Diabetic Circulatory Insufficiency

Restore Vasodilation and Increase Circulation to Affected Areas

Diabetic circulatory insufficiency is a condition where high blood glucose levels cause fatty deposits to form inside blood vessels, reducing blood flow, especially to the feet. This can impair oxygen and nutrient delivery, impede wound healing, and increase the risk of infection. Current treatments include angioplasty or bypass surgery which are costly, ineffective and require administration by a healthcare professional. Poor circulation can lead to diabetic foot ulcers, particularly on the lower extremities. These ulcers are formed as a result of skin tissue breaking down, often accompanied by infection at the site of pressure. If left untreated, these ulcers can lead to more serious complications, including the need for amputation.

  • 20% of diabetic hospital admissions are patients experiencing a foot ulcer caused by DCI

  •  5 year mortality rate following first time ulceration is approximately 40%

  •  DFU precedes  >85% of major amputations in patients with diabetes

  • 1 in 4 diabetics develop a Diabetic Foot Ulcer as a result of DCI

8 of 10

Experienced Circulatory Improvement

 8 out of 10 patients saw increased blood circulation in their treated leg versus their untreated leg

115%

Mean Blood Flow Increase

Blood flow increased on average 115% in the treated leg versus untreated leg from baseline to Day 8 with p-value of 0.039

26%

Mean Difference in Legs

Mean difference between treated and untreated leg was 26% on Day 8, achieving statistical significance with p-value of 0.016.