RT @Lester_Domes: @OstlundOllie @apsmunro @DrNickTwit Cornfield 1976 https://t.co/vcrhRtCTRq gave a Bayesian account of randomization as an…
RT @Lester_Domes: @OstlundOllie @apsmunro @DrNickTwit Cornfield 1976 https://t.co/vcrhRtCTRq gave a Bayesian account of randomization as an…
@OstlundOllie @apsmunro @DrNickTwit Cornfield 1976 https://t.co/vcrhRtCTRq gave a Bayesian account of randomization as an act of rendering exchangeable priors (rexing) for potential outcomes across treatment groups. That exchangeability is then voided by o
RT @stephensenn: @PavlosMsaouel has reminded me that @Lester_Domes has a paper highlighting similar issues https://t.co/Lmhdf49z7P. I would…
RT statsepi https://t.co/VhaCD4jWOv "RT stephensenn: PavlosMsaouel has reminded me that Lester_Domes has a paper highlighting similar issues https://t.co/co9IwKzzOq. I would…"
RT @stephensenn: @PavlosMsaouel has reminded me that @Lester_Domes has a paper highlighting similar issues https://t.co/Lmhdf49z7P. I would…
RT @stephensenn: @PavlosMsaouel has reminded me that @Lester_Domes has a paper highlighting similar issues https://t.co/Lmhdf49z7P. I would…
@PavlosMsaouel has reminded me that @Lester_Domes has a paper highlighting similar issues https://t.co/Lmhdf49z7P. I would also value the opinion of @omaclaren whose preprint is cited https://t.co/SfZ1Hwfm6l
RT @stephensenn: @snoble @yudapearl As far as I am aware (but would be interested to see evidence to the contrary) the theory cannot distin…
RT @stephensenn: @snoble @yudapearl As far as I am aware (but would be interested to see evidence to the contrary) the theory cannot distin…
RT @stephensenn: @snoble @yudapearl As far as I am aware (but would be interested to see evidence to the contrary) the theory cannot distin…
@snoble @yudapearl As far as I am aware (but would be interested to see evidence to the contrary) the theory cannot distinguish between different kinds of RCT and has nothing to say about standard errors. However this paper https://t.co/e0hxNmCv1B may be r
@hmatejx @soboleffspaces @yudapearl I suspect that this https://t.co/Lmhdf49z7P by @Lester_Domes and Mansournia is relevant.
@stephensenn @analisereal @yudapearl @PavlosMsaouel @ESteyerberg @LinkedIn @MariaGlymour @NP_Jewell @XiaoLiMeng1 Careful with terms: "You can get rid of the confounding by declaring hall random"? Does that mean I can get rid of confounding in comparing 2 h
RT @Lester_Domes: @PavlosMsaouel @drjgauthier @yudapearl @f2harrell @kdpsinghlab @AleksiReito For even more details see the new overview ht…
@PavlosMsaouel @drjgauthier @yudapearl @f2harrell @kdpsinghlab @AleksiReito For even more details see the new overview https://t.co/KXYY7UCPX7 but note conflicts in use of 'confounding' in RCTs (random confounding), reviewed here https://t.co/MZDHxqnKVx, a
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
RT @_MiguelHernan: “Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational st…
“Bad luck” means that some prognostic factors happened to be more common in the intervention group. In observational studies, we call this imbalance confounding. In randomized trials, the imbalance occurs by chance so we can call it "random confounding."
@Research_Tim @tmorris_mrc @stephensenn This bit seems to get at the part I was referring to: https://t.co/qMbykSlyFc
RT @_MiguelHernan: @statsepi @PWGTennant @ken_rothman @statsmethods 3) ... which is why some people refer to this form of bias as "random c…
RT @_MiguelHernan: @statsepi @PWGTennant @ken_rothman @statsmethods 3) ... which is why some people refer to this form of bias as "random c…
RT @_MiguelHernan: @statsepi @PWGTennant @ken_rothman @statsmethods 3) ... which is why some people refer to this form of bias as "random c…
@statsepi @PWGTennant @ken_rothman @statsmethods 3) ... which is why some people refer to this form of bias as "random confounding". See https://t.co/g1Cih7XkrV by Greenland & Mansournia
@PWGTennant @statsepi @EeroTeppo @ken_rothman @f2harrell @fledglingStat @kippwjohnson @thebyrdlab @stephensenn If interested in "random confounding", check out this paper by Greenland & Mansournia (also Ch 10 of our CI book) https://t.co/g1Cih7XkrV