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Russian scientists design a new way to detect diabetic foot

Scientists from Saratov State Medical University in Russiaa way for doctors to predict probabilities Wound healing At the foot of patients with osteoarthritis Arteries of the border lower anddiabetes.

According to the Russian news agency Sputnik, today, Wednesday, this innovation will improve the treatment results of patients suffering from diabetic foot syndrome, and diabetes often suffers from diabetes.arteriosclerosis From poor blood supply to Legswhich may remove organs and cause the patient to lose his limbs, and if the patient suffers from two diseases at the same time, he will suffer from the syndrome. Diabetic footwhich requires a multidisciplinary approach.

To assess the risk of limb loss and predict the results of the treatment, doctors use different methods of analysis, one of these methods is tissue oximetry, which allows measuring the saturation level of the leg tissues with oxygen.

Scientists from the Saratov State Medical University measured tissue oxygenation to assess the intensity of blood flow to the legs, select tactics and predict treatment results, as well as monitor the results obtained.

According to the study published in the scientific journal Media Sphera, the introduction of tissue oximetry devices in medical practice will improve the results of treatment of patients suffering from diabetic foot syndrome.

2024-11-20 18:00:00

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What ⁣are the key advantages of tissue oximetry in ⁢diagnosing diabetic⁢ foot syndrome compared to traditional blood flow assessment methods?

D: Can you ⁢tell me more about how tissue oximetry works in⁢ the detection ​of‍ diabetic foot syndrome? What advantages ‍does it offer over traditional methods of assessing blood flow to the legs? Who is the target audience for this innovation? How do you ‌see the ‌future of tissue ⁤oximetry in the‍ treatment of diabetic foot syndrome?⁢ Can you provide some examples of where this technology is‍ currently being used successfully? ⁤Additionally, what are some potential risks or limitations⁢ associated‌ with the ⁤use of tissue oximetry in ‍this context?

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