2019
DOI: 10.1177/1077558718823919
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Evaluating Hospital Readmissions for Persons With Serious and Complex Illness: A Competing Risks Approach

Abstract: Hospital readmission rate is a ubiquitous measure of efficiency and quality. Individuals with life-limiting illnesses account heavily for admissions but evaluation is complicated by high-mortality rates. We report a retrospective cohort study examining the association between palliative care (PC) and readmissions while controlling for postdischarge mortality with a competing risks approach. Eligible participants were adult inpatients admitted to an academic, safety-net medical center (2009-2015) with at least … Show more

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Cited by 15 publications
(9 citation statements)
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“…Since mortality and dropping out are not independent of our predictors, simply treating these outcomes as missing data increases the risk of bias. [29][30][31] We treated these outcomes as competing risks; that is, events that potentially prevent occurrence of the primary outcome of interest but which should not be treated as missing in analysis. 32 At wave 2, if a participant was in the top 10% of costs then they were deemed to have the outcome of interest, if the participant had died or did not participate they were deemed to have the competing risk, and if they had neither then they were retained to examine outcomes at wave 3, and so on.…”
Section: Methodsmentioning
confidence: 99%
“…Since mortality and dropping out are not independent of our predictors, simply treating these outcomes as missing data increases the risk of bias. [29][30][31] We treated these outcomes as competing risks; that is, events that potentially prevent occurrence of the primary outcome of interest but which should not be treated as missing in analysis. 32 At wave 2, if a participant was in the top 10% of costs then they were deemed to have the outcome of interest, if the participant had died or did not participate they were deemed to have the competing risk, and if they had neither then they were retained to examine outcomes at wave 3, and so on.…”
Section: Methodsmentioning
confidence: 99%
“…The second major problem faced by these studies is systematic selection bias. Those who receive palliative care have a higher illness burden and different preferences for high-intensity treatment that routine data do not capture [ 22 ]. Observational studies often find higher mortality rates in the palliative care group than the comparison group [ 22 , 23 ], but this effect is unobserved in trials [ 8 ] except in rare cases where palliative care had a positive survival effect [ 24 ].…”
Section: Methodsmentioning
confidence: 99%
“…Those who receive palliative care have a higher illness burden and different preferences for high-intensity treatment that routine data do not capture [ 22 ]. Observational studies often find higher mortality rates in the palliative care group than the comparison group [ 22 , 23 ], but this effect is unobserved in trials [ 8 ] except in rare cases where palliative care had a positive survival effect [ 24 ]. This unobserved mortality risk may bias cost estimates in either direction: proximity to death is often associated with rising costs [ 25 ], so a treatment group with high mortality risk may have higher costs than observed covariates explain; but a clear prognosis that patients are entering the end-of-life phase may precipitate a move away from intensive curative treatment towards supportive care [ 26 ], lowering costs in a high-mortality-risk treatment group.…”
Section: Methodsmentioning
confidence: 99%
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“…43 This modifies the Elixhauser scoring system, attributing each of the 31 conditions a score (range: −7 to +12) that captures each condition’s association with hospital death. In the context of well-known problems controlling for mortality in seriously-ill populations with routine data, 44 we considered this a superior approach to excluding or explicitly controlling for observed hospital death in the sample due to endogeneity concerns. 45…”
Section: Methodsmentioning
confidence: 99%