Throughout the discussions, participants highlight the significance of understanding random effects models, referencing detailed explanations from the paper and related works. The tone suggests a respect for the paper’s depth, with phrases like 'outlined in detail' and mentions of 'interpretation,' indicating engaged and substantive dialogue around the article's content.
AgreementModerate agreement
Most discussions acknowledge the importance of the paper, especially regarding the interpretation of statistical models in meta-analyses.
InterestHigh interest
Posts show high enthusiasm and curiosity about the content, with references to detailed explanations and the significance of the topic.
EngagementModerate engagement
Comments include references to specific methodological points and the authors’ papers, indicating moderate involvement beyond surface-level discussion.
ImpactModerate impact
The focus on understanding statistical nuances suggests the discourse could influence better practices or awareness in research interpretation.
Abstract in brief
The text discusses the methods used to analyze and interpret random effects in meta-analyses, which are statistical techniques combining results from multiple studies to draw overall conclusions.
It explains how random effects models account for variability between studies, making the results more generalizable to different settings or populations.
Additionally, the text provides guidance on interpreting the results, including understanding what the estimated effects mean and how to assess the reliability and heterogeneity of the summarized findings.]
#MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This paper describes fixed effect vs random effects meta-analyses, including the underlying assumptions and what they mean for the interpretation, .. 1/..
Aug 14, 2023 · 172 likes · 39 shares · 1,198 followersView post →
RR
Richard Riley (R²)
@Richard_D_Riley · X
This is outlined in detail in our BMJ paper 'Interpretation of random effects meta-analyses'
https://t.co/mxVhF28Mdo
Jan 28, 2022 · 7 likes · 2 shares · 12,952 followersView post →
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RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 16, 2023 · 39 shares · 1,084 followersView post →
AP
Ana Carolina Peçanha
@AnaCarolPecanha · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 15, 2023 · 39 shares · 5,333 followersView post →
AJ
Arthur James
@ArthurJamesMD · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 15, 2023 · 39 shares · 1,296 followersView post →
AP
Ash Paul
@pash22 · X
Interpretation of random effects meta-analyses https://t.co/owRlc3fEse via @deeksj et al
Aug 15, 2023 · 2 likes · 32,294 followersView post →
Y
Yasharz
@YasharZeighami · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 630 followersView post →
AH
Aghiles Hamroun
@AghilesHamroun · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 722 followersView post →
ES
Erik Svensson
@EvolOdonata · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 7,922 followersView post →
C
Chomes
@CHOMES102 · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 328 followersView post →
MC
Marion Campbell
@MarionKCampbell · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 4,946 followersView post →
YA
Yaseen Arabi
@YaseenarabiYa · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 5,211 followersView post →
HM
Hector Meza Comparan, MD
@HectorMezaMD · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 601 followersView post →
MJ
Mathieu van der Jagt
@mvanderjagt1 · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 456 followersView post →
CM
Caique de Melo
@caique_demelo · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 279 followersView post →
DN
David de Andrade Nunes
@daviddeanunes · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 1,135 followersView post →
CL
Chris Lo
@chrislowh · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 188 followersView post →
GP
Gabriel Andrade-Ponce
@Gatorco_AP · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 543 followersView post →
JD
Justin Losciale, PT, DPT
@JayLos18 · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 674 followersView post →
LR
Lekaashree Rambabu
@Lekaa_Shree · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 131 followersView post →
MJ
Matthew B. Jané
@MatthewBJane · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 7,337 followersView post →
SP
Stephen Parry
@statsysteve · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 142 followersView post →
AF
Almir Dibai Filho
@almirdibai · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 34 followersView post →
一
一只小飞象
@drivefly5 · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 90 followersView post →
PA
Prof. Nasser Alzerwi
@NAlzerwi · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 1,766 followersView post →
TW
Tonya Ward
@T_L_Ward · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 283 followersView post →
U
Unitaria
@uni_taria · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 1,110 followersView post →
AH
Andrew Yockey, PhD (He/Him)
@YockeyAndrew · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 1,207 followersView post →
JJ
Jill Jacobson
@doctorjaj · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 348 followersView post →
JB
John Boylan
@jboylan · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 433 followersView post →
DO
Daniele Orso
@Orso_dan · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 357 followersView post →
FC
Francisco C Ceballos
@Ceballos_Gene · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 2,265 followersView post →
B
Breadcrumbs
@Breadcr17527025 · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 90 followersView post →
GP
Geetha Saarunya, PhD
@DrSaarunya · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 575 followersView post →
RR
Richard Riley (R²)
@Richard_D_Riley · X
RT @andersgranholm: #MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This…
Aug 14, 2023 · 39 shares · 12,952 followersView post →
AG
Anders Granholm
@andersgranholm · X
#MethodMonday 33: Fixed effect vs random effects meta-analyses
https://t.co/E8KprmLF3l
by @Richard_D_Riley et al
This paper describes fixed effect vs random effects meta-analyses, including the underlying assumptions and what they mean for the interpretation, .. 1/..
Aug 14, 2023 · 172 likes · 39 shares · 1,198 followersView post →
DB
Dinesh Bhandari
@Dineshh_BhD · X
RT @Richard_D_Riley: This is outlined in detail in our BMJ paper 'Interpretation of random effects meta-analyses'
https://t.co/mxVhF28Mdo
Jan 30, 2022 · 2 shares · 315 followersView post →
PB
Pavlos Bobos
@pavlosbob · X
RT @Richard_D_Riley: This is outlined in detail in our BMJ paper 'Interpretation of random effects meta-analyses'
https://t.co/mxVhF28Mdo
Jan 28, 2022 · 2 shares · 1,461 followersView post →
RR
Richard Riley (R²)
@Richard_D_Riley · X
This is outlined in detail in our BMJ paper 'Interpretation of random effects meta-analyses'
https://t.co/mxVhF28Mdo
Jan 28, 2022 · 7 likes · 2 shares · 12,952 followersView post →
F
Statistička analiza - usluge
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BMJ (Clinical research ed.), 342, d549. https://doi. org/10.1136/bmj.d549 4. IntHout, J., Ioannidis, J. P., Rovers, M. M., & Goeman, J. J. (2016). Plea for ...
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BMJ. 2011;342:d549. doi: 10.1136/bmj.d549. pmid:21310794. 18. McKenzie JE, Brennan SE. Synthesizing and Presenting Findings Using Other Methods. Cochrane ...
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BMJ. 2011;342:d549. doi: 10.1136/bmj.d549. pmid:21310794. 17. Bai Y, Yao L, Wei T, Tian F, Jin DY, Chen L, et al. Presumed Asymptomatic Carrier Transmission ...
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