About the DPC23
Bringing together 3.500+ healthcare professionals, Diabetes Professional Care is the UK’s leading event for the entire team involved in the prevention, treatment and management of diabetes and its related conditions.
Thermal imaging in the monitoring of diabetic feet
When monitoring the health of a diabetic’s feet, not all signs of danger are visible to the naked eye. An increase in the temperature of the skin of the foot is often a sign of imminent damage if the patient is at high risk for foot problems or has prior complication history.
Up to 75 % of diabetic foot ulcers can be prevented by early detection
The use of thermography to detect temperature anomalies has been
shown to predict up to 91% of pre-ulcerous sites.
What are the benefits?
Several pieces of research and e.g., in Arjaleena Ilo’s dissertation reviewed in 2020 showed that thermal imaging can provide valuable information for screening and diagnosing a foot problem, as well as information on micro- and macro blood circulation, neuroischemia, skin strain, the significance of defects, inflammation and bone changes (fractures).
The skin of a diabetic’s at-risk foot cannot be relied upon for stimuli, and an increase in heat in the risk leg may be the only sign that the skin is ulcerating, or bone tissue is being damaged.
Image taken by Md. Jorma Lahtela, Tampere University Hospital
Every year, over 35 million Diabetic Foot Ulcers result in 4.5 million amputations, costing global healthcare systems a staggering $150 billion.
Thermidas AI Assisted Remote Monitoring Solution empowers individuals to proactively monitor their foot health at home, yielding substantial cost savings while vastly improving lives and alleviating healthcare strain.
Already pioneered by the NHS in the UK, the interim results are encouraging.
The science behind thermography
The body defends itself against ‘attacks’ by triggering an inflammatory response in the immune system. Redness, swelling, hot flushes and pain are signs of an inflammatory response. These inflammatory signs are difficult to detect in the feet of a diabetic due to a combination of many factors. The onset of symptoms is also affected by changes in the function of blood cells caused by high blood sugar.
Solutions certified for clinical use
We have spent years developing the technology and creating our thermography software to meet the high demands of medical use. Thermidas ThIR-A615 is the first medical CE-certified Infrared Thermal Imaging application in the world.
The system is intended for measuring and monitoring changes in skin surface temperature non-invasively. It allows quick, objective, and reliable measurement of local temperature changes and identification of asymmetries.
See what our customers are saying
I use thermal imaging on a daily basis. Originally the thermal imaging system was acquired to support the diagnosis of Charcot Foot. It has shown to be really useful also in locating and following up on many other complications.
With thermal imaging, I am able to exclude potential problems and give a patient peace of mind. A thermal image illustrates the importance of care in a very concrete way. That increases positive attitude on care.
I use thermal imaging for assessment of the Charcot Foot healing process and to follow-up of diabetic foot ulcer care. A thermal image tells about foot health and helps to make care decisions.
I act as a private chiropodist and my expertise is in prevention podiatry. Thermal imaging is a method with which the functionality of the footwear can be objectively validated.
Meet the future of thermography
The IRT-384 Tablet is the next generation of thermal imaging on the go. It is a complete, portable solution for capturing and analysing thermal images wherever you are.
Ask for availability.
Thermidas at The DPC23
Come meet us at The Diabetes Professional Care 2023 and learn more about thermal imaging. We’ll be there throughout the whole event to answer your questions.
Finding us is easy – our booth G22 is located near the main entrance and on the way to the Keynote Theatre.
