Hi,
I am responding to a reviewer who wanted me to rerun an analysis using multiple imputation on MCAR data. There was 16% data lost and although there is little change to the outcome using imputed data, but I now feel I have to impute the data. My original analysis was in SPSS and reported Johnson-Neyman probe following an interaction. Multiple imputed data does not won't work using Hayes' Process macro so...
I had read that I could run a moderation analysis with Johnson-Neyman output using Stata using the mi estimate command. However, having had a try, I find margins is not supported with mi estimate. Can anyone help with the commands?
It's a behavioural experiment. The analysis involves variable task heart rate response to film(0/1) at levels of self-control with baseline heart rate as a covariate.
Just to have it confirmed whether I can get this done more quickly in Stata than I can write up a justification for not imputing data at all would be really helpful. However, guidance on commands and syntax would, of course, be brilliant!
Thanks,
Charlotte
I am responding to a reviewer who wanted me to rerun an analysis using multiple imputation on MCAR data. There was 16% data lost and although there is little change to the outcome using imputed data, but I now feel I have to impute the data. My original analysis was in SPSS and reported Johnson-Neyman probe following an interaction. Multiple imputed data does not won't work using Hayes' Process macro so...
I had read that I could run a moderation analysis with Johnson-Neyman output using Stata using the mi estimate command. However, having had a try, I find margins is not supported with mi estimate. Can anyone help with the commands?
It's a behavioural experiment. The analysis involves variable task heart rate response to film(0/1) at levels of self-control with baseline heart rate as a covariate.
Just to have it confirmed whether I can get this done more quickly in Stata than I can write up a justification for not imputing data at all would be really helpful. However, guidance on commands and syntax would, of course, be brilliant!
Thanks,
Charlotte
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