Mild-compression diabetic socks safely reduce lower extremity edema in patients with diabetes
This One-Pager reviews the effects of mild-compression diabetic socks on lower extremity oedema in patients with diabetes. It is published in English, German, French, Italian, Polish and Spanish.
Study aim & design
The aim of this study was to assess whether diabetic socks with mild compression (18-25 mmHg) could reduce lower extremity oedema in diabetic patients without negatively impacting vascularity (1).
To this end, 80 patients with diabetes and LE edema were randomised to receive either mild-compression knee-high diabetic socks („DCS“) or non-compression knee-high diabetic socks („CON“). Subjects were instructed to wear the socks during waking hours. Primary outcomes were assessment of lower extremity oedema and lower extremity vascularity.
38 patients with DCS and 39 patients with CON completed the study.
- ABI: Ankle brachial index
- CON: Control socks
- DCS: Diabetic compression socks
- LE: Lower extremity
- SPP: Skin perfusion pressure
- TBI: Toe brachial index
Group 1: DCS = 18-25 mmHg knee-high diabetic socks
- Eligible: n = 40
- Dropout: n = 2 (did not return to visits)
- Final evaluation: n = 38
Group 2: CON = Non-compression knee-high diabetic socks
- Eligible: n = 40
- Dropout: n = 1 (due to family issues)
- Final evaluation: n = 39
Both groups wore their socks for 4 weeks. The following measurements were taken at the baseline and at the weekly follow-up visits:
- Oedema = midfoot, ankle & calf circumferences
- Vascularity = ankle brachial index, toe brachial index, skin perfusion pressure
With diabetic compression socks, lower extremity oedema was significantly reduced, while lower extremity vascularity remained unaffected.
A high compliance rate was observed as 96% of the patients wore the DCS during more than 75% of the waking hours.
Moreover, the comfort of DCS was rated as high and it increased over wearing time:
This study demonstrates that mild-compression diabetic socks effectively reduce lower extremity oedema in diabetic patients, without negatively impacting lower extremity vascularity. This clearly indicates that diabetes is not necessarily a contraindication for mild to moderate compression.
In addition, the increase in comfort rating over time suggests that the wearing of compression is subject to a learning process during which the patient’s appreciation towards compression rises.
Wearing mild-compression knee-high diabetic socks may be effective and safe in reducing lower limb edema in patients with diabetes.