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Finding Home: The Magic of Feeling Seen and Heard

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tinybuddha.com

“The ache for home lives in all of us. The safe place to go where we can go as we are and not be questioned.” ~Maya Angelou In 2019, I found myself in a psychiatric institution sitting across from a psychologist who was grilling me about why I was there.

She seemed angry. I told her how heartbroken I was that no one “believed” the physical symptoms I was dealing with, caused by and benzodiazepine withdrawal.

I told her how my nervous system had been hijacked, and I could not control the terror I felt daily. I told her how everyone just assumed I was crazy and making it all up, and that even with a doctor’s diagnosis, I found myself in this terror alone each day.

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Atypical Brain Connectivity Linked to ADHD: NIH Study
March 27, 2024ADHD symptoms in children are associated with unusual interactions between the frontal cortex and deep centers of the brain where information is processed, according to a recent report in the American Journal of Psychiatry.1 These findings may help inform additional research into the ADHD brain that leads to more effective treatments and interventions.A research team from the National Institute of Mental Health (NIMH) and National Human Genome Research found children with ADHD demonstrated heightened connectivity between brain structures involved in learning, movement, and reward, and frontal areas of the brain that regulate emotion, attention, and behavior.“The present findings suggest that these brain alterations are specifically associated with ADHD and are not indicative of general features of childhood psychopathology or influenced by comorbid symptoms,” the study’s authors wrote.Researchers have long suspected that ADHD symptoms result from atypical interactions between the frontal cortex and these deep information-processing brain structures. However, the study’s authors noted that prior studies testing this model returned mixed results, possibly due to the small size of the studies they suggested.The present study examined more than 10,000 functional brain images of 1,696 youth with ADHD and 6,737 without ADHD aged 6 to 18.
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