丸山 博巳 | Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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概要
関連著者
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丸山 博巳
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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丸山 博巳
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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鬼塚 光子
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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鬼塚 光子
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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大島 純子
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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三橋 進
Department of Microbiology, School of Medicine, Gunma University
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三橋 進
Department Of Microbiology Gunma University Medical School
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藤生 守男
日本ロシュ研
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藤生 守男
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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新間 信夫
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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新間 信夫
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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有沢 幹夫
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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大沢 エミ
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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関根 譲
Department of Microbiology, Gunma University Medical School
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有沢 幹雄
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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須原 康次
Department of Microbiology and Chemotherapy, Nippon Roche Research Center
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田中 雄四郎
Department of Pharmacology
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関根 譲
Department Of Microbiology Gunma University Medical School
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有沢 幹雄
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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大沢 エミ
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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有沢 幹夫
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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須原 康次
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
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藤生 守男
Department Of Microbiology And Chemotherapy Nippon Roche Research Center
著作論文
- New Platelet Aggregation Inhibitors from Tan-Shen ; Radix of Salvia miltiorrhiza BUNGE
- Bacteriological Comparison of the Activities of Ceftriaxone, a New Long-acting Cephalosporin, with Those of Other New Cephalosporins
- Effect of 3-Substitution in Oxyiminocephalosporins on the Stability to and the Inhibition of Various β-Lactamases
- Biochemically Active Substances from Microorganisms. V. Pyrrothines, Potent Platelet Aggregation Inhibitors of Microbial Origin
- Biochemically Active Substances from Microorganisms. IV. Establishment of Several in Vitro Anti-inflammatory Probes Applicable to Microbial Broths and the Effects of Non-steroidal Anti-inflammatory Drugs and Antibiotics on Them