松本 陽子 | Department of Industrial Chemistry
スポンサーリンク
概要
関連著者
-
松本 陽子
崇城大学大学院工学研究科応用生命科学専攻
-
松本 陽子
Department of Industrial Chemistry
-
上岡 龍一
Department of Industrial Chemistry
-
山田 栄一
Department Of Industrial Chemistry:faculty Of Engineering Kumamoto Institute Of Technology
-
岩原 正宜
崇城大・工・応微工
-
飯尾 雅嘉
Nutrition Science Kumamoto Women's University
-
北原 一太
Department Of General Education:faculty Of Engineering Kumamoto Institute Of Technology
-
岩原 正宜
Department of Applied Microbial Technology
-
岩原 正宜
崇城大 生物生命
-
伊原 靖二
Yamaguchi Women's University
-
原田 久美子
熊本大学薬学部
-
原田 久美子
熊本工業大学
-
平野 二郎
Tsukuba Research Laboratory Nippon Oil & Fats Co. Ltd.
-
加藤 康夫
熊本工業大学工学部工業化学科
-
上岡 龍一
Division Of Applied Life Science Graduate School Of Engineering Sojo University
-
小山 裕喜
熊本工業大学工業化学科
-
加藤 康夫
Department Of Surgery Tuberculosis Research Institute Kyoto University
-
小山 裕基
Faculty Of Pharmaceutical Sciences Tokushima Bunri University
-
Koyama H
Faculty Of Pharmaceutical Sciences Tokushima Bunri University
-
亀井 昇司
Department of Industrial Chemistry
-
山田 栄一
Tsukuba Research Laboratory, Nippon Oil & Fats Co. Ltd.,
-
大重 みどり
Nutrition Science, Kumamoto Women's University
-
伊藤 貴俊
熊本工業大学工業化学科
-
岩原 正宜
崇城大・生物生命・応微工
-
小山 裕基
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
竹熊 治子
Department of Food and Nutrition Science, Kumamoto Women's University
-
飯尾 雅嘉
Department of Food and Nutrition Science, Kumamoto Women's University
-
原田 久美子
Faculty of Pharmaceutical Sciences, Kumamoto University
-
長 正徳
熊工大工
-
堂園 弘幸
Department of Industrial Chemistry
-
長 正徳
Department of General Education
-
今村 主税
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
伊藤 貴俊
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
谷口 智穂
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
長嶺 勝之
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
安井 英久
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
杉井 篤
熊本大学薬学部
-
武宮 展広
Department of Industrial Chemistry, Faculty of Engineering, Kumamoto Institute of Technology
-
上田 甫
Department Of General Education:faculty Of Engineering Kumamoto Institute Of Technology
-
堂園 弘幸
Department Of Industrial Chemistry:faculty Of Engineering Kumamoto Institute Of Technology
-
亀井 昇司
Department Of Industrial Chemistry:faculty Of Engineering Kumamoto Institute Of Technology
-
武宮 展広
Department Of Industrial Chemistry Faculty Of Engineering Kumamoto Institute Of Technology
-
安井 英久
Department Of Industrial Chemistry Faculty Of Engineering Kumamoto Institute Of Technology
-
竹熊 治子
Department Of Food And Nutrition Science Kumamoto Women's University
-
長嶺 勝之
Department Of Industrial Chemistry Faculty Of Engineering Kumamoto Institute Of Technology
-
大重 みどり
Nutrition Science Kumamoto Women's University
-
山田 栄一
Department Of Electricol Engineering Saga University
著作論文
- High Affinity of Hybrid Liposomes for Normal Human Epidermal Keratinocytes in Vitro
- SPECIFIC INHIBITORY EFFECT OF HYBRID LIPOSOMES ON GROWTH OF HUMAN LYMPHOMA-HUMAN LYMPHOCYTE B HYBRIDOMA CELLS IN VITRO
- EFFECTS OF FLAVONOIDS IN HYBRID MEMBRANES ON THE ACTIVITY OF TRIPEPTIDE AS AN ENZYME MODEL AND THEIR INHIBITION OF HYBRIDOMA GROWTH IN VITRO
- Steric Control for the Enantioselective Hydrolysis of Amino Acid Esters in Coaggregates Composed of Phosphatidylcholine and Triton X-100
- SPECIFIC HYBRID LIPOSOMES COMPOSED OF PHOSPHATIDYLCHOLINE AND POLYOXYETHYLENEALKYL ETHER WITH MARKEDLY ENHANCED INHIBITORY EFFECTS ON THE GROWTH OF TUMOR CELLS IN VITRO
- MARKED CHANGES IN THE CIRCULAR DICHROISM OF THE TRIPEPTIDE CATALYST RELATED TO ENHANCED ENANTIOSELECTIVE HYDROLYSIS IN MICELLAR SYSTEMS(Communications to the Editor)
- EFFICIENT HYDROPHOBIC RECOGNITION OF AMINO ACID RESIDUES FOR THE ENHANCEMENT OF ENANTIOSELECTIVITY IN THE HYDROLYSIS OF AMINO ACID ESTERS IN MICELLAR SYSTEMS
- A Remarkable Antioxidation Effect of Natural Phenol Derivatives on the Autoxidation of γ-Irradiated Methyl Linoleate