Abstract

Many shortcomings associated with haemodialysis for instance, intradialysis blood pressure changes, often lead to inadequate dialysis dose. Measures are needed to improve on this. To determine the risk factors and clinical correlates of intradialysis blood pressure variations. Maintenance haemodialysis sessions for 232 consented patients with end stage kidney disease who had 1248 sessions were studied. Data collected was from history, examination findings, serum electrolytes and hematocrit. Blood pressure reading was taken manually at rest. Statistical analysis was with SPSS 22. Chi square and t-test were used to compare proportions and means respectively while regression analysis was used to determine predictors of blood pressure changes. The mean age of participants was 49.9 ± 4.6. More participants (38.8%) had hypertension associated CKD, than chronic glomerulonephritis, (37.9%). Majority (60.7%) had internal jugular catheter. Intradialysis hypertension was commoner than intradialysis hypotension (24.4% versus 19.4%). Intradialysis hypotension was commoner in females, diabetics and with less frequent dialysis while intradialysis hypertension was commoner in males, frequent erythropoietin use. The mean dialysis dose (Kt/V) was 1.02 ± 0.4, with 0.68 ± 0.1 for intradialysis hypotension and 0.84 ± 0.2 for intradialysis hypertension. Risk factors for intradialysis hypertension were males, frequent erythropoietin use while for intradialysis hypotension, were female gender and less frequent dialysis. Effective intra and inter-dialytic blood pressure control with adequate pre dialysis work up should be carried out to lessen the degree, burden and outcome of these variations. None declared.

Highlights

  • Effective peridialysis blood pressure and other cardiovascular function control is necessary for the delivery of an adequate dialysis dose and attainment of optimal clinical outcome.[1]

  • Intradialysis hypotension (IDH) and intradialysis hypertension (IDHT) are reported to be quite common in Nigeria and many low income countries (LICs), interruptions or discontinuation of dialysis from these could lead to suboptimal dialysis doses, reduced quality of life (QOL) and increased morbidity and mortality.[4]

  • Intradialysis, for every temperature increase of up to 10C, concurrent with increase in PR of up to 120 beats/minute, and a reducing blood pressure, the BFR was reduced by 50 ml/min to reduce the risk of IDH and possible arrhythmias

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Summary

Introduction

Effective peridialysis blood pressure and other cardiovascular function control is necessary for the delivery of an adequate dialysis dose and attainment of optimal clinical outcome.[1]. We determined the risk factors and clinical correlates of intradialysis blood pressure variations

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