Korean J Nephrol.  2010 Sep;29(5):593-599.

Effect of Anti-embolism Stocking on Intrasession Hemodynamic Variables in Hemodialysis Patients

Affiliations
  • 1Department of Internal Medicine, Inha University School of Medicine, Incheon, Korea. nhkimj@inha.ac.kr

Abstract

PURPOSE
There is no data about the effect of anti-embolism stockings on intrasession hemodynamics in end stage renal disease patients on hemodialysis (HD). We investigated whether it affects the hemodynamic changes during HD or not.
METHODS
We performed 2 HD sessions, before (stocking negative, SN) and after (stocking positive, SP) putting on thigh-high anti-embolism stockings in 11 ESRD patients on HD. In each session, cardiac output (CO), stroke volume (SV), central blood volume (CBV), and peripheral resistance (PR) were measured by ultrasound velocity dilution method at 1 and 3 hours of HD. Ultrafiltration (UF) amount was matched during study. Hemodynamic variables were compared between SN and SP.
RESULTS
Mean ages were 51+/-14 years, female was 8, diabetes mellitus was 4, and duration of HD was 56.9+/-28.9 months. There were no differences in pre- and post-HD SBP and DBP, UF amount at 1 hr and 3 hr of HD, and total UF amount between SN and SP. At 1 hr of HD, CBV was greater in SP than in SN (0.85+/-0.32 L vs. 0.93+/-0.32 L, p=0.003). CO (5.56+/-1.22 L/min vs. 5.14+/-1.35 L/min, p=0.075) and SV (73.77+/-19.11 mL vs. 68.95+/-22.21 mL, p=0.05) tended to be increased in SP than in SN. However, there were no differences in TPR between 2 groups. At 3 hr of HD, there were no differences in all hemodynamic variables bewteen SP and SN.
CONCLUSION
At early phase of HD, anti-embolism stockings seem to increase CBV, but this effect seems to be attenuated at later phase.

Keyword

Compression stockings; Cardiovascular physiological phenomena; Hemodialysis; End stage renal disease

MeSH Terms

Blood Volume
Cardiac Output
Cardiovascular Physiological Phenomena
Diabetes Mellitus
Female
Hemodynamics
Humans
Kidney Failure, Chronic
Renal Dialysis
Stockings, Compression
Stroke Volume
Ultrafiltration
Vascular Resistance
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