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首页> 外文期刊>Transplantation: Official Journal of the Transplantation Society >Mortality and Graft Loss Attributable to Readmission After Kidney Transplantation: Immediate and Long-term Risk
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Mortality and Graft Loss Attributable to Readmission After Kidney Transplantation: Immediate and Long-term Risk

机译:肾移植后入伍的死亡率和接枝损失:立即和长期风险

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Background. After kidney transplantation, early readmission is independently associated with graft loss and mortality. The mechanism of this association is poorly understood. Understanding the timeline of risk, that is, during the readmission hospitalization versus periods postreadmission, will provide additional insights. Methods. We used national registry data to study 56 076 adult Medicare-primary first-time kidney transplant recipients from December 1999 to October 2011. Piecewise Cox proportional hazard models were used to estimate the association between graft loss, mortality, and readmission for 2 periods: readmission hospitalization and postreadmission. Results. During the readmission hospitalization, graft loss was substantially higher (deceased donor kidney transplant [DDKT] without delayed graft function [DGF] hazard ratio: (24.6)34.4(47.9), P < 0.001; with DGF: (10.8)15.2(21.4), P < 0.001; live donor kidney transplant [LDKT]: (18.1)36.7(74.2), P < 0.001) and mortality was substantially higher (DDKT without DGF: (14.1)20.8(30.7), P < 0.001; with DGF: (9.03)12.8(18.0), P < 0.001; LDKT: (9.00)18.2(41.3), P < 0.001). Immediately after readmission discharge, graft loss (DDKT without DGF: (2.08)2.40(2.77), P < 0.001; with DGF: (1.83)2.14(2.51), P < 0.001; LDKT: (2.00)2.50(3.13), P < 0.001), and mortality (DDKT without DGF: (2.16)2.43(2.73), P < 0.001; with DGF: (1.83)2.16(2.88), P < 0.001; LDKT: (1.90)2.34(2.88), P < 0.001) remained elevated, but much less so. After readmission, the hazard of graft loss remained, but decreased 19% per year for DDKT recipients (time varying coefficient (0.78)0.81(0.85), P < 0.001) and 14% per year for LDKT recipients ((0.79)0.86(0.93), P < 0.001). The hazard of mortality remained, but decreased 14% per year for DDKT recipients ((0.8)30.86(0.89), P < 0.001) and 9% per year for LDKT recipients ((0.85)0.91(0.98), P < 0.001). Conclusions. In conclusion, readmission is most strongly associated with graft loss and mortality during the readmission hospitalization, but also portends a lasting, albeit attenuated, risk postreadmission.
机译:背景。肾移植后,早期的入伍与接枝损失和死亡率有关。这种关联的机制理解得很差。了解风险的时间表,即在入院住院期间与时期Postreadmission,将提供额外的见解。方法。我们使用国家注册数据学习56 076成人Medicare-初级肾移植收件人于1999年12月至2011年10月。分段Cox比例危害模型用于估计2个时期接枝损失,死亡率和再入院之间的关联:入院住院治疗和Postreadmission。结果。在入院期间,接枝损失基本上更高(死亡的供体肾移植[DDKT]没有延迟接枝功能危险比:(24.6)34.4(47.9),P <0.001;与DGF:(10.8)15.2(21.4) ,P <0.001;活体肾移植[LDKT]:(18.1)36.7(74.2),P <0.001)和死亡率基本上更高(没有DGF的DDKT:(14.1)20.8(30.7),P <0.001;与DGF: (9.03)12.8(18.0),P <0.001; LDKT:(9.00)18.2(41.3),P <0.001)。入院放电后立即接枝损失(没有DGF的DDKT:(2.08)2.40(2.77),P <0.001;用DGF:(1.83)2.14(2.51),P <0.001; LDKT:(2.00)2.50(3.13),P <0.001)和死亡率(没有DGF的DDKT:(2.16)2.43(2.73),P <0.001;用DGF:(1.83)2.16(2.88),P <0.001; LDKT:(1.90)2.34(2.88),P < 0.001)保持升高,但更少。再入院后,患有移植损失的危害仍然存在,但DDKT受者每年减少19%(时间变化系数(0.78)0.81(0.85),每年14%(0.79)0.86(0.93 ),p <0.001)。 DDKT受者每年危害仍然存在,但每年减少14%((0.8)30.86(0.89),每年9%的LDKT受体((0.85)0.91(0.98),P <0.001)。结论。总之,再入院期间的入世和死亡率最强烈地与移植损失和死亡率最强烈,但也可以提高持久,尽管减弱,风险的危险的儿童运动。

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