Publication Bias

[@DrRussell]

This is essential viewing for all medics and AHPs alike. Thank you kindly for sharing such valuable knowledge.

[@yetundekelani5281]

This video never gets old. Thank you very much.

[@do7735]

This is a good extension of my statistics unit in physiology, was recommended by my professor and I'm glad I listened! Very very helpful, thank you.

[@myfrenchvoyage9118]

Perfectly explained

[@theladysilverwings]

Thank you very much, this is helping me a lot with my assessment at university.

[@ditmerk]

Excellent video! Thanks

[@SR-lv4ef]

Interesting and very useful! Thank you!

[@BhavyaKansal18]

Thank you so much sir! You made it so lot easier to understand.

[@elianabencosme2538]

Very helpful! Thank you very much

[@AR-nn3vr]

Very beautifully explained. Thank you

[@Viktoria616]

Very clearly explained. Thank you.

[@alialbayati4191]

very helpful nice short lesson

[@vernonhedge4530]

Excellent explanation, thank you. How about some examples of where fixed effects were appropriately used in a study and where random effects were appropriately used? That would be great.

[@pozone2]

Very helpful. Thank you

[@deniseschwartz2578]

Very helpful, Thanks for making this available - where can I see the Egger's method and Begg's method?

[@fahadf5494]

Thank u :)

[@eliophotossavvides3178]

Very useful

[@TrivikramBhat-xc2dx]

Thankyou so much

[@mohammadrezaei2912]

Tanks

[@lachlan8624]

Cheers, ya legend

[@flake4710]

THANK YOU !

[@kalpasree4194]

Thanks

[@temesgenmulugeta4222]

how can I do funnel plot in openMeta software?

[@2minuteschool929]

🦒

[@Deleet1337]

Useful overview, except that it did not visually demonstrate why publication bias leads to faulty estimates of the true state of the world. This should be done.