@ferisreal @NoMeLlamoDieg0 En el hilo original están las fuentes. Una de ellas es esta, te la rolo. https://t.co/FqROebLBW8
@sneasel_tuitero @NoMeLlamoDieg0 Mejor estudia metodología de la investigación, “presidenta”. https://t.co/FqROebLBW8
@tomfolanmd 2/2 But alas, as the rule goes in the cannabis the world given confounds/complexity, another conflicting study: https://t.co/BaO89P5yLX Cannabis is simultaneously a researcher’s goldmine and nightmare.
RT @madras_bertha: Does regular cannabis use affect neuroanatomy? An updated systematic review and meta-analysis of structural neuroimaging…
RT @MarycannonMary: “Regular cannabis users had significantly smaller volumes of the hippocampus” . Strong evidence from systematic review…
Full text is immediately available to users of ResearchGate.
RT @MarycannonMary: “Regular cannabis users had significantly smaller volumes of the hippocampus” . Strong evidence from systematic review…
RT @MarycannonMary: “Regular cannabis users had significantly smaller volumes of the hippocampus” . Strong evidence from systematic review…
RT @MarycannonMary: “Regular cannabis users had significantly smaller volumes of the hippocampus” . Strong evidence from systematic review…
RT @MarycannonMary: “Regular cannabis users had significantly smaller volumes of the hippocampus” . Strong evidence from systematic review…
“Regular cannabis users had significantly smaller volumes of the hippocampus” . Strong evidence from systematic review of 30 studies
RT @madras_bertha: Does regular cannabis use affect neuroanatomy? An updated systematic review and meta-analysis of structural neuroimaging…
RT @madras_bertha: Does regular cannabis use affect neuroanatomy? An updated systematic review and meta-analysis of structural neuroimaging…
Does regular cannabis use affect neuroanatomy? An updated systematic review and meta-analysis of structural neuroimaging studies. - PubMed - NCBI https://t.co/K9YASzRevE
RT @ThatNeilMartin: Does regular cannabis use affect neuroanatomy? https://t.co/DGxAod3rmR
Does regular cannabis use affect neuroanatomy? https://t.co/DGxAod3rmR
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
RT @Keith_Laws: Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https:/…
Does regular cannabis use affect neuroanatomy? systematic review & meta-analysis of structural neuroimaging studies https://t.co/T4JHVnSoco regular cannabis users had significantly smaller hippocampus & orbitofrontal cortex volumes - not related to
RT @LondonNadeau: This Week In #Cannabis Research: This updated meta-analysis of structural neuroimaging studies on cannabis found that reg…
This Week In #Cannabis Research: This updated meta-analysis of structural neuroimaging studies on cannabis found that regular users had smaller hippocampus and orbitofrontal cortex regions, but this was not explained by cannabis duration or dosage. https:/
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
RT @Carl_A_Roberts: Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis user…
Our new paper suggests neuroadaptation in hippocampus and OFC in meta analysis of sMRI studies in regular cannabis users and non-user controls @lorenzvnt https://t.co/WXsMazdckM
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
RT @lorenzvnt: Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and…
Our new meta analysis is out! Does regular #cannabis use affect #brain anatomy? (Spoiler: the volume of the hippocampus and orbitofrontal cortex is lower in users versus non-users, other that areas we examined are not different) @YannChye @Carl_A_Roberts h
Warning: regular #cannabis use may shrink the brain! Does regular cannabis use affect neuroanatomy? An updated systematic review and meta-analysis of structural neuroimaging studies. - PubMed - NCBI https://t.co/kThDhLbzek