In this paper we describe flexible competing risks regression models using the comp.risk() function available in the timereg package for R based on Scheike et al. (2008). Regression models are specified for the transition probabilities, that is the cumulative incidence in the competing risks setting. The model contains the Fine and Gray (1999) model as a special case. This can be used to do goodness-of-fit test for the subdistribution hazards’ proportionality assumption (Scheike and Zhang 2008). The program can also construct confidence bands for predicted cumulative incidence curves.We apply the methods to data on follicular cell lymphoma from Pintilie (2007), where the competing risks are disease relapse and death without relapse. There i...
Many biomedical and clinical studies with time-to-event outcomes involve competing risks data. These...
The cumulative incidence is the probability of failure from the cause of interest over a certain tim...
We consider a competing risks setting, when evaluating the prognostic influence of an exposure on a ...
With competing risks failure time data, one often needs to assess the covariate effects on the cumul...
Background and objective: Competing risk data are frequently interval-censored in real-world applica...
Competing-risks survival regression provides a useful alternative to Cox regression in the presence ...
“Competing Risks” refers to the study of the time to event where there is more than one type of fail...
This thesis contains two parts focusing on regression analysis and diagnostic accuracy analysis of c...
In assessing time to event endpoints, data are said to exhibit competing risks if subjects can fail ...
Competing risks occur in survival analysis when an individual is at risk of more than one type of ev...
The thesis concerns regression models related to the competing risks setting in survival analysis an...
In survival analysis, the failure time of an event is interval-censored when the event is only known...
Clinical research usually involves time-to-event survival analysis, in which the presence of a compe...
Clinical trials and cohort studies that collect survival data frequently involve patients who may fa...
For competing risks data, the Fine–Gray proportional hazards model for subdistribution has gained po...
Many biomedical and clinical studies with time-to-event outcomes involve competing risks data. These...
The cumulative incidence is the probability of failure from the cause of interest over a certain tim...
We consider a competing risks setting, when evaluating the prognostic influence of an exposure on a ...
With competing risks failure time data, one often needs to assess the covariate effects on the cumul...
Background and objective: Competing risk data are frequently interval-censored in real-world applica...
Competing-risks survival regression provides a useful alternative to Cox regression in the presence ...
“Competing Risks” refers to the study of the time to event where there is more than one type of fail...
This thesis contains two parts focusing on regression analysis and diagnostic accuracy analysis of c...
In assessing time to event endpoints, data are said to exhibit competing risks if subjects can fail ...
Competing risks occur in survival analysis when an individual is at risk of more than one type of ev...
The thesis concerns regression models related to the competing risks setting in survival analysis an...
In survival analysis, the failure time of an event is interval-censored when the event is only known...
Clinical research usually involves time-to-event survival analysis, in which the presence of a compe...
Clinical trials and cohort studies that collect survival data frequently involve patients who may fa...
For competing risks data, the Fine–Gray proportional hazards model for subdistribution has gained po...
Many biomedical and clinical studies with time-to-event outcomes involve competing risks data. These...
The cumulative incidence is the probability of failure from the cause of interest over a certain tim...
We consider a competing risks setting, when evaluating the prognostic influence of an exposure on a ...