SENO Satimaru | Shigei Medical research Institute
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概要
関連著者
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SENO Satimaru
Shigei Medical research Institute
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Seno S
Shigei Medical Research Institute
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TSUJII Tadashi
Shigei Medical research Institute
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Akita Masahiko
Shigei Medical Research Institute
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SENO Satimaru
Division of Pathology and Ultrastructure Research, Shigei Medical Research Institute
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TSUJII Tadashi
Division of Pathology and Ultrastructure Research, Shigei Medical Research Institute
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Inoue Satoko
Shigei Medical Research Institute
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Inoue S
Divisions Of Ultrastructural Biology Shigei Medical Research Institute
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ONO Toshiro
Division of Pathology and Ultrastructure Research, Shigei Medical Research Institute
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Ono T
Shigei Medical Research Inst. Okayama
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Ohta T
Numazu Industrial Res. Inst. Shizuoka Prefecture Numazu‐shi Jpn
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Inoue Satoko
Shigei Medical Res. Inst.
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Inoue Satoko
Division Of Ultrastructural Biology Shigei Medical Research Institute
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AKITA Masahiko
Division of Pathology and Ultrastructure Research, Shigei Medical Research Institute
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INOUE Shinichi
Shigei Medical Research Institute
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Naora Hiroto
Research School Of Biological Sciences The Australian National University
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Setsu K
Laboratories For Structure And Function Research Faculty Of Pharmaceutical Sciences Tokushima Bunri
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Akita M
Laboratories For Structure And Function Research Faculty Of Pharmaceutical Sciences Tokushima Bunri
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Sado Yoshikazu
Shigei Medical Research Institute
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Tomono Yasuko
Shigei Medical Institute
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YAMAMOTO Akitsugu
Department of Physiology and Liver Research Center (Cell Biology), Kansai Medical University
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Yamamoto Akitsugu
Department Of Bio-science Faculty Of Bio-science Nagahama Institute Of Bio-science And Technology
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Tomono Yasuko
Shigei Medical Research Institute
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HSUEH Chao
Okayama University Medical School
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AKITA Masahmko
Division of Pathology and Ultrastructure Research, Shigei Medical Research Institute
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Akita Masahiko
Faculty of Pharmaceutical Sciences, Tokushima Bunri University
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Setsu Kojun
Faculty of Pharmaceutical Sciences, Tokushima Bunri University
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Tsugaru Yuko
Faculty of Pharmaceutical Sciences, Tokushima Bunri University
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Furuhata Yoshinori
Eisai Co., Ltd.
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Inoue S
Future Program Research Division Saitama Medical School
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Tsugaru Yuko
Faculty Of Pharmaceutical Sciences Tokushima Bunri University
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Tomono Y
Shigei Medical Research Institute
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Imai Tetsuko
Shigei Medical Research Institute
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Imai Tetsuko
Shigei Medical Research Institute:department Of Physiology Kansai Medical University
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Setsu Kojun
Laboratories For Structure And Function Research Faculty Of Pharmaceutical Science Tokushima Bunri U
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Naora Honami
Research School Of Biological Sciences The Australian National University
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Furuhata Yoshinori
Eisai Co. Ltd.
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Setsu Kojun
Laboratories For Structure And Function Research Faculty Of Pharmaceutical Sciences Tokushima Bunri
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Yamamoto Akitsugu
Department Of Animal Bioscience Faculty Of Bio-science Nagahama Institute Of Bioscience And Technology
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Yamamoto Akitsugu
Department of Physiology, Kansai medical University
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OKIGAKI Tohru
Shigei Medical Research Institute
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XU Zheng-Zhou
Research School of Biological Sciences, The Australian National University
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MIYAHARA Kaoru
Research School of Biological Sciences, The Australian National University
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LISZCZYNSKY Helen
Research School of Biological Sciences, The Australian National University
著作論文
- Ferric colloid-labeled IgG, its preparation and application in histo- and cytochemistry for light and electron microscopy.
- Ferric cacodylate iron colloid (Fe-Cac and Fe-Cac-f) as a tool for histochemical staining of neural tissue anionic groups.
- Fine granular cationic iron colloid (Fe-Cac-f) as the tool for histochemical demonstration of tissue anionic groups.
- The Circulating α_1-Antintrypsin-Elastase Complex attacks the Elastic Lamina of Blood Vessels. An Immunohistochemical Study
- Intestinal Absorption of Lysozyme Molecules and their Destination, an Immunohistochemical Study on Rat
- Studies on the Intestinal Absorption of Pollen Proteins, Observations on Rat
- ENDOCYTOSIS OF CATIONIC IRON COLLOID PARTICLES BY RAT PERITONEAL MACROPHAGES AND THE FERRITIN SYNTHESIS. A MORPHOLOGICAL STUDY
- Regulation of tumor growth as a 'total mass' in mice : Apoptosis as a major mechanism in altering growth rates of single and multiple coexisting tumor nodules
- Reversible conversion of cells between cancerous and normal states.
- Rat glomerulonephritis induced by soluble antigens from bovine glomerular basement membrane.