Assessment of the Utility of Social Media for Broad-Ranging Statistical Signal Detection in Pharmacovigilance: Results from the WEB-RADR Project

SNS（Twitter/FB）のシグナル検出のやつが気になった https://t.co/aIVWoFFCjl

Assessment of the Utility of Social Media for Broad-Ranging Statistical Signal Detection in Pharmacovigilance: Results from the WEB-RADR Project. https://t.co/vNdo188dYx

RT @UMCGlobalSafety: Facebook and Twitter are not an optimal data source for signal detection in #pharmacovigilance, say UMC researchers in…

RT @UMCGlobalSafety: Facebook and Twitter are not an optimal data source for signal detection in #pharmacovigilance, say UMC researchers in…

RT @UMCGlobalSafety: Facebook and Twitter are not an optimal data source for signal detection in #pharmacovigilance, say UMC researchers in…

RT @UMCGlobalSafety: Facebook and Twitter are not an optimal data source for signal detection in #pharmacovigilance, say UMC researchers in…

RT @UMCGlobalSafety: Facebook and Twitter are not an optimal data source for signal detection in #pharmacovigilance, say UMC researchers in…

Facebook and Twitter are not an optimal data source for signal detection in #pharmacovigilance, say UMC researchers in this @WEBRADR study with@Bayer, @sanofi, @LivUni, @ucb_news, @AstraZeneca & @JanssenUS. Read more in #DrugSafety: https://t.co/DmYDER

Conclusion of the poor utility of Facebook & twitter for Pharmacovigilance https://t.co/20W4H8efoX

Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study in #DrugSafety, they conclude that signal detection performs poorly on Facebook and Twitter data. Read more: https://t.co/sXUEcEftjA https

RT @UMCGlobalSafety: In a collaborative @WEBRADR study with @Bayer, @sanofi, @LivUni, @ucb_news, @AstraZeneca & @JanssenUS, UMC researchers…

RT @UMCGlobalSafety: In a collaborative @WEBRADR study with @Bayer, @sanofi, @LivUni, @ucb_news, @AstraZeneca & @JanssenUS, UMC researchers…

RT @UMCGlobalSafety: In a collaborative @WEBRADR study with @Bayer, @sanofi, @LivUni, @ucb_news, @AstraZeneca & @JanssenUS, UMC researchers…

In a collaborative @WEBRADR study with @Bayer, @sanofi, @LivUni, @ucb_news, @AstraZeneca & @JanssenUS, UMC researchers found that Facebook & Twitter data are a poor source of #pharmacovigilance signals. Read more in this #DrugSafety article: https:

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @BettinaRyll: And the critically important weakness in here is the *publicly available* data. Patient forums are closed for a reason- so…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @CRPVCentreVdL: Enfin certains savent garder raison ! https://t.co/vEVCyKw1bX

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

And the critically important weakness in here is the *publicly available* data. Patient forums are closed for a reason- so you didn't look where the real information is.

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @CRPVCentreVdL: Enfin certains savent garder raison ! https://t.co/vEVCyKw1bX

RT @CRPVCentreVdL: Enfin certains savent garder raison ! https://t.co/vEVCyKw1bX

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @CRPVCentreVdL: Enfin certains savent garder raison ! https://t.co/vEVCyKw1bX

RT @CRPVCentreVdL: Enfin certains savent garder raison ! https://t.co/vEVCyKw1bX

RT @CRPVCentreVdL: Enfin certains savent garder raison ! https://t.co/vEVCyKw1bX

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

RT @UMCGlobalSafety: Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study i…

Enfin certains savent garder raison !

Can #socialmedia be a source of #pharmacovigilance signals? Probably not, say UMC scientists. In this @WEBRADR study in #DrugSafety, they conclude that signal detection performs poorly on Facebook and Twitter data. Read more: https://t.co/sXUEcEftjA https:

"Assessment of the Utility of Social Media for Broad-Ranging Detection in Pharmacovigilance: Results from the WEB-RADR Project." https://t.co/5eLAPKJVOC

Assessment of the Utility of Social Media for Broad-Ranging Statistical Signal Detection in Pharmacovigilance: Results from the WEB-RADR Project. https://t.co/pZME4EByrz