RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @SchandelmaierS: Excellent commentary on I2 from Michael Borenstein: https://t.co/sSM4paxukp
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @SchandelmaierS: Excellent commentary on I2 from Michael Borenstein: https://t.co/sSM4paxukp
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
Excellent commentary on I2 from Michael Borenstein: https://t.co/sSM4paxukp
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
RT @Richard_D_Riley: May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌…
May reminder that: I² estimates between-study heterogeneity: NO❌ I² is a test for between-study heterogeneity: NO❌ I² > 50% means large heterogeneity: NO❌ I² measures percentage of total variability due to between-study heterogeneity: YES✅ https:/
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @stephensenn: @VickersBiostats @Richard_D_Riley I am a bit puzzled about the I2 bit. Fine as a descriptive statistic but what is it supp…
RT @stephensenn: @VickersBiostats @Richard_D_Riley I am a bit puzzled about the I2 bit. Fine as a descriptive statistic but what is it supp…
@VickersBiostats @Richard_D_Riley I am a bit puzzled about the I2 bit. Fine as a descriptive statistic but what is it supposed show? Is small I2 bad or is it large I2 we should look out for? https://t.co/Oktk6aJcnT
RT @Richard_D_Riley: @VickersBiostats This is my favourite (and original I think) https://t.co/j6ZEsj902N
RT @Richard_D_Riley: @VickersBiostats This is my favourite (and original I think) https://t.co/j6ZEsj902N
@VickersBiostats This is my favourite (and original I think) https://t.co/j6ZEsj902N
RT @VickersBiostats: There are some papers on this in the literature. See for instance https://t.co/MTvMTA6mdx
There are some papers on this in the literature. See for instance https://t.co/MTvMTA6mdx
@PWGTennant @MohammedHudda As Laure says, report the estimate of tau (the between-study SD), as this is on the scale of the effect being synthesised (e.g. lnOR, mean diff, lnHR, etc) Nice explanation paper is here https://t.co/Uha3OFJl6o
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
@NicoleKuderer @PavlosMsaouel @drjgauthier @orpanag
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @arthur_alb1: This article is a must-read for everyone involved with #MetaAnalysis https://t.co/rSrH1Dq3Ff
This article is a must-read for everyone involved with #MetaAnalysis
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @VickersBiostats: Can we please remove I2 from all meta analyses please? It has clearly done more harm that good
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @VickersBiostats: Can we please remove I2 from all meta analyses please? It has clearly done more harm that good
RT @VickersBiostats: Can we please remove I2 from all meta analyses please? It has clearly done more harm that good
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @VickersBiostats: Can we please remove I2 from all meta analyses please? It has clearly done more harm that good
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
Can we please remove I2 from all meta analyses please? It has clearly done more harm that good
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
RT @Richard_D_Riley: I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is…
I-squared measures the proportion of the total variability that is due to between-study heterogeneity. As such, it is highly influenced by the size of the studies (within-study variability), not just the size of between-study heterogeneity. https://t.co/
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
Always nice to be reminded :)
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
Love a bit of meta-analysis heterogeneity statistics for the weekend….
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
Because some people need to be reminded.
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @jsmhoughton: Off all the many things I learned at the Keele IPDMA course - this is the one I’ve told most others about. I^2 is poorly u…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
Off all the many things I learned at the Keele IPDMA course - this is the one I’ve told most others about. I^2 is poorly understood and frequently misinterpreted. As meta-analysis publication continues to increase exponentially, so do accepted but suboptim
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…
RT @Richard_D_Riley: Periodic reminder for meta-analysis folk: I-squared is as an estimate of between-study heterogeneity ❌ I-squared mea…