Regression models for the mean quality-adjusted survival time are specified from hazard functions of transitions between two states and the mean quality-adjusted survival time may be a complex function of covariates. We discuss a regression model for the mean quality-adjusted survival (QAS) time based on pseudo-observations, which has the advantage of directly modeling the effect of covariates in the QAS time. Both Monte Carlo Simulations and a real data set are studied. Copyright (C) 2009 John Wiley & Sons, Ltd
We discuss the estimation of the expected value of the quality-adjusted survival, based on multistat...
We draw upon a series of articles in which a method based on pseudovalues is proposed for direct reg...
The so called pseudo-observations in survival analysis were introduced by recent studies that review...
Regression models for the mean quality-adjusted survival time are specified from hazard functions of...
In this research we develop generalized linear regression models for the mean of a quality-of-life-a...
Wereview recentwork on the application of pseudo-observations in survival and event history analysis...
Hazard ratios are ubiquitously used in time to event analysis to quantify treatment effects. Althoug...
In clinical trials, it may be of interest taking into account physical and emotional well-being in a...
The course of a disease is frequently characterized by a sequence of non fatal events related to dis...
Survival analysis has been used to estimate underlying survival or failure probabilities and to esti...
Summary. In this research we develop generalized linear regression models for the mean of a quality-...
The expected quality-adjusted survival (QAS) for an index population with a specific disease can be ...
Censoring is a common form for missing data in survival analysis. When a data set is censored, there...
The restricted mean survival time (RMST) is a clinically meaningful summary measure in studies with ...
Graphical methods for model diagnostics are an essential part of the model fitting procedure. Howeve...
We discuss the estimation of the expected value of the quality-adjusted survival, based on multistat...
We draw upon a series of articles in which a method based on pseudovalues is proposed for direct reg...
The so called pseudo-observations in survival analysis were introduced by recent studies that review...
Regression models for the mean quality-adjusted survival time are specified from hazard functions of...
In this research we develop generalized linear regression models for the mean of a quality-of-life-a...
Wereview recentwork on the application of pseudo-observations in survival and event history analysis...
Hazard ratios are ubiquitously used in time to event analysis to quantify treatment effects. Althoug...
In clinical trials, it may be of interest taking into account physical and emotional well-being in a...
The course of a disease is frequently characterized by a sequence of non fatal events related to dis...
Survival analysis has been used to estimate underlying survival or failure probabilities and to esti...
Summary. In this research we develop generalized linear regression models for the mean of a quality-...
The expected quality-adjusted survival (QAS) for an index population with a specific disease can be ...
Censoring is a common form for missing data in survival analysis. When a data set is censored, there...
The restricted mean survival time (RMST) is a clinically meaningful summary measure in studies with ...
Graphical methods for model diagnostics are an essential part of the model fitting procedure. Howeve...
We discuss the estimation of the expected value of the quality-adjusted survival, based on multistat...
We draw upon a series of articles in which a method based on pseudovalues is proposed for direct reg...
The so called pseudo-observations in survival analysis were introduced by recent studies that review...