Abstract Purpose of Review Volume management in hemodialysis patients is often
challenging. Assessing volume status and deciding how much fluid to remove during …

Extracellular fluid volume overload and its inevitable consequence, hypertension, increases
cardiovascular mortality in the long term by leading to left ventricular hypertrophy, heart …

Mounting evidence supports a strong association between fluid management and outcomes
among individuals receiving maintenance hemodialysis. The speed of fluid removal during …

As dialytic practice has evolved, hemodialysis (HD) adequacy has come to be defined in
terms of small molecule clearance. A growing body of evidence suggests that fluid …

Accurate determination of the volume and distribution of body fluids in end stage renal
disease patients will permit improved assessment of dry weight and strategies for optimal …

Excessive interdialytic weight gain (IWG) and ultrafiltration rates (UFR) above 10 mL/h/kg
body weight imply higher morbidity and mortality. This study aimed to estimate the …

Introduction: High ultrafiltration (UF) rates can result in intradialytic hypotension and are
associated with increased mortality. The effects of a weight‐based UF rate limit on …

Background Fluid overload and interdialytic weight gain (IDWG) are discrete components of
the dynamic fluid balance in haemodialysis patients. We aimed to disentangle their …

Hemodialysis (HD) side effects, such as hypotension and muscle cramps, may be related to
excessive ultrafiltration (UF) in relation to refilling of fluids from the extravascular space …

Fluid balance is an integral component of hemodialysis treatments to prevent under-or
overhydration, both of which have been demonstrated to have significant effects on …