Meta analysis is the quantitative component of a systematic review. Sometimes a systematic review does not yield a sufficient number of studies to enable a meta-analysis to be conducted. Even if there are enough studies, the reviewer may not want to quantitatively combine the study results because e.g. there are too many intrinsic differences between them
Can you do want on diagnostic test accuracy meta analysis Another on prognostic meta analysis (both with explain of the Cochrane protocols) And expand some of the more complex stats eg hierarchical summary ROC
Thank you for explaining meta-analysis better in 3 minutes than my research professor ever did in three or so hours.
the metaphor and animation of a balance is fantastic!!! very easy to understand
Thank you for this clear, informative, and quick video
this was brilliant in explaining the subject. the visuals were stellar !
The best part was using the words "best guess". That sums up the whole subject.
the presentation really made an impact - helped me understand the concept
great short and clear compared to the 1h long others vids... thanks!
many thanks for the clear explaining
Thanks for that - excellent video!
Great video!
So 1. This is only to establish the efficiency of a medical treatment and 2. Where can I get the specifics ?
Thanks for explaining in nutshell
You are sooooo clear and concise ty bro!
whats the difference between this and a systematic review?
Meta analysis is the quantitative component of a systematic review. Sometimes a systematic review does not yield a sufficient number of studies to enable a meta-analysis to be conducted. Even if there are enough studies, the reviewer may not want to quantitatively combine the study results because e.g. there are too many intrinsic differences between them
Amazing!!! Thank you!!!
Thank you!!
Can you do want on diagnostic test accuracy meta analysis
Another on prognostic meta analysis (both with explain of the Cochrane protocols)
And expand some of the more complex stats eg hierarchical summary ROC
Good idea! Pester Hayley Jones at Bristol for that!
Brilliant!
Thanks Min Jeong!
excellent thank you