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53 Cards in this Set
- Front
- Back
Involved in formation and processing learning and memory |
Cingulate Cortex |
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Involved in error and conflict detection processes |
Anterior Cingulate Cortex |
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Forms a central node in the default mode network |
Cingulate Cortex |
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Implicated in depression and schizophrenia (The Devil's playground) |
Cingulate Cortex |
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Neural substrate for human awareness (reported in studies of both anesthetized and vegetative [coma] states) |
Cingulate Cortex |
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Pain and episodic memory retrieval (larger _____ is linked to poorer memory performance) |
Posterior Cingulate Cortex |
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Two main areas involved in motor control |
Basal Ganglia & Cerebellum |
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Caudate nucleus & Putamen are both parts of the... |
Striatum |
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5 Main areas of the Basal Ganglia |
Striatum (Caudate nucleus &Putamen), Globus pallidus, Substantia nigra |
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Responsible for control of voluntary motor movements (behaviors to execute at any given time) |
Basal Ganglia |
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Activated in procedural learning (reward system), routine behaviors "habits," eye movements, cognition and emotions |
Basal Ganglia |
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Abnormalities robustly associated with Tourette's syndrome, OCD, and movement disorders |
Basal Ganglia |
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3 parts of the Cortex involved in sensory processing |
Primary Cortex, Secondary Cortez, Tertiary Cortex |
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Mountain of the Brain |
Gyrus (Gyri) |
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Valleys of the Brain |
Sulcus (Sulci) |
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Postcentral gyrus is also known as... |
The Somatosensory strip |
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Pre central gyrus is also known as... |
The Motor strip |
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What are the Primary motor & Primary sensory strips of the brain? |
Longitudinal fissure, central sulcus, postcentral gyrus, sensory strip, pre central gyrus, motor strip, lateral fissure |
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What are the two streams of information processing? |
Dorsal Stream "Where is is" Ventral Stream "What is is" |
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Dorsal Stream (Magnocellular pathway) tells us ____ it is |
WHERE |
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Ventral Stream (Parvocellular pathway) tells us ____ it is |
WHAT |
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Separated from the parietal lobe by a space between tissues called the central sulcus and from the temporal lobe by a deep fold called the lateral sulcus (aka Sylvian fissure) |
Frontal Lobes |
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The pre central gyrus forms the posterior border of the...... |
Frontal Lobes |
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Contains the primary motor cortex which controls voluntary movements of specific body parts |
Frontal Lobes |
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Contrains most of the dopamine-sensitive neurons in the Cortex |
Frontal Lobes |
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Associated with reward, attention, short-term memory tasks, planning and motivation |
Frontal Lobe |
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reduced dopamine activity in the ________ is related to poorer performance and inefficient functioning during working memory tasks, and to increased risk for schizophrenia |
Prefrontal Cortex (PFC) |
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Examples of Executive Function |
Decision making, problem solving, planning, inhibition, sequencing, task switching, perseveration |
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Executive Function relates and directs.... |
cognitive processes, decision making, problem solving, learning, reasoning, and strategic thinking |
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Found on the inferior third frontal gyrus in the hemisphere that is dominant for language |
Broca's area |
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Associated with Auditory processing and olfaction |
Temporal Lobes |
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Involved in semantics, or word meaning. |
Temporal Lobes |
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Located on the posterior portion o the superior temporal gyrus in the hemisphere that is dominant for language ALSO Plays a critical role in the ability to understand and produce meaningful speech |
Wernicke's Area |
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The area in the temporal lobe where sound first reaches the brain. IT is also known as the anterior transverse temporal gyrus, and is the primary auditory area |
Heschl's Gyrus |
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Associated with sensation, including sense of touch, kinesthesia, perception of warmth and cold and of vibration, and spacial orientation |
Parietal Lobe |
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Also known as the primary sensory area, or the sensory strip, is immediately posterior to the central sulcus |
Post Central Gyrus |
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Located behind the post central gyrus |
Pre sensory secondary sensory or sensory association areas |
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The Most posterior lobe, involved in vision |
Occipital Lobe |
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Also knows as V1 or striate cortex - takes in input from the optic tract via the thalamus |
Primary Visual area |
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Integrates visual information, creates percents, superior to the primary visual cortex, input from the the optic tract via the superior colliculi |
Secondary Visual areas |
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favored the heart, and thought that the function of the brain was merely to cool the blood. |
Aristotle |
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The "father of medicine", came down unequivocally in favor of the brain. |
Hippocrates |
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Traced out the anatomical relationships among brain, nerves, and muscles, demonstrating that all muscles in the body are connected to the brain through a branching network of nerves. |
Galen |
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What is Cartesian Dualism? |
identified the mind with consciousness and self-awareness. Distinguished ‘the mind’ from ‘the brain’ as the seat of intelligence |
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Who was responsible for Cartesian Dualism? |
René Descartes |
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What is Emergent Monoism? |
All mental states are states of the brainthe brain is not a physical machine but a biosystem, with a structure and an environment. The structure: composed of neurons and glial cells, from these cells, there are ‘emergent’ properties that include thinking and feeling. How do you know an apple tastes sweet? |
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The Founder of Neuropsychology |
Brenda Milner |
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Who was H.M.? |
Brenda Milner's famous patient, Henry Mollison, who she used to systematically describe deficits in cognition |
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What are three types of participants we can have in cognitive research? |
1. Patients with "Lesions" 2. Healthy Individuals 3. Animals |
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What is Dissociation? |
In cognitive science, dissociation involves identifying the neural substrate of a particular brain function through identification of lesion case studies, neuroimaging, or neuropsychological testing. |
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What is a single Dissociation? |
demonstrating that a lesion to brain structure A disrupts function X but not function Y. |
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What is a Double Dissociation? |
demonstrate that a lesion in brain structure A impairs function X but not Y, and further demonstrate that a lesion to brain structure B impairs function Y but spares function X. One can make more specific inferences about brain function and function localization. |
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Give Two examples of classic double dissociation |
Wernicke’s aphasia – inability to understand speech Broca’s aphasia – inability to produce speech |