Hyperploidization of V79 Cells by K-252a in Comparison with Demecolcine
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概要
- 論文の詳細を見る
- 1993-12-01
著者
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ODASHIMA Shizuo
Department of Pathology, Kanazawa Medical University
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Odashima Shizuo
Department Of Pathology Kanazawa Medical University
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Odashima Shizuo
金沢医科大学総合医学研究所
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Odashima Shizuo
Department Pathology Kanazawa Medical University
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FUJIKAWA-YAMAMOTO Kohzaburo
Division of Basic Science, Medical Research Institute, Kanazawa Medical University
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TERAOKA Kouhei
Division of Basic Science, Research Institute of Medical Science, Kanazawa Medical University
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ODASHIMA Shizuo
Division of Basic Science, Research Institute of Medical Science, Kanazawa Medical University
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Teraoka Kouhei
Division Of Basic Science Research Institute Of Medical Science Kanazawa Medical University
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Fujikawa-yamamoto Kohzaburo
Division Of Basic Science Research Institute Of Medical Science Kanazawa Medical University
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- Saikosaponin b_2 Induces Differentiation without Growth Inhibition in Cultured B16 Melanonra Cells
- Apoptotic Cell Death of High Polyploid Cells in a Cultured Sarcoma Cell Line
- Different Manner of DNA Synthesis in Polyploidizations of Meth-A and B16F10 Cell Lines
- Spontaneous Polyploidization Results in Apoptosis in a Meth-A Tumor Cell Line
- Apoptosis by Demecolcine in V79 Cells
- Hyperploidization of V79 Cells by K-252a in Comparison with Demecolcine
- Lectin Binding in Meth-A Cells Polyploidized by Different Mechanisms
- Different Responses of Polyploidized V79 Cells after Removal of Two Drugs, Demecolcine and K-252a
- Serum Dependence in Proliferation of Diploid and Tetraploid Meth-A Cells
- Maintenance of Quantity and Density of Membrane Glycochains in Diploid-Tetraploid and Tetraploid-Octaploid Transitions, Respectively of Meth-A Cells Demonstrated by Lectin Binding
- Reversible Alterations in Morphology and Proliferation of Mouse H-1 (ES) Cells in DME Versus L15F10 Medium
- The Growth of Diploid and Tetraploid Meth-A Cells in Co-Cultures at Low Temperature
- Temperature Dependence in Proliferation of Tetraploid Meth-A Cells in Comparison with the Parent Diploid Cells