Exocytosis and filopodial activity in nerve terminals

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博士論文

総研大甲第28号

CONTENTS / (0003.jp2)
Chapter I: Introduction / p1 (0006.jp2)
(i) Electrical Activity Regulates Neuronal Functions / p2 (0007.jp2)
(ii) Video-Enhanced Microscopy / p4 (0009.jp2)
(iii) Terminals in Neurosecretory System / p9 (0014.jp2)
(iv) Studies with Isolated Nerve Terminals / p12 (0017.jp2)
Chapter II: Growth Cone and Filopodial Activity / p16 (0022.jp2)
(i) Structure of Growth Cone / p16 (0022.jp2)
(ii) Rapid Filopodial Formation in Nerve Terminals / p17 (0023.jp2)
(iii) Growth Cone Properties (including Filopodial activity) and state of differentiation of Neurons / p26 (0041.jp2)
(iv) Mechanism of Rapid Filopodial Formation / p29 (0044.jp2)
(v) Is secretory granule membrane the source for cell process membrane / p31 (0046.jp2)
(v) Role of Actin / p32 (0047.jp2)
(vi) Physiological Significance / p33 (0048.jp2)
(vii) Growth Cone Activity and Calcium / p37 (0052.jp2)
Chapter III: Exocytosis in the Nerve Terminals / p42 (0058.jp2)
(i) Biochemical Evidence for Exocytosis / p43 (0059.jp2)
(ii) Electron Microscopic Evidence for Exocytosis / p45 (0061.jp2)
(iii) Immunohistochemistry / p48 (0064.jp2)
(iv) Membrane Retrieval and Microvesicles / p49 (0065.jp2)
(v) Ultrastructural Analysis by Freeze Etching / p53 (0073.jp2)
(vi) Neuron as a Secreting Cell / p55 (0075.jp2)
(vii) Study of Exocytosis by VEC-DIC / p55 (0075.jp2)
References / p60 (0086.jp2)