Propensity Score Matching in Stata

[@econometricsacademy]

The updated Stata program also adds how to do propensity score matching using the psmatch2 package, similar to the analysis done with the pscore package.
At 17:02 in the video, REDIFF=RE78-RE75 is the difference in outcomes in the after and before period for the difference-in-differences model.

[@mariolopez9863]

You could not have made your explanations any easier. Thank you so much for such an insightful video on STATA commands and Propensity Scoring.

[@UnPuntoyComa]

This is one of my favourite channels on RUclips. Thank you very much!

[@carlosramosvp]

It is wonderful all the content that you have prepared for the interested public. It has helped me too! Thank you very much from Brazil.

[@ndamsadickson6519]

Many thanks for this comprehensive, clear and concise lesson. I enjoyed it and it has added real value to what I already knew.

[@nguyenluu5061]

Thank you very much! Your series of videos on PSM are very helpful to me!

[@vicentevvga]

Thank you for sharing this, it helped me a lot!
Greetings from Chile

[@tewoderosmeleaku6627]

First of all I want appreciate you. Presentation is nice and easily readable how to use PSM. If you have on efficiency please give lecture practice.

[@Hanakochan90]

Thank you so much!!! This video is very well explained and easy to follow.

[@brenki]

Excellent explanations! Thank you very much!!!

[@cristinagrande7220]

This has been really helpful. Thank you very much for sharing the information.

[@drknrk1]

Extremely good. very useful

[@isabelamouzinho7975]

Excellent! Thank you very much. Love u for the rest of my life

[@andrezimut]

Really nice, very useful... nice and very thanks

[@wasafisafi612]

Thank you for your wonderful explanation

[@ajehadsarker2364]

nice video. much much appreciated. applied learning from this video in my research

[@sucivirgiantidiani3141]

Thank you so much for your guidance. It really helps me a lot. Knowing that this analysis method not really popular yet in my country.

[@kaiyuezou6520]

Thank you! You've been always very helpful!

[@dr.najibkhan7876]

Thank you very much Ani! I really enjoyed and learned a lot form your videos. Please keep up the good work!
Best, Najib Khan

[@jekamito]

these videos are fantastic, thank you!!!

[@khankhalid7]

Thank you. It is very helpful.

[@md.arrahman7125]

DR. THANKS FOR YOUR VALUABLE EXPLANATION. Dr. Would you please explain how can i calculate REDIFF variable?

[@changxu5842]

thank you so much for uploading! it's very useful and helpful!

[@Jen-tq4uk]

Thanks so much for this post- so helpful

[@AEgustinFoxley]

Thanks, pretty useful! I´m amazed on how can Stata solve a problem that requires so many decisions :0

[@lisatello6794]

Thank you so much! This was extremely helpful

[@2468ashu]

Thanks! You're a life-saver

[@onurertugrul8200]

Thank you for the video. I really helped me.

[@jifanzhang1901]

Your video is so informative. I can follow the logic until the nearest neighbor matching. But after I see 185 vs 431 observations after the match. How could I show all of them as a dataset? So I can run regression based on it.

[@mlwoods15]

Fantastic tutorial. Thank you!

[@hummingbird9603]

thank you ... you are the best...

[@3foss191]

i enjoyed the video. thks a lot

[@mdc2scmobiledatacollection199]

Great

[@mariaemiliasanchez6784]

thank you!! this is perfect!

[@hamedyousefi187]

Thank you so much, it was very informative and very well explained.
I was wondering if you can name a paper which has used this method, so I can use as an example for reporting the results.

[@NASIRABBASKHAN]

Thanks for uploading, you have calculated the treatment effect on treated (ATT), can you please mention the command for calculating average trt effect on whole population (ATE). thanks

[@anggapurnama6766]

how to make gaph before and after matching?

[@dungnguyenviet8033]

Thank you Ani. Is there anyway I can compare the balance of control variables before and after matching just like the command pstest (in psmatch2)?