教學時程

細胞與分子神經生物學:腦與認知科學III

因舊版課程無指定課堂作業與考試,因此統整所有作業、講義、考試內容合併列出。

    課程單元
    1

    離子通道

    Ion Channels

    2

    神經元受體

    Neuronal Receptors

    3

    神經誘導

    Neural Induction

    4

    區域化

    Regionalization

    5

    神經形成和移動

    Neurogenesis and Migration

    6

    神經元細胞生物學,亞細胞的特化性

    Neuronal Cell Biology, Subcellular Specialization

    7

    蛋白質定位,信號複合體

    Protein Targeting, Signaling Complexes

    8

    神經元決定和分化

    Neuronal Determination and Differentiation

    9

    軸突導向I:生長錐能動性;因子和受體

    Axon Guidance I: Growth Cone Motility; Cues and Receptors

    10

    軸突導向II:細胞質信號途徑;軸突目標識別

    Axon Guidance II: Cytoplasmic Signaling Pathways; Axon Target Recognition

    11

    細胞死亡和生存I:神經營養假說,生存因素/受體

    Cell Death and Survival I: Neurotrophic Hypothesis, Survival Factors/Receptors

    12

    細胞死亡和生存II:細胞死亡途徑,發展益處和病理性層面

    Cell Death and Survival II: Cell Death Pathways, Developmental Uses & Pathological Aspects

    13

    突觸傳遞I(突觸前機制) 

    Synaptic Transmission I (Presynaptic Mechanisms)

    14

    突觸傳遞II(突觸後機制)

    Synaptic Transmission II (Postsynaptic Mechanisms)

    15

    可塑性研究的模型系統:突觸前和突觸後機制

    Model Systems for Plasticity Studies: Pre- and Post-synaptic Mechanisms

    16

    神經肌肉連接處的可塑性

    Plasticity at the Neuromuscular Junction

    17

    鳥鳴;運行和巡迴水平的可塑性

    Bird song: Plasticity at the Behavioral and Circuit Level

    18

    多模式圖和靈敏性使用依賴的擴展

    Multimodal Maps and Use-dependent Expansions of Sensitivity

    19

    非皮質視覺域的可塑性

    Plasticity in Non-cortical Visual Areas

    20

    視覺皮質的可塑性:歷史和爭論

    Visual Cortex Plasticity: History and Controversies

    21

    皮質可塑性的分子機制

    Molecular Mechanisms of Cortical Plasticity

    22

    可塑性和GABA間接抑制

    Plasticity and GABA Mediated Inhibition