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Institute Of Health Biosciences And Graduate School Of Pharmaceutical Sciences The University Of Tok | 論文
- Development of Stimulus-Responsive Amino Acid with Peptide Bond-Cleavage Ability and Its Application to a Nucleocytoplasmic Shuttle Peptide
- Synthesis of (Z)-Alkene cis-Xaa-Pro Type Dipeptide Isosteres Using Organocopper-Mediated Anti-S_N2' Reactions
- Synthesis of Peptide Thioesters using N-Substituted Aniline Derivatives
- Synthesis of fluoroalkene dipeptide isosteres utilizing intramolecular redox reaction
- Influence of an Amino Acid Sequence on Kinetics of Peptide Bond Cleavage Reaction Induced by a Stimulus-responsive Amino Acid
- Application of Peptide Thioacids to NCL-type Sequential Condensation of Peptide Fragments
- Development of Stimulus Responsive Thiol Releasing System for Controlling Activity of Cysteine Protease
- Development of Photo-Responsive Self-Processing Peptides
- P-202 DEVELOPMENT OF PHOTO-TRIGGERED SELF-PROCESSING PEPTIDES
- Synthesis of Nonhydrolyzable AMPylated Amino Acid Analogues for Uncovering the Physiological Role of AMPylation
- Development of Recapturable Cleavable Linker for Efficient Enrichment and Specific Labeling of Target Proteins
- Native Chemical Ligation Using N-peptidyl Anilide as Crypto-thioester
- Enantioselective Synthesis of Stimulus-responsive Amino Acid via Pyrrolidinyