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UTSCNROC64H3Matthias NiemeierFall

NROC64H3- Final Exam Guide - Comprehensive Notes for the exam ( 76 pages long!)

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Nroc64 sensory and motor systems: sensorymotor systems. Introducing chemical senses: animals depend on the chemical senses to identify nourishment chem
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3- Final Exam Guide - Comprehensive Notes for the exam ( 100 pages long!)

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3- Midterm Exam Guide - Comprehensive Notes for the exam ( 76 pages long!)

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Nroc64 sensory and motor systems: sensorymotor systems. Introducing chemical senses: animals depend on the chemical senses to identify nourishment chem
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UTSCNROC64H3Matthias NiemeierWinter

NROC64H3 Study Guide - Optic Chiasm, Lateral Geniculate Nucleus, Receptive Field

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UTSCNROC64H3NiemierWinter

NROC64H3 Study Guide - Final Guide: Mechanoreceptor, Lamellar Corpuscle, Glabrousness

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Somatic sensory system somatic sensation-allows our body to feel, ache, chill and know what its parts are doing. Is sensitive to many kinds of stimuli;
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UTSCNROC64H3Matthias NiemeierWinter

NROC64H3 Study Guide - Final Guide: Rubrospinal Tract, Vestibular Nuclei, Plantar Reflex

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UTSCNROC64H3Matthias NiemeierWinter

NROC64 ARTICLE ON SENKOWSKI

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UTSCNROC64H3Matthias NiemeierWinter

NROC64 ERNST ARTICLE

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UTSCNROC64H3NiemierWinter

NROC64H3 Study Guide - Substantia Gelatinosa Of Rolando, Group C Nerve Fiber, Royal Electrical And Mechanical Engineers

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UTSCNROC64H3Matthias NiemeierWinter

Chapter 12.docx

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Somatic sensation: detection of: touch, pain, temperature, body position. Unique features of the somatic system: receptors distributed throughout the b
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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Lecture 8: Scoring models and AHP

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Lecture 10: Waiting line models 1

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Lecture 6: Applications involving 0-1 variables

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Study Guide - Midterm Guide: Expected Return, Feasible Region, Graph Paper

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Lecture 9: Decision trees

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Study Guide - Final Guide: Feasible Region, Radiography, Perfect Information

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Lecture 11: Waiting line models 2

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UTSCMGOC10H3Vinh QuanSummer

MGOC10H3 Lecture 7: Goal Programming

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UTSCPSYA01H3Steve JoordenFall

PSYA01H3 Study Guide - Final Guide: Pearson Education, Neural Adaptation, Psychological Science

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UTSCPSYA01H3Steve JoordenFall

PSYA01H3 Study Guide - Final Guide: Pearson Education, Psychological Science, Midbrain Tectum

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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 2: Amacrine Cell, Retina Horizontal Cell, Ganglion Cell

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Synapse with either rods or cones: one group of bipolar cells receiving rod information and another receiving cone information and passes on info to th
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 1: Electromagnetic Radiation, Ciliary Body, Refraction

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Lecture Notes - Lecture 2: Retina

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UTSCNROC64H3NiemierWinter

NROC64: Lec 9: Gaze Control and Spatial Constancy (nearly word-for-word what was said in lec)

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Eye movements are motor control that are fairly simple; 3 pairs of agonist/antagonist muscles only = more simpler than having multiple joints and arm m
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Lecture Notes - Lecture 4: Dorsal Root Ganglion, Muscle Spindle, Viscoelasticity

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UTSCNROC64H3NiemierWinter

NROC64 lec 7: Spinal control of movement - nearly word-for-word what was said in lecture.doc

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Lecture Notes - Lecture 1: Lingual Papilla, Saccharin, Taste Receptor

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Lecture Notes - Lecture 2: Illuminance, Proprioception, Phosphodiesterase

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In the resting state, rods and cones are depolarized. Bipolar cells: they can either be bipolar cells that preserve the effects seen in photoreceptors
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 3: Extraocular Muscles, Oculomotor Nerve, Superior Rectus Muscle

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Allows us to focus the fovea (best visual acuity in fovea) of the reti(cid:374)a to a regio(cid:374) of (cid:858)i(cid:374)terest(cid:859) For example:
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UTSCNROC64H3NiemierWinter

NROC64 : Lec 4 : Auditory and Vestibular Systems (nearly word-for-word what was said in lecture)

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Nroc64 : lec 4 : auditory and vestibular systems. Slide 10: auditory system, outer ear, auditory canal = amplifies certain frequencies and protects oth
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 7: Optical Aberration, Dioptre, Refractive Error

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 7: Scotopic Vision, Photopic Vision, Illuminance

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 4: Lamellar Corpuscle, Glabrousness, Posterior Grey Column

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Cutaneous receptors use bipolar cells as afferent fibres. The bodies of the bipolar cells lie in the dorsal root ganglia. Their axons run from sensory
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 5: Golgi Tendon Organ, Muscle Spindle, Myocyte

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UTSCNROC64H3Matthias NiemeierWinter

NROC64H3 Chapter Notes - Chapter 12: Lamellar Corpuscle, Hair Follicle, Receptive Field

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Somatic sensation enables our body to feel, to ache, to chill and to know that its parts are doing; it is responsible for touch and pain. A single sens
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UTSCNROC64H3NiemierWinter

NROC64H3 Chapter Notes - Chapter 8: Neural Coding

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UTSCNROC64H3NiemierWinter

NROC64 : Lec 1 : Chemical Senses (nearly word-for-word what was said in lecture)

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Nroc64 : lec 1 : introduction to sensory & motor systems. Almost any system is open, can still do research on it. Then we can see how diff paths of sys
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UTSCNROC64H3Matthias NiemeierWinter

Chapter 10: The Central Visual System

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The retinofugal projection y the neural pathway that leaves the eye, beginning with the optic nerve is often referred to as the retinofugal projection.
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 5: Muscle Spindle, Pocketknife, Type Ia Sensory Fiber

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Proprioception: mechanoreceps that give us info about position and movements of limbs etc. 2 kinds of proprioceps in voluntary muscles: muscle spindles
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UTSCNROC64H3Matthias NiemeierWinter

NROC64H3 Chapter Notes - Chapter 11: Oval Window, Auditory System, Vestibular Nuclei

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Chapter 11 the auditory and vestibular systems. Audition (sense of hearing) and vestibular system (sense of balance) have very different functions but
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3- Midterm Exam Guide - Comprehensive Notes for the exam ( 76 pages long!)

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Nroc64 sensory and motor systems: sensorymotor systems. Introducing chemical senses: animals depend on the chemical senses to identify nourishment chem
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Final: Final Exam Notes

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Sc (intermediate laers) md (medial dorsal thalamus) fef (frontal cortex) Used orthodromic (sc md) stimulation and antidromic (fef md) to determine a fu
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UTSCNROC64H3Matthias NiemeierWinter

NROC64H3 Study Guide - Final Guide: Rubrospinal Tract, Vestibular Nuclei, Plantar Reflex

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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3- Final Exam Guide - Comprehensive Notes for the exam ( 100 pages long!)

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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 7: Optical Aberration, Dioptre, Refractive Error

OC80820022 Page
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3- Final Exam Guide - Comprehensive Notes for the exam ( 76 pages long!)

OC77871676 Page
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Nroc64 sensory and motor systems: sensorymotor systems. Introducing chemical senses: animals depend on the chemical senses to identify nourishment chem
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 7: Scotopic Vision, Photopic Vision, Illuminance

OC796624 Page
73
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Study Guide - Midterm Guide: Afferent Nerve Fiber, Perilymph, Thalamic Reticular Nucleus

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Contrast is the ratio of luminance between difference in luminance and background luminance. White on black background has more contrast than black on
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 2: Amacrine Cell, Retina Horizontal Cell, Ganglion Cell

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Synapse with either rods or cones: one group of bipolar cells receiving rod information and another receiving cone information and passes on info to th
View Document
UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Chapter Notes - Chapter 4: Lamellar Corpuscle, Glabrousness, Posterior Grey Column

OC8082009 Page
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Cutaneous receptors use bipolar cells as afferent fibres. The bodies of the bipolar cells lie in the dorsal root ganglia. Their axons run from sensory
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UTSCNROC64H3Matthias NemierWinter

NROC64H3 Lecture Notes - Lecture 3: Multisensory Integration, Superadditivity, Crossmodal

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UTSCNROC64H3Matthias NemierWinter

NROC64H3 Lecture Notes - Lecture 2: Fusiform Face Area, Intraparietal Sulcus, Abstract And Concrete

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Experiment 1: two faces of well known actors were used as stimuli (5 front & 5 profile); 2 name sets (10 fonts) Su keun jeong and yaoda xu: similar par
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UTSCNROC64H3Matthias NeimierWinter

NROC64H3 Lecture 2: Lecture 2

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Rhodopsin is a photopigment that is extremely sensitive to light and is what enables us to see in low- light conditions. It is made up of retinal (vita
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UTSCNROC64H3Matthias NeimierWinter

NROC64H3 Lecture Notes - Lecture 1: Photopic Vision, Scotopic Vision, Diffraction

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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3- Final Exam Guide - Comprehensive Notes for the exam ( 100 pages long!)

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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 6: Semicircular Canals, Vestibular Nerve, Kinocilium

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Contributes to sense of balance and spatial orientation. Also important for sensing body"s acceleration (part of any motion that involves a change in s
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 7: Superior Olivary Complex, Ear Canal, Auditory Cortex

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Divided into two subsystems: 1. peripheral auditory system: outer ear, middle ear and inner ear, 2. central auditory system: from the cochlear nucleus
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 11: Intraparietal Sulcus, Parietal Lobe, Saccade

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The control of reaching requires three component processes: 1. A goal for the action must be selected and maintained a process closely linked to select
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 9: Posturography, Cerebral Cortex, Proprioception

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Posture: describes the orientation of any body segment relative to the gravitational vector: provides the mechanical support for performing movements,
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UTSCNROC64H3Matthias NiemeierSpring

NROC64H3 Lecture Notes - Lecture 8: Lower Motor Neuron, Alpha Motor Neuron, Muscle Spindle

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