Skip to content- Risk assessment for diabetic foot ulceration in individuals: Clinical practice and available technologies to support practice
- Early detection and diagnostics of pre-ulceration conditions
- Ultrasound, infrared thermography, bio-impedance and other imaging modalities to determine foot tissue health status in persons with diabetes
- In-shoe and wearable sensors to monitor the diabetic foot in real-time
- e-Health and smart phone application technology to protect the diabetic foot
- Big data for analysis of ulceration risks, epidemiology and patterns
- Telemedicine to diagnose ulceration and manage the diabetic foot
- Innovative medical device technologies in early detection, diagnosis, prevention and treatment of diabetic foot ulcers
- Individualized medicine in managing the diabetic foot
- In-shoe microclimate and microclimate design of footwear and orthotic devices aimed at protecting the diabetic foot
- Innovation in treating foot ulcers using surgical and non-surgical approaches
- Dressing technologies for treating diabetic foot ulcers
- Infections of diabetic foot ulcers and effective treatment of infections
- Smart textiles and smart materials to protect and monitor the diabetic foot
- Negative pressure therapy for treating diabetic foot ulcers
- Novel approaches for neuropathy measurement and quantification
- Tissue biomechanics and tissue structure and function in the diabetic foot
- Off-loading and pressure redistribution devices to protect the diabetic foot
- Innovative footwear and shoes for diabetics
- Analysis of posture, gait and motion in diabetes and diabetic neuropathy
- Rehabilitation after diabetic foot amputation
- Orthotics and prosthetics for persons with diabetes
- Hyperbaric medicine to treat diabetic foot ulcers
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