BACKGROUND: Epidemiology and prognosis of severe complications related to renal transplantation requiring admission to intensive care unit (ICU) have not been assessed precisely. This study was undertaken to evaluate the outcome in this population and to identify the factors of prognosis. METHODS: All records of adult renal transplant recipients admitted to our ICU from 1997 to 2007 were reviewed including transplant variables, clinical and biological parameters, use of mechanical ventilation, catecholamine support, or dialysis or both. Mortality was assessed and data were analyzed to identify predictive factors of outcome. RESULTS: Twenty-seven women and 30 men, median age 54 years, were included in the study. Eighteen patients were oliguric, 35 were mechanically ventilated, 32 underwent hemodialysis, and 36 needed catecholamine. Twenty-three patients died (40.3%), a mortality significantly higher than in a matched by age and gravity scores control group of nontransplant ICU patients. By univariate analysis, survivors had a significantly lower ICU severity scores, a higher mean arterial pressure, a higher Glasgow Coma Score, a higher serum albumin, and a lower serum lactate on ICU admission. The need for catecholamine support, mechanical ventilation or dialysis or both during the ICU stay worsens the outcome significantly. Using the multivariate analysis, only the mean arterial pressure and the need for mechanical ventilation were predictive of mortality. CONCLUSION: The incidence of severe transplant-related complications requiring an admission to an ICU was at 16 of 1000 patients year with a mortality rate higher than the general ICU population (40% vs. 20%). These data suggest that immunosuppressive treatment of transplant patients with severe complications worsens significantly their outcome.
BACKGROUND: Epidemiology and prognosis of severe complications related to renal transplantation requiring admission to intensive care unit (ICU) have not been assessed precisely. This study was undertaken to evaluate the outcome in this population and to identify the factors of prognosis. METHODS: All records of adult renal transplant recipients admitted to our ICU from 1997 to 2007 were reviewed including transplant variables, clinical and biological parameters, use of mechanical ventilation, catecholamine support, or dialysis or both. Mortality was assessed and data were analyzed to identify predictive factors of outcome. RESULTS: Twenty-seven women and 30 men, median age 54 years, were included in the study. Eighteen patients were oliguric, 35 were mechanically ventilated, 32 underwent hemodialysis, and 36 needed catecholamine. Twenty-three patients died (40.3%), a mortality significantly higher than in a matched by age and gravity scores control group of nontransplant ICU patients. By univariate analysis, survivors had a significantly lower ICU severity scores, a higher mean arterial pressure, a higher Glasgow Coma Score, a higher serum albumin, and a lower serum lactate on ICU admission. The need for catecholamine support, mechanical ventilation or dialysis or both during the ICU stay worsens the outcome significantly. Using the multivariate analysis, only the mean arterial pressure and the need for mechanical ventilation were predictive of mortality. CONCLUSION: The incidence of severe transplant-related complications requiring an admission to an ICU was at 16 of 1000 patients year with a mortality rate higher than the general ICU population (40% vs. 20%). These data suggest that immunosuppressive treatment of transplant patients with severe complications worsens significantly their outcome.
Authors: Nitin Abrol; Rahul Kashyap; Ryan D Frank; Vivek N Iyer; Patrick G Dean; Mark D Stegall; Mikel Prieto; Kianoush B Kashani; Timucin Taner Journal: Mayo Clin Proc Innov Qual Outcomes Date: 2019-08-23