clinical assessment and the severity of the infection.
Angioplasty, stenting, or bypass surgery may be considered when reduced blood flow is contributing to poor wound healing or tissue damage. The appropriate option depends on vascular assessment.
Advanced wound management may include vacuum dressings, skin grafts, or bioengineered tissue when clinically appropriate. The approach is selected according to wound characteristics and healing progress.
Daily foot care, suitable footwear, blood sugar management, and regular examinations can help reduce the risk of ulcers and other diabetic foot complications. Patients are guided on practical measures for ongoing foot protection.
If you are experiencing numbness, non-healing wounds, foot ulcers, discoloration, swelling or other concerns related to diabetic foot health, schedule a consultation for a detailed assessment.
Discuss your symptoms, wounds and concerns during a focused diabetic foot consultation.
Sensation, circulation, wounds and foot condition can be assessed to understand the underlying problem.
Suitable wound care, offloading, infection control or vascular treatment options can be discussed based on your assessment.
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