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RUTGERS01:830:310E.MayhewFall

01:830:310- Final Exam Guide - Comprehensive Notes for the exam ( 65 pages long!)

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The study of the relationship between the brain (nervous system) and behavior. Our material: anatomy of nervous system, methodology of studying the bra
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RUTGERS01:830:310Estelle MayhewFall

[01:830:310] - Final Exam Guide - Comprehensive Notes for the exam (23 pages long!)

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RUTGERS01:830:310E.MayhewFall

01:830:310- Final Exam Guide - Comprehensive Notes for the exam ( 38 pages long!)

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Lectures 9 general brain damage 3, visualization. Golgi stains: shows the cell body, stains some of the dead cells black; only gives the idea of the sh
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RUTGERS01:830:310Estelle MayhewFall

[01:830:310] - Final Exam Guide - Comprehensive Notes fot the exam (49 pages long!)

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RUTGERS01:830:310E.MayhewSpring

01:830:310- Final Exam Guide - Comprehensive Notes for the exam ( 25 pages long!)

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Unit 2 can make up for it: unit 3 decision making, reasoning, unit 3 can also help with. What is the status of the latitude- observation on the inciden
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RUTGERS01:830:310E.MayhewFall

01:830:310- Midterm Exam Guide - Comprehensive Notes for the exam ( 65 pages long!)

OC236816865 Page
0
The study of the relationship between the brain (nervous system) and behavior. Our material: anatomy of nervous system, methodology of studying the bra
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RUTGERS01:830:310Professor MayhewFall

01:830:310 Study Guide - Midterm Guide: Amacrine Cell, Thalamus, Temporal Lobe

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Class 13 review questions epilepsy: explain the distinction between epilepsy and seizures. 1-4% of the population for whom there will be multiple seizu
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RUTGERS01:830:310MayhewSpring

01:830:310 Study Guide - Midterm Guide: Amygdala, Reticular Formation, Internal Carotid Artery

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Skull dura matter arachnoid membrane pia matter brain: the most abundant cell type in the cns is: glial cell (specifically astrocytes are the most comm
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RUTGERS01:830:310AllFall

01:830:310 Study Guide - Final Guide: Lead Sheet, Monophony, Aerophone

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RUTGERS01:830:310AllSpring

01:830:310 Study Guide - Midterm Guide: Spinal Cord, Dura Mater, Hindbrain

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RUTGERS01:830:101Lawrence JacobsFall

01:830:101 Study Guide - Final Guide: Phineas Gage, Gestalt Psychology, Internal Validity

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In gestalt psychology, our ability to perceive a whole without first noticing its parts is referred to as _____. It set the ground for evolutionary psy
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RUTGERS01:460:100AllFall

Exam 2

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RUTGERS01:840:202AllSummer

Final Exam

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RUTGERS10:832:232AllFall

Exam 2

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RUTGERS14:332:221AllFall

Quiz 6

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RUTGERS01:920:304AllFall

Exam1

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RUTGERS01:160:307O'ConnorSpring

01:160:307 Midterm: Homework 1

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RUTGERS01:198:111A CentenoFall

01:198:111 Lecture Notes - Lecture 5: Insertion Sort, Selection Sort, Substring

List the resulting array after each iteration of the selection sort algorithm. Sort the following array of letters (sort into. Original: [c q s a x b t
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RUTGERS01:160:171M.VitarelliFall

01:160:171 Lecture 3: Density of Water

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In this rst experiment, we calculate the density of water experimentally, using a beaker, buret, and an analytical balance. Density density is recorded
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RUTGERS01:198:170G FuentesFall

01:198:170 Lecture 3: Examples of Numeric Conversions

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RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 24: Expressive Aphasia, Agrammatism, Anomic Aphasia

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The parts of the brain involved in the wernicke-geschwind model of language for speech and comprehension include broca"s area, face, arcuate fasciculus
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RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 7: Brainstem, Putamen, Medial Longitudinal Fissure

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Rf a diffusely arranged network of neurons that extends from the mesencephalon/midbrain through the mesencephalon (mostly concentrated here) to the mye
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RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 14: Stirrup, Oval Window

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RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 23: Visual Cortex, Lesion, Basal Ganglia

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Plasticity is the ability of the brain to change structurally and functionally as a result of input from the environment. Demonstrated by learning and
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RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 1: Cranial Nerves, Autonomic Nervous System, Grey Matter

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Trephination or trepanning is an ancient surgical operation that involves cutting, scraping, chiseling, or drilling a plug like piece of bone from the
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RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 13: Scotoma

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RUTGERS01:830:310E.MayhewFall

01:830:310 Lecture Notes - Lecture 17: Cochlear Implant, Sensorineural Hearing Loss, Temporal Lobe

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Microphone on the outside of the ear filters and amplifies sounds. Speech processor filters for speech sounds transmitter sends info into the implant i
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RUTGERS01:830:310Professor MayhewFall

01:830:310 Lecture Notes - Lecture 10: Positron Emission Tomography, Ct Scan, Diffusion Mri

