OBJECTIVE: The aim of this study was to evaluate the cost-effectiveness of a home-based palliative care model relative to usual care in expediting discharge or enabling patients to remain at home. DESIGN: Economic evaluation of a pilot randomised controlled trial with 28 days follow-up. METHODS:Mean costs and effectiveness were calculated for the Palliative Care Extended Packages at Home (PEACH) and usual care arms including: days at home; place of death; PEACH intervention costs; specialist palliative care service use; acute hospital and palliative care unit inpatient stays; and outpatient visits. RESULTS:PEACH mean intervention costs per patient ($3489) were largely offset by lower mean inpatient care costs ($2450) and in this arm, participants were at home for one additional day on average. Consequently, PEACH is cost-effective relative to usual care when the threshold value for one extra day at home exceeds $1068, or $2547 if only within-study days of hospital admission are costed. All estimates are high uncertainty. CONCLUSIONS: The results of this small pilot study point to the potential of PEACH as a cost-effective end-of-life care model relative to usual care. Findings support the feasibility of conducting a definitive, fully powered study with longer follow-up and comprehensive economic evaluation.
RCT Entities:
OBJECTIVE: The aim of this study was to evaluate the cost-effectiveness of a home-based palliative care model relative to usual care in expediting discharge or enabling patients to remain at home. DESIGN: Economic evaluation of a pilot randomised controlled trial with 28 days follow-up. METHODS: Mean costs and effectiveness were calculated for the Palliative Care Extended Packages at Home (PEACH) and usual care arms including: days at home; place of death; PEACH intervention costs; specialist palliative care service use; acute hospital and palliative care unit inpatient stays; and outpatient visits. RESULTS: PEACH mean intervention costs per patient ($3489) were largely offset by lower mean inpatient care costs ($2450) and in this arm, participants were at home for one additional day on average. Consequently, PEACH is cost-effective relative to usual care when the threshold value for one extra day at home exceeds $1068, or $2547 if only within-study days of hospital admission are costed. All estimates are high uncertainty. CONCLUSIONS: The results of this small pilot study point to the potential of PEACH as a cost-effective end-of-life care model relative to usual care. Findings support the feasibility of conducting a definitive, fully powered study with longer follow-up and comprehensive economic evaluation.
Entities:
Keywords:
Cancer; Home care; Service evaluation; Supportive care; Terminal care
Authors: Carole A Robinson; Joan L Bottorff; Erin McFee; Laura J Bissell; Gillian Fyles Journal: Support Care Cancer Date: 2016-12-06 Impact factor: 3.603
Authors: Irene J Higginson; Deokhee Yi; Bridget M Johnston; Karen Ryan; Regina McQuillan; Lucy Selman; Stephen Z Pantilat; Barbara A Daveson; R Sean Morrison; Charles Normand Journal: BMC Med Date: 2020-11-03 Impact factor: 8.775