Mentions
Extended reach
Total likes
Video views
AI synopsis
The discussions demonstrate a generally positive view of the research, with participants referencing earlier meta-analyses and neuroanatomical differences, such as prefrontal cortex and basal ganglia involvement. The tone varies from supportive to critical, with some posts emphasizing the importance of biomarkers and others questioning interpretations, which collectively foster a meaningful exchange about the article's implications.
Most discussions recognize the validity and significance of the research, with some referencing previous studies or meta-analyses to support claims.
Participants show moderate curiosity, engaging with nuanced points about brain differences and potential biomarkers, indicating some genuine interest.
Comments reflect active exchanges, including critiques, citations of supporting studies, and detailed descriptions of brain regions involved.
The conversations seem to influence current understanding by highlighting specific neurological findings and debates about ADHD, suggesting a moderate level of impact.
@DrMcFillin the truth is people are on a spectrum. there are real differences between people regarding attention / brains etc. Toward systems neuroscience of ADHD: a meta-analysis of 55 fMRI studies https://t.co/lywFQt49nD
@ClarkeMicah As usual, your confident unsupported assertion is incorrect. But, also as usual, I am sure you will just ignore this documented fact, because to do otherwise would be to recognise your own total ignorance. (https://t.co/yKpWI7ry6j) https://t.co/iRQBTqW40n
@KarenJamesSP Interestingly, the studies in #ADHD seem to converge on differences in prefrontal cortex and the basal ganglia, in terms of gray matter, https://t.co/mF1Xnk4avz, white matter, https://t.co/owcmX2AY49, and function, https://t.co/9BvRaMiBdQ https://t.co/JRHe8Jad1e
RT @ss_bhav: @DrMcFillin the truth is people are on a spectrum. there are real differences between people regarding attention / brains etc.…
@BroadHearse2 @Boneclacker @ClarkeMicah @Will_Sutcliffe8 @wself https://t.co/qd0LDWBVk3
@stomababe @MailOnline This is incorrect. See: Cortese et al. 2013 meta analysis for starters: https://t.co/9zte5Zx01M
This meta-analysis examines brain activation differences in individuals with ADHD compared to controls, highlighting hypoactivation in executive networks in children and complex patterns in adults affecting cognitive…
This video explores a meta-analysis of 55 fMRI studies examining brain activation differences in individuals with ADHD, highlighting hypoactivation in executive and attention networks in children and complex neural…
This episode explores how psychoeducation and specific techniques can improve emotion regulation in ADHD, including mindfulness and cognitive restructuring. Learn how simple strategies can reduce impulsivity, decrease…
This video explores why adults with ADHD experience emotional outbursts and examines common but often overlooked regulation strategies. It emphasizes the importance of understanding underlying brain mechanisms for…
This meta-analysis examines brain activation differences in individuals with ADHD, highlighting hypoactivation in executive and attention networks in children and altered activity in adults. It emphasizes how ADHD…
RT @ss_bhav: @DrMcFillin the truth is people are on a spectrum. there are real differences between people regarding attention / brains etc.…
@DrMcFillin the truth is people are on a spectrum. there are real differences between people regarding attention / brains etc. Toward systems neuroscience of ADHD: a meta-analysis of 55 fMRI studies https://t.co/lywFQt49nD
@stomababe @MailOnline This is incorrect. See: Cortese et al. 2013 meta analysis for starters: https://t.co/9zte5Zx01M
@derekcopley @cwracal_ Like you’re gonna have to explain this if you want to keep clinging onto your delusion https://t.co/hGpeEcLcLZ https://t.co/bFSHklzduO
@CapitalistFraud -Meta-analysis showcasing morphological brain differences in ADHD https://t.co/DLzz4s8pTN -Bio marker for detecting ADHD https://t.co/qkthMYflKW -Differences in ToM in ADHD https://t.co/F7OWXXknjs 2/2
@ClarkeMicah As usual, your confident unsupported assertion is incorrect. But, also as usual, I am sure you will just ignore this documented fact, because to do otherwise would be to recognise your own total ignorance. (https://t.co/yKpWI7ry6j) https://t.co/iRQBTqW40n
@KarenJamesSP Interestingly, the studies in #ADHD seem to converge on differences in prefrontal cortex and the basal ganglia, in terms of gray matter, https://t.co/mF1Xnk4avz, white matter, https://t.co/owcmX2AY49, and function, https://t.co/9BvRaMiBdQ https://t.co/JRHe8Jad1e
@BroadHearse2 @Boneclacker @ClarkeMicah @Will_Sutcliffe8 @wself https://t.co/qd0LDWBVk3