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Background  The excess pressure integral ( XSPI ), derived from analysis of the arterial pressure curve, may be a significant predictor of cardiovascular events in high‐risk patients. We comprehensively investigated the prognostic value of  XSPI  for predicting long‐term mortality in end‐stage renal disease patients undergoing regular hemodialysis.    Methods and Results  A total of 267 uremic patients (50.2% female; mean age 54.2±14.9 years) receiving regular hemodialysis for more than 6 months were enrolled. Cardiovascular parameters were obtained by echocardiography and applanation tonometry. Calibrated carotid arterial pressure waveforms were analyzed according to the wave‐transmission and reservoir‐wave theories. Multivariable Cox proportional hazard models were constructed to account for age, sex, diabetes mellitus, albumin, body mass index, and hemodialysis treatment adequacy. Incremental utility of the parameters to risk stratification was assessed by net reclassification improvement. During a median follow‐up of 15.3 years, 124 deaths (46.4%) incurred. Baseline  XSPI  was significantly predictive of all‐cause (hazard ratio per 1  SD  1.4, 95% confidence interval 1.15‐1.70,  P =0.0006) and cardiovascular mortalities (1.47, 1.18‐1.84,  P =0.0006) after accounting for the covariates. The addition of  XSPI  to the base prognostic model significantly improved prediction of both all‐cause mortality (net reclassification improvement=0.1549,  P =0.0012) and cardiovascular mortality (net reclassification improvement=0.1535,  P =0.0033).  XSPI  was superior to carotid‐pulse wave velocity, forward and backward wave amplitudes, and left ventricular ejection fraction in consideration of overall independent and incremental prognostics values.    Conclusions  In end‐stage renal disease patients undergoing regular hemodialysis,  XSPI  was significantly predictive of long‐term mortality and demonstrated an incremental value to conventional prognostic factors.

Value of Excess Pressure Integral for Predicting 15‐Year All‐Cause and Cardiovascular Mortalities in End‐Stage Renal Disease Patients