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Determination of the structure and morphology of tissue. Need to stain tissue in order to be able to see cells. Golgi stains - using silver chromate on
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RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 22: Lateral Sulcus, Wada Test, Lateralization Of Brain Function

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Cerebral dominance: one side overrules the other. Hemispheric specialization & lateralization of function: different parts of the brain are responsible
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RUTGERS01:830:310E.MayhewFall

01:830:310 Lecture Notes - Lecture 16: Inferior Temporal Gyrus, Temporal Lobe, Visual Cortex

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RUTGERS01:830:310MayhewSpring

01:830:310 Study Guide - Midterm Guide: Amygdala, Reticular Formation, Internal Carotid Artery

OC43483316 Page
485
Skull dura matter arachnoid membrane pia matter brain: the most abundant cell type in the cns is: glial cell (specifically astrocytes are the most comm
View Document
RUTGERS01:830:310E.MayhewFall

01:830:310- Midterm Exam Guide - Comprehensive Notes for the exam ( 65 pages long!)

OC236816865 Page
0
The study of the relationship between the brain (nervous system) and behavior. Our material: anatomy of nervous system, methodology of studying the bra
View Document
RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 24: Expressive Aphasia, Agrammatism, Anomic Aphasia

OC7272072 Page
16
The parts of the brain involved in the wernicke-geschwind model of language for speech and comprehension include broca"s area, face, arcuate fasciculus
View Document
RUTGERS01:830:310Estelle MayhewFall

01:830:310 Quiz: Neuropsych 02 F16 : Quiz 4

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RUTGERS01:830:310AllSpring

01:830:310 Study Guide - Midterm Guide: Radiography, Sodium Chromate, Antibody

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30
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RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 7: Brainstem, Putamen, Medial Longitudinal Fissure

OC7291846 Page
0
Rf a diffusely arranged network of neurons that extends from the mesencephalon/midbrain through the mesencephalon (mostly concentrated here) to the mye
View Document
RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 14: Stirrup, Oval Window

OC7272072 Page
36
View Document
RUTGERS01:830:310Professor MayhewSpring

01:830:310 Lecture Notes - Lecture 23: Visual Cortex, Lesion, Basal Ganglia

OC7272072 Page
38
Plasticity is the ability of the brain to change structurally and functionally as a result of input from the environment. Demonstrated by learning and
View Document
RUTGERS01:830:310Professor MayhewFall

01:830:310 Study Guide - Midterm Guide: Headpiece, Fusiform Face Area, Social Cognition

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View-dependent you have stored images of multiple different views of every object in the brain. Apperceptive visual agnosia cannot recognize objects yo
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RUTGERS01:830:310Estelle MayhewFall

[01:830:310] - Final Exam Guide - Comprehensive Notes for the exam (23 pages long!)

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RUTGERS01:830:310E.MayhewFall

01:830:310 Lecture Notes - Lecture 12: Delta Wave, Polysomnography, Electromyography

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RUTGERS01:830:310E.MayhewFall

01:830:310- Final Exam Guide - Comprehensive Notes for the exam ( 38 pages long!)

OC238846938 Page
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Lectures 9 general brain damage 3, visualization. Golgi stains: shows the cell body, stains some of the dead cells black; only gives the idea of the sh
View Document
RUTGERS01:830:310E.MayhewSpring

01:830:310- Final Exam Guide - Comprehensive Notes for the exam ( 25 pages long!)

OC134677025 Page
0
Unit 2 can make up for it: unit 3 decision making, reasoning, unit 3 can also help with. What is the status of the latitude- observation on the inciden
View Document
RUTGERS01:830:310E.MayhewFall

01:830:310- Final Exam Guide - Comprehensive Notes for the exam ( 65 pages long!)

OC236816865 Page
0
The study of the relationship between the brain (nervous system) and behavior. Our material: anatomy of nervous system, methodology of studying the bra
View Document
RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 6: Lateral Rectus Muscle, Abducens Nerve, Metencephalon

OC7291846 Page
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Located just above the spinal cordoned regarded as enlarged extension of the spinal cord. Provide both somatic and visceral sensory and motor innervati
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RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 12: Olfaction, Grey Matter, Frontal Lobe

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Epilepsy: explain the distinction between epilepsy and seizures. Not all seizures are result of epilepsy (eg. brain damage, tumors) 1:20 will have mild
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RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 7: Brainstem, Putamen, Medial Longitudinal Fissure

OC7291846 Page
0
Rf a diffusely arranged network of neurons that extends from the mesencephalon/midbrain through the mesencephalon (mostly concentrated here) to the mye
View Document
RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 5: Circumventricular Organs, Paraplegia, Area Postrema

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Blood supply & blood brain barrier: what cerebral arteries supply the frontal, parietal, temporal and occipital lobes with blood (you don"t need to kno
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RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 8: Herpes Labialis, Chronic Traumatic Encephalopathy, Cognitive Test

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Lectures 8 brain anatomy, general brain damage i. Posterior circulation: dizziness, double vision, numb or weak extremities. Clot (thrombus- clump of c
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RUTGERS01:830:310E.MayhewSpring

01:830:310 Lecture Notes - Lecture 4: Lateral Ventricles, Arachnoid Mater, Limbic System

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