Disorders - Neurotransmitters & Brain regions Flashcards
Autism Spectrum Disorder
-serotonin (low in brain, high in blood)
-dopamine
-glutamate
-acetycholine
-cerebellum
-amygdala
-corpus collosum
- excellerated brain growth from 6m to 3y.
AD/HD
-dopamine
-serotonin
-norepinephrine
-basal ganglia
-amygdala
-hippocampus
-smaller brain areas (basal ganglia, amygdala and hippocampus)
-delayed prefrontal development
-hypoactitivity of frontal parietal cortex
Tourette’s
-dopamine (high)
-basal ganglia
-small caudate nucleus
Schizophrenia
-dopamine (high)
-serotonin (high in blood)
-glutamate
Disfunction of Temporal- limbic frontal network.
Bipolar
-norepinephrine
-serotonin
-dopamine
-glutamate
-prefrontal cortex
-amygdala
-hippocampus
-basal ganglia
MDD
-dopamine
-serotonin
-norepinephrine
-HPA axis
-prefrontal cortex
-hippocampus
-amygdala
-basal ganglia
-thalamus
-hyperactivity of ventromedial prefrontal cortex
-hypoactivity of dorsolateral prefrontal cortex.
GAD
-ventrolateral prefrontal cortex
-dorsolateral prefrontal cortex
-anterior cingulate gyrus
-posterior cingulate gyrus
-amygdala
-hippocampus
-Reduced connection in prefrontal cortex, anterior cingulate cortex and amygdala.
OCD
-serotonin (low)
-caudate nucleus
-cingulate gyrus
-thalamus
-orbidofrontal prefrontal cortex
Anorexia Nervosa
-serotonin (high)
Bulimia Nervosa
-serotonin (low)
Conduct Disorder
-serotonin (low)
-dopamine (low)
-cortisol
-high cortisol at night
-No increase heart rate or cortisol levels when presented with fear stimuli.
Alzheimer’s
-acetylcholine (low)
-glutamate (high)
-temporal lobe
-amygdala
-hippocampus
-locus coeruleus
-amyloid plaques
-nerofibrillary tangles
-Starts in temporal lob and spreads
to others.
Parkinson’s
-dopamine (low)***
-norepinephrine (low)
-glutamate (high)
-substantia nigra*
-basal ganglia
Huntington’s
-GABA (low)
-glutamate (high)
-basal ganglia
PTSD
-GABA (low)
-Serotonin (low)
-Dopamine (high)
-Norepinephrine (high)
-Glutamate (high)
-Decrease activity in the ventromedial prefrontal cortex
-Increase activity in the amygdala (reduced top-down control)