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Question.1782 - IntroductionIn each unit, you have writing assignments that will support your understanding of key material. Unit 1will focus on providing the basics of epigenetics and brain function. This assignment assesses ULO1.3.InstructionsWe are in an era of learning more about neurology and how it relates to the cognitive tradition. Forthis class, it is helpful to have a basic understanding of brain structure and function. Dr. Dan Siegelprovides a HANDy model of the brain on the Unit 1 videos page(https://averett.instructure.com/courses/8321/pages/required-videos) .Create and submit a worksheet that discusses the following:BrainCortexLimbic systemBrain stemConnectomeHippocampusAmygdala4 lobes and functions2 hemispheres and functionsCorpus callosumNeuronDendriteAxonSynapseNeurotransmitters - Discuss function and associations with mental disorders.AcetylcholineDopamineEndorphinsGamma-aminobutryic acid (GABA)Glutamate18/10/2023, 11:10Brain Structurehttps://averett.instructure.com/courses/8321/assignments/1902232/4AssignmentsNorepinephrineSerotoninFormatting ExpectationsWhen citing your textbook or other resources, be sure to list your references at the end of yourworksheet.Use APA guidelines for this assignment (12-point font, 1-inch margins, double spaced). A goodresource is OWL(https://owl.purdue.edu/index.html) or Averett’s Writing Center.

Answer Below:

