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공학도를 위한 생물학

  • 한국과학기술원
  • Christopher Fiorillo
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    자연과학 >생물ㆍ화학ㆍ환경 >생명과학
  • 등록일자
    2009.09.03
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    8,396
  • 평점
    4.5/5.0 (2)
The course will cover both cellular and systems level neurophysiology. In addition to teaching the mechanistic structure and function of neurons and networks of neurons, I will emphasize the organization and flow of information (the computational function of the brain). The course will cover basic aspects of neuroscience. It is not necessary that students have had any previous neuroscience coursework, but basic knowledge of cellular and molecular biology is strongly recommended.
Introduction: Cellular and Systems Neurophysiology
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1. Introduction: Cellular and Systems Neurophysiology The contents of this course wiill include (1) Electrical properties of neuronal membranes
(2) Synaptic function (3) Systems (networks) of neurons, including computational principles of their organization
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Introduction: Cellular and Systems Neurophysiology - 강의자료 The contents of this course will include (1) Electrical properties of neuronal membranes,
(2) Synaptic function, (3) Systems (networks) of neurons, including computational principles of their organization.
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2. Overview of Neurons and the Nervous System The contents of this course will include (1) General computational theory of the nervous system,
(2) Biological information, (3) Amatomy of a single neuron and about the kinds of neurons.
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Overview of Neurons and the Nervous System - 강의자료 The contents of this course will include (1) General computational theory of the nervous system,
(2) Biological information, (3) Amatomy of a single neuron and about the kinds of neurons.
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3. A Neuron’s Membrane Voltage The contents of this course will include (1) the Principle of ion movement,
(2) Equilibrium potential and Nernst Equation.
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A Neuron’s Membrane Voltage - 강의자료 The contents of this course will include (1) the Principle of ion movement,
(2) Equilibrium potential and Nernst Equation.
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4. Dynamic Regulation of Membrane Voltage 1_01 The contents of this lecture will include (1) action potential,
(2) the Hodgkin-Huxley model, (3) ion channel properties.
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Dynamic Regulation of Membrane Voltage 1_02 The contents of this lecture will include (1) action potential,
(2) the Hodgkin-Huxley model, (3) ion channel properties.
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Dynamic Regulation of Membrane Voltage 1 - 강의자료 The contents of this lecture will include (1) action potential,
(2) the Hodgkin-Huxley model, (3) ion channel properties.
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Dynamic Regulation of Membrane Voltage 2 The contents of this lecture will include (1) properties of voltage-gated ion channels, (2) action potential conduction, (2) the diversity of ion channels URL
5. Dynamic Regulation of Membrane Voltage 3 and Synaptic Transmission 1 The contents of this lecture will include (1) current-voltage relationship, (2) synaptic transmission. URL
Dynamic Regulation of Membrane Voltage 3 and Synaptic Transmission 1 - 강의자료 The contents of this lecture will include (1) current-voltage relationship, (2) synaptic transmission. 소스URL
Synaptic Transmission 2 The contents of this lecture will include (1) the transmission step by neurotransmitter in synaptic cleft, (2) current and voltage clamp experiments, (3) release probability and mPSC. URL
6. Neurochemistry The contents of this lecture will include (1) the neurotransmitters, (2) various recepters of neurochemicals, (3) intracellular signal trasduction steps. URL
Neurochemistry - 강의자료 The contents of this lecture will include (1) the neurotransmitters, (2) various recepters of neurochemicals, (3) intracellular signal trasduction steps. 소스URL
7. Wiring the Brain 1 The contents of this lecture will include (1) the connectivity of neurons, (2) approach by computational neuroscience, (3) neural development URL
Wiring the Brain 2 The contents of this lecture will include (1) the activity-dependent synaptic rearrangement and how the ocular dominance can be changed, (2) the theory of Hebbian plasticity. URL
Wiring the Brain 3 The contents of this lecture will include (1) the critical period of each brain functions, (2) end of critical period, (3) properties of NMDA receptor. URL
8. Synaptic Plasticity 1 The contents of this lecture will include (1) LTP and LTD phenomena, (2) the experiment of learning and memory in aplysia. URL
Synaptic Plasticity 2 The contents of this lecture will include (1) mechanism of cerebellum LTD, (2) hippocampal plasticity, (3) molecular mechanism of synaptic plasticity. URL
9. General Theory 1 The contents of this lecture will include the paper of General Theory by Christopher D. Fiorillo. URL
General Theory 2 The contents of this lecture will include the paper of General Theory by Christopher D. Fiorillo. URL
General Theory - 강의자료 The contents of this lecture will include the paper of General Theory by Christopher D. Fiorillo. 소스URL
General Theory 3 The contents of this lecture will include the paper of General Theory by Christopher D. Fiorillo. URL
10. The Retina 1 The contents of this lecture will include (1) the anatomy of retina, (2) properties of retinal neurons, (3) phototransduction mechanism. URL
The Retina - 강의자료 The contents of this lecture will include (1) the anatomy of retina, (2) properties of retinal neurons, (3) phototransduction mechanism. 소스URL
The Retina 2 The contents of this lecture will include (1) the properties of bipolar cells, (2) receptive field of retinal ganglion neurons. URL
11. The Central Visual System 1 The contents of this lecture will include (1) the retinofugal projection pathway, (2) cell type and structure of lateral geniculate nucleus(LGN), (3) anatomy of striate cortex. URL
The Central Visual System 2 The contents of this lecture will include (1) anatomy and physiology of striate cortex, (2) orientation, motion, color selectivity encoding in V1, (3) other regions for visual processing in cortex. URL
The Central Visual System-강의자료 The contents of this lecture will include (1) anatomy and physiology of striate cortex, (2) orientation, motion, color selectivity encoding in V1, (3) other regions for visual processing in cortex. 소스URL
12. Seminar by Christof Koch 1 The contents of this lecture is seminar by Christof Koch, 2009/11/19. URL
Seminar by Christof Koch 2 The contents of this lecture is seminar by Christof Koch, 2009/11/19. URL
13. Inference, Perception, Attention in Cortex 1 The contents of this lecture will include (1) the perception and attention in cortex, (2) relative phenomenon and experiments to attentional function. URL
Inference, Perception, Attention in Cortex 2 The contents of this lecture will include (1)relative phenomenon and experiments to attentional function, (2) Basic brain structures for dopamine. URL
Inference, Perception, Attention in Cortex-강의자료 The contents of this lecture will include (1) the perception and attention in cortex, (2) relative phenomenon and experiments to attentional function. 소스URL
14. Dopamine and Reward (1) The contents of this lecture will include (1) two aspects of dopamine function, (2) Prediction error and reward. URL
Dopamine and Reward-강의자료 The contents of this lecture will include (1) two aspects of dopamine function, (2) Prediction error and reward. 소스URL
Dopamine and Reward (2) The contents of this lecture will include (1) two aspects of dopamine function, (2) Prediction error and reward. URL
15. The motor system The contents of this lecture will include (1) the anatomy of cortex, basal ganglia, spinal cord, (2) input and output of motor neuron, (3) myotatic reflex. URL
The motor system-강의자료 The contents of this lecture will include (1) the anatomy of cortex, basal ganglia, spinal cord, (2) input and output of motor neuron, (3) myotatic reflex. 소스URL

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ac3451 2010-10-01 20:37
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