| Journal/Publication > MICROSCOPY > Vol.35 No.2 2000 |
| Vol.35 No.2 2000 |
Biological Science: History |
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Early history and later development |
Eichi Yamada |
101 |
Biological Science: Development and Prospect |
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Fixation 1. Chemical fixation |
Toshio Nagano |
105 |
Fixation 2. Quick freezing |
Atsushi Ichikawa |
107 |
Fixation 3. High pressure freezing |
Fusayoshi Murata, Tatsuo Suganuma, Yoshinobu Mineyuki |
109 |
Embedding |
Hiroshi Kushida, Sadaki Yokota |
111 |
Thin sectioning |
Toku Kanaseki |
114 |
Enzyme histochemistry |
Harumichi Seguchi, Takuma Saito |
116 |
Lectin histochemistry |
Hiroshi Hirano, Hayato Kawakami, Yoshihiro Akimoto |
118 |
Autoradiography |
Tetsuji Nagata |
120 |
| Electron microscopic immunohistochemistry 1. Pre-embedding | Yasuhiko Ibata, Yoshitaka Tamada |
122 |
| Electron microscopic immunohistochemistry 2. Post-embedding | Akira Mizoguchi |
124 |
| Electron microscopic immunohistochemistry 3. Ultrathin frozen sectioning | Kuniaki Takata |
126 |
Freeze fracturing (Freeze-fracture-replication method / Quick-freeze deep-etching and replica labeling) |
Akira Tonosaki, Hiroshi Washioka, Kazushi Fujimoto |
128 |
Scanning electron microscopy |
Takao Inoue, Osamu Ohtani, Takuro Murakami |
132 |
Scanning probe microscopy |
Tatsuo Ushiki, Shohei Yamashina |
136 |
Confocal laser microscopy |
Harunori Ishikawa |
139 |
High voltage electron microscopy |
Kiyoshi Hama, Tatsuo Arii |
141 |
Elemental analysis |
Sadakazu Ejiri, Hidehiro Ozawa |
144 |
Plant (Chloroplast / Cell wall) |
Tetsuaki Osafune, Takao Itoh |
146 |
Virus |
Yasuhiro Hosaka |
149 |
Chlamydia |
Akira Matsumoto |
150 |
Bacteria |
Kazunobu Amako |
151 |
Fungi |
Misuzu Baba, Masako Osumi |
152 |
Gene |
Hideo Yamagishi |
154 |
Structural analysis of protein |
Kaoru Mitsuoka |
156 |
Pathology |
Michio Mori |
158 |
Materials Science: History |
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Contribution of electron microscopy to materials science in Japan |
Hiroshi Fujita |
160 |
Materials Science: Development and Prospect |
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| Structure analysis 1. Inorganic materials | Yasuyuki Kitano, Yoshio Nakamura |
164 |
| Structure analysis 2. Organic materials | Takashi Kobayashi |
167 |
Structure analysis 3. Lattice strain and crystal orientation |
Yoshitsugu Tomokiyo |
169 |
Diffusional phase transformations |
Minoru Nemoto, Osamu Terasaki |
170 |
Displacive phase transformations (Martensitic transformations in alloys / Phase transitions in dielectrics) |
Kazuhiro Otsuka, Naoki Yamamoto |
174 |
Lattice defects 1. Metals |
Michio Kiritani |
178 |
Lattice defects 2. Semiconductors |
Shin Takeuchi |
181 |
Dynamic observation of lattice imperfections |
Hirotaro Mori |
183 |
Radiation effects 1. Electrons |
Chiken Kinoshita |
185 |
Radiation effects 2. Ions |
Heishichiro Takahashi |
187 |
Surfaces |
Kunio Takayanagi |
189 |
Interfaces |
Hideki Ichinose |
192 |
Fine particles |
Nobuo Tanaka |
194 |
Quasicrystals |
Kenji Hiraga |
196 |
Amorphous materials |
Makoto Shiojiri |
198 |
Polymers (Natural polymers / Synthetic polymers) |
Junji Sugiyama, Tadashi Komoto |
200 |
Semiconductor superlattices |
Osamu Ueda |
202 |
New ceramics and related materials |
Yoshio Bando |
204 |
Staff Commentary |
Yoshihiko Hirotsu |
206 |
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