Dear all,
I plan to investigate the relationship between labor market participation and heart diseases. My dependent variable is a Dummy variable for the labor market participation (=1 if working, 0 otherwise) and my main independent variable is a Dummy variable for having a heart disese (=1 if heart disease, 0 otherwise). Therefore, I want to estimate a individual and time fixed effects logit model. LPM is not appropriate because I want to use the predicted probabilities later on.
As simultaneous causality is likely because having a heart disease should influence the labor supplly decision, also the decision to work or not might change an individuals lifestyle and thus influence the probability of getting a heart disease, so I want to use IV to account for the simultaneous causality.
Of my best knwoledge there is no command for a logit IV fixed effects model in Stata. Is there any conceptional mistake in a logit IV fixed effects model, or can I just run both IV stages by hand?
Thankds for your help.
Best
I plan to investigate the relationship between labor market participation and heart diseases. My dependent variable is a Dummy variable for the labor market participation (=1 if working, 0 otherwise) and my main independent variable is a Dummy variable for having a heart disese (=1 if heart disease, 0 otherwise). Therefore, I want to estimate a individual and time fixed effects logit model. LPM is not appropriate because I want to use the predicted probabilities later on.
As simultaneous causality is likely because having a heart disease should influence the labor supplly decision, also the decision to work or not might change an individuals lifestyle and thus influence the probability of getting a heart disease, so I want to use IV to account for the simultaneous causality.
Of my best knwoledge there is no command for a logit IV fixed effects model in Stata. Is there any conceptional mistake in a logit IV fixed effects model, or can I just run both IV stages by hand?
Thankds for your help.
Best
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