Cost-Effectiveness Analyses (CEAs) alongside randomised controlled trials (RCTs) are increasingly often designed to collect resource use and preference-based health status data for the purpose of healthcare technology assessment. However, because of the way these measures are collected, they are prone to missing data, which can ultimately affect the decision of whether an intervention is good value for money. We examine how missing cost and effect outcome data are handled in RCT-based CEAs, complementing a previous review (covering 2003-2009, 88 articles) with a new systematic review (2009-2015, 81 articles) focussing on two different perspectives. First, we review the description of the missing data, the statistical methods used to deal wi...
Objective: Missing data are ubiquitous in clinical trials, yet recent research suggests many statist...
When collecting patient-level resource use data for statistical analysis, for some patients and in s...
Objectives Missing data represent a source of bias in randomized clinical trials (RCTs). This thesi...
Cost-effectiveness analyses (CEAs) alongside randomised controlled trials (RCTs) are increasingly de...
Missing data are a frequent problem in cost-effectiveness analysis (CEA) within a randomised control...
Cost-effectiveness analyses (CEA) conducted alongside randomised trials provide key evidence for inf...
The authors would like to thank Professor Adrian Grant and the team at the University of Aberdeen (P...
Cost-effectiveness analyses (CEA) conducted alongside randomised trials provide key evidence for inf...
The Author(s) 2014. This article is published with open access at Springerlink.com Abstract Missing ...
Objectives: Cost-effectiveness analysis (CEA) alongside randomized controlled trials often relies o...
Cost effectiveness analysis (CEA) of randomised trials are an important source of evidence for infor...
BACKGROUND: Missing data are potentially an extensive problem in cost-effectiveness analyses con...
Cost-effectiveness analyses (CEA) of randomised controlled trials are a key source of information fo...
Cost-effectiveness analyses (CEA) of randomised controlled trials are a key source of information fo...
Cost-effectiveness analyses (CEA) of randomised controlled trials are a key source of information fo...
Objective: Missing data are ubiquitous in clinical trials, yet recent research suggests many statist...
When collecting patient-level resource use data for statistical analysis, for some patients and in s...
Objectives Missing data represent a source of bias in randomized clinical trials (RCTs). This thesi...
Cost-effectiveness analyses (CEAs) alongside randomised controlled trials (RCTs) are increasingly de...
Missing data are a frequent problem in cost-effectiveness analysis (CEA) within a randomised control...
Cost-effectiveness analyses (CEA) conducted alongside randomised trials provide key evidence for inf...
The authors would like to thank Professor Adrian Grant and the team at the University of Aberdeen (P...
Cost-effectiveness analyses (CEA) conducted alongside randomised trials provide key evidence for inf...
The Author(s) 2014. This article is published with open access at Springerlink.com Abstract Missing ...
Objectives: Cost-effectiveness analysis (CEA) alongside randomized controlled trials often relies o...
Cost effectiveness analysis (CEA) of randomised trials are an important source of evidence for infor...
BACKGROUND: Missing data are potentially an extensive problem in cost-effectiveness analyses con...
Cost-effectiveness analyses (CEA) of randomised controlled trials are a key source of information fo...
Cost-effectiveness analyses (CEA) of randomised controlled trials are a key source of information fo...
Cost-effectiveness analyses (CEA) of randomised controlled trials are a key source of information fo...
Objective: Missing data are ubiquitous in clinical trials, yet recent research suggests many statist...
When collecting patient-level resource use data for statistical analysis, for some patients and in s...
Objectives Missing data represent a source of bias in randomized clinical trials (RCTs). This thesi...