Brain xxxx Cortex xx is xxx most xxxxxxx and xxxxxxxxxxxxx region xx the xxxxx brain xx well xx the xxxxxxxxx layer xxxxxx et xx It xx essential xx many xxxxxxxxxxxx cognitive xxxxx Limbic xxxxxx It's xx intricate xxxxxxx of xxxxx regions xxxxx are xxxxxxxxxxx for xxxxxxxxxxx feelings xxxxxx and xxxx elements xx behaviour xxxx Brain xxxx The xxxx thinking xxxxxxx of xxx brain xxx a xxxxxxxxxx directly xxx spinal xxxxxx by xxx neural xxxx which xx located xx the xxxx of xxx brain xx regulates xxxxx life-supporting xxxxxxxxx such xx heart xxxx respiration xx well xx arterial xxxxxxxx Connectome xxxx provides xx extensive xxxxxxx of xxx neural xxxxxx within xxx brain xxxx links xxxxxxxx cells xxxxxxxxx their xxxxxxxxxxx relationships xxxxxxxxxxx It xxxxxxxx to x portion xx the xxxx located xxxxxx during xxx medial xxxxxxxxxxxx cortex xxxx plays x role xx the xxxxxxxx and xxxxxxxxxxx of xxxxxxx acquired xxxxxxxx especially xxxxxxxx or xxxxxxxx that xxx episodic xxxxxxx et xx nbsp xxxxxxxx It xxxxxx to xx almond-like xxxxxxxxx within xxx temporal xxxx that xx crucial xxx understanding xxx controlling xxxxxxxx particularly xxxxx associated xxxx aggression xxx anxiety xxxxx and xxxxxxxxx Frontal xxxx Associated xxxx higher xxxxxxxxx functions xxxxxxxxx reasoning xxxxxxxx problem-solving xxx motor xxxxxxx Parietal xxxx Involved xx processing xxxxxxx information xxxxxxx to xxxxx spatial xxxxxxxxxxx and xxxx awareness xxxxxxxx Lobe xxxxxxxxxxx for xxxxxxxx processing xxxxxxxx memory xxx some xxxxxxx of xxxxxx processing xxxxxxxxxx Occipital xxxx Primarily xxxxxxxxxxx for xxxxxx processing xxxxxxxxxxx and xxxxxxxxx Language xxxxxxxxxxxxx rational xxxxxxx and xxxxxxxx thought xxx all xxxxxxxxxx attributed xx the xxxx hemisphere xxx Right xxxxxxxxxx seems x greater xxxxxxxxxxx in xxxxxxxxxx spatial xxxxxx and xxxxxxxxx others' xxxxxxxxxxxxx clues xxx den xxxxx Dahnke xxx Mennes xxxxxx callosum xx refers xx a xxxxxxxxxxx network xx nerve xxxxx which xxxxx and xxxxxxxx information xxxxx the xxxxxxx distinct xxxxxxxx hemispheres xxxxxx They xxx also xxxxxxxx to xx nerve xxxxx and xxx the xxxxx components xx the xxxxxxxxxxxx system xxxx communicate xx sending xxxxxxxxxxxxxxx as xxxx as xxxxxxxx messengers xxxxxxxx The xxxxxxxxxxx expansions xx neurons xxxxx as xxxxxxxxx are xxxxxxxxxxx for xxxxxxxxx impulses xxxx adjacent xxxxxxx They xxxxxxx information xxxx outside xxxxxxx and xxxx it xxxxxxx cells xxxxxxxxxx the xxxx Barbas xxxx The xxxx comprises x lengthy xxxxxxx projection xx a xxxxxx neuron xxxxx delivers xxxxxxxxxx impulses xx other xxxxx or xxxxxxxx cells xx carrying xxxx beyond xxx particular xxxxxx core xxxxxxx nbsp x synapse xx a xxxxx or xxx among x pair xx neurons xxx which xxxx is xxxx through x single xxxxxx towards xxx next xxxxxxxx compounds xxxxxx neurotransmitter xxx essential xxx signal xxxxxxxxxxxx through xxxxxxxx Neurotransmitters x Discuss xxxxxxxx and xxxxxxxxxxxx with xxxxxx disorders xxxx Acetylcholine xx serves xx a xxxxxxxxx of xxx parasympathetic xxxxxx framework xxxxx controls xxxxx and xxxxxxxxxx as xxxx as xxxx contributes xx muscle xxxxxxxxxx Richardson xxxx Alzheimer's xxxxxxxxx Dopamine xx contributes xx mobility xxxxxxxxxx rewards xxx mood xxxxxxxxxx anxiety xxxxxxx disorder xxx Endorphins xxxx aid xx pain xxxxxx and xxxxxx emotions xx happiness xxx exhilaration xxxxxxxxx and xxx sense xx pain xxxxxxxxxxxxxxxxxx acid xxxx It xxxxxxxx neurological xxxxxxxxxx and xxxxxxxxx the xxxxxxx of xxxxxxxxxx along xxxx inhibiting xxxxxxxx Epilepsy xxxxxxx disorders xxxxxxxxx It xxxxxx in xxxxxx of xxxxxxxxx synaptic xxxxxxxxxxx and xxxxx activity xx is xxxxxxxxx for xxxxxxxxx and xxxxxx Barbas xxxx problems xxxxxxxxxxxxxx It xxxxx people xxxx attentive xxx focused xx they xxx accomplish xxxxx Both xxxxxxxxxx and xxxxxxx Serotonin xxxx serves xx the xxxxxxxxx stimulant xxx affects xxx we xxxx sleep xxx and xxxxxx around xxxxxx Van xxx Bergh xxxxxx amp xxxxxx Stress xxxxx mood xxxxxx nbsp xxxxxxxxxx nbsp xxxxxx S xxxxx S xxxx A x Yadav x K xxxxx M x Bagga x amp xxxxx M xxxxxxxx of xxxxxxxxxx and xxxxxxxxxx brain xxxxxxx in xxxxxx spectrum xxxxxxxx nbsp xxxxxxxxxxxxx psychiatry xxxx https xxx org x - x - xxxxxxx I xxxx scaron x Kostovi xxxxxxxx M xxx Krsnik xxxxxxxxxxxx of xxx development xx connectivity xx the xxxxx fetal xxxxx in xxxx gestation xxxx weeks xxxxxxxxxxx age xx term xxxx Journal xx Neuropathology xxx Experimental xxxxxxxxx nbsp x nbsp xxxxx doi xxx jnen xxxx nbsp xxxxxxxxxx M x Large xxxxx brain xxxxxx of xxxxxxxx dynamics xxxxx connectomics xxxx Journal xx Neurology xxxxxxxxxxxx amp xxxxxxxxxx nbsp x http xx doi xxx jnnp- x Van xxx Bergh x Dahnke x amp xxxxxx M xxxxxxxx stress xxx the xxxxxxxxxx brain xxxxx for xxxxxxxxxxxxxxxxxx disorders xxxxxxxxxxx and xxxxxxxxxxxxxxx - xxx S xxxxxx H xxxxxxx cortical xxx special xxxxxxxxxx connections xxxxxxxxxx from xxxxxxxxx to xxxxxxxx nbsp xxxxxx review xx neuroscience xxxx - xxxxx www xxxxxxxxxxxxx org xxx full xxxxxxxxxxxxxx - xxxx

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