Wereview recentwork on the application of pseudo-observations in survival and event history analysis. This includes regression models for parameters like the survival function in a single point, the restricted mean survival time and transition or state occupation probabilities in multi-state models, e.g. the competing risks cumulative incidence function. Graphical and numerical methods for assessing goodness-of-fit for hazard regression models and for the Fine–Gray model in competing risks studies based on pseudo-observations are also reviewed. Sensitivity to covariate-dependent censoring is studied. The methods are illustrated using a data set from bone marrow transplantation.
Background: The use of alternative modeling techniques for predicting patient survival is complicate...
Typically, regression analysis for multistate models has been based on regression models for the tra...
Background: The use of alternative modeling techniques for predicting patient survival is complicate...
We draw upon a series of articles in which a method based on pseudovalues is proposed for direct reg...
Graphical methods for model diagnostics are an essential part of the model fitting procedure. Howeve...
The course of a disease is frequently characterized by a sequence of non fatal events related to dis...
The so called pseudo-observations in survival analysis were introduced by recent studies that review...
Due to tradition and ease of estimation, the vast majority of clinical and epidemiological papers wi...
Survival analysis is characterized by the need to deal with incomplete observation of outcome variab...
Censoring is a common form for missing data in survival analysis. When a data set is censored, there...
Regression models for the mean quality-adjusted survival time are specified from hazard functions of...
In medical research, investigators are often interested in estimating marginal survival distribution...
Survival analysis has been used to estimate underlying survival or failure probabilities and to esti...
The restricted mean survival time (RMST) is a clinically meaningful summary measure in studies with ...
Background: Investigating the impact of a time-dependent intervention on the probability of long-ter...
Background: The use of alternative modeling techniques for predicting patient survival is complicate...
Typically, regression analysis for multistate models has been based on regression models for the tra...
Background: The use of alternative modeling techniques for predicting patient survival is complicate...
We draw upon a series of articles in which a method based on pseudovalues is proposed for direct reg...
Graphical methods for model diagnostics are an essential part of the model fitting procedure. Howeve...
The course of a disease is frequently characterized by a sequence of non fatal events related to dis...
The so called pseudo-observations in survival analysis were introduced by recent studies that review...
Due to tradition and ease of estimation, the vast majority of clinical and epidemiological papers wi...
Survival analysis is characterized by the need to deal with incomplete observation of outcome variab...
Censoring is a common form for missing data in survival analysis. When a data set is censored, there...
Regression models for the mean quality-adjusted survival time are specified from hazard functions of...
In medical research, investigators are often interested in estimating marginal survival distribution...
Survival analysis has been used to estimate underlying survival or failure probabilities and to esti...
The restricted mean survival time (RMST) is a clinically meaningful summary measure in studies with ...
Background: Investigating the impact of a time-dependent intervention on the probability of long-ter...
Background: The use of alternative modeling techniques for predicting patient survival is complicate...
Typically, regression analysis for multistate models has been based on regression models for the tra...
Background: The use of alternative modeling techniques for predicting patient survival is complicate...