Professional Foot Care Services
Advanced Assessment. Better Foot Care. Informed Decisions.
We provide comprehensive foot assessment and testing using modern computerized technologies to help identify potential risks and support better foot health.
Vasculopathy — Doppler + ABI + TBI for Arterial Circulation
Reduced blood circulation can increase the risk of delayed wound healing and other diabetic foot complications. Our vascular assessment combines Vascular Doppler, Ankle-Brachial Index (ABI), and Toe-Brachial Index (TBI) to evaluate arterial blood flow to the lower limbs and feet.
ABI compares blood pressure at the ankle and arm, while TBI provides additional information about circulation to the toes, particularly when arterial calcification may affect ABI results. Doppler assessment helps evaluate blood-flow characteristics in the arteries.
Together, these assessments provide valuable information for identifying possible circulation problems and determining whether further medical evaluation may be appropriate.
Neuropathy — Protective Sensation & Nerve Function
Diabetes can gradually damage the nerves in your feet, reducing your ability to feel pain, pressure, heat, or injury. Our neuropathy assessment evaluates protective sensation and nerve function to identify reduced or altered sensitivity.
This is important because a person may develop a small injury or pressure-related problem without noticing it. Early identification of neuropathy helps patients and healthcare professionals understand the level of foot risk and take appropriate preventive measures.
Regular assessment is especially important for people with long-standing diabetes, previous foot problems, or symptoms such as numbness, tingling, burning, or unusual sensitivity.
Plantar Pressure — Identifying High-Pressure Risk Areas
Excessive or uneven pressure beneath the foot can contribute to callus formation and increase the risk of skin breakdown, particularly in people with diabetes and reduced protective sensation.
Our plantar pressure assessment maps pressure distribution across the sole of the foot and identifies areas experiencing unusually high or concentrated pressure during standing or walking.
Understanding these pressure patterns can help healthcare professionals recognize potential risk areas and guide preventive strategies, including appropriate footwear, insoles, pressure redistribution, and foot-care advice.
Regular assessment can be particularly valuable for patients with previous ulcers, calluses, foot deformities, or neuropathy.
