Kuo Kou-wha | Department Of Biochemistry Kaohsiung Medical College
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概要
関連著者
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Kuo Kou-wha
Department Of Biochemistry Kaohsiung Medical College
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Chang Long-sen
Department Of Biochemistry Kaohsiung Medical College
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Chang Chun-chang
Department Of Biochemistry Kaohsiung Medical College
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LIN Shinne-Ren
Department of Biochemistry, Kaohsiung Medical College
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Lin Shinne-ren
Department Of Biochemistry Kaohsiung Medical College
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LIN Jordge
Department of Biochemistry, Kaohsiung Medical College
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Lin Jordge
Department Of Biochemistry And Pharmacology Kaohsiung Medical College
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Wu Wen-jeng
Kaohsiung Medical College Kaohsiung
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LIN Shinne-Ren
School of Chemistry Kaohsiung Medical College
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CHI Shu-Hwa
Department of Biochemistry Kaohsiung Medical College
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Huang Chun-Nung
Department of Urology
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Chuang Yen-Hwang
Department of Anatomy
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Sheu Hamm-ming
Department Of Dermatology College Of Medicine National Cheng Kung University
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Sheu Hamm-ming
Department Of Dermatology National Cheng-kung University
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Lee J.
Department Geosystem Engineering Kangwon National University
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TSAI Jui-Chen
Institute of Clinical Pharmacy
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Tsai Jui-chen
Institute Of Clinical Pharmacy National Cheng-kung University
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Lee J.
Department Of Dermatology National Cheng-kung University
著作論文
- Characterization of Epitopes in Native and Unfolded Cobrotoxin: Evidence of an Immunodominant C-Terminal Region Related to the Production of Precipitating and Non-Precipitating Antibodies against Cobrotoxin
- Chemical Modification of Cationic Groups of a Novel α-Neurotoxin (Oh-4) from King Cobra (Ophiophagus hannah) Venom
- Determination of Soluble nAChR-Binding Activity of α-Neurotoxins by an Innovative Precipitation with DEAE-Sephacel
- Analysis of a Conformation-Independent Epitope and a Conformational Epitope in a Protein: A Study on Cobrotoxin from Taiwan Cobra Venom
- The Structural Loop II of Cobrotoxin Is the Main Binding Region for nAChR and Epitope in the Region Is Conformation-Dependent^1
- The Multifocal Urothelial Cancers can be Arisen from Independent Clonal Origin
- Permeability Barrier Abnormality of Hairless Mouse Epidermis after Topical Corticosteroid : Characterization of Stratum Corneum Lipids by Ruthenium Tetroxide Staining and High-Performance Thin-Layer Chromatography