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Class Notes for NROC64H3 at University of Toronto Scarborough (UTSC)

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UTSCNROC64H3NiemierWinter

NROC64 : Lec 3 : Central Visual System (nearly word-for-word what was said in lec)

OC948820 Page
29 Jan 2012
39
Nroc64 lec 3: the central visual system. Slide 3: y short answer question: bipolar cells in the fovea (and elsewhere) differ as to how they are activat
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UTSCNROC64H3NiemierWinter

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

OC948818 Page
29 Mar 2012
67
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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UTSCNROC64H3NiemierWinter

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

OC948810 Page
4 Feb 2012
38
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 Lecture Notes - Lecture 1: Sehar, Retina, Diffraction

OC3187595 Page
27 Sep 2015
67
People in europe knew very little about africa: this is similar to how we know things about the brain. If the brain was simple, it would not have the c
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UTSCNROC64H3Matthias NiemeierFall

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

OC3187595 Page
27 Sep 2015
52
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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UTSCNROC64H3NiemierWinter

NROC64: Lec 6 - Multisensory perception (nearly word-for-word what was said in lecture).doc

OC948814 Page
14 Mar 2012
57
-> this actually closely explains what humans actually do = humans integrate multiple senses in very optimal fashion (although not perfect) Same thing
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Lecture Notes - Lecture 3: Stellate Cell, Occipital Lobe, Receptive Field

OC3187596 Page
27 Sep 2015
39
It is the first visual area in the cortex. In humans it is medial and near the occipital cortex: v1 is tucked inside the cortex even though it is a ver
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UTSCNROC64H3NiemierWinter

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

OC948813 Page
14 Mar 2012
49
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UTSCNROC64H3NiemierFall

NROC64: Lec 8: Brain Control of Movement (nearly word-for-word what was said in lecture).docx

OC948812 Page
14 Mar 2012
39
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UTSCNROC64H3Matthias NiemeierWinter

NROC64H3 Lecture Notes - Lower Motor Neuron, Alpha Motor Neuron, Gamma Motor Neuron

OC75464 Page
16 Mar 2012
37
The motor system consists of all our muscles and neurons that control them; complex patterns of behaviour can be generated without the participation of
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UTSCNROC64H3Matthias NiemeierFall

NROC64H3 Lecture Notes - Lecture 4: Lamellar Corpuscle, Dorsal Root Ganglion, Dorsal Root Of Spinal Nerve

OC3187598 Page
27 Sep 2015
50
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UTSCNROC64H3NiemierWinter

Lec 5 : Somatic Sensory System (nearly word-for-word what was said in lecture)

OC948813 Page
17 Feb 2012
32
Receptors = distributed throughout (esp on skin surface) Slide 6: touch, what receptors are involved, primary afferent neurons axons if coming from foo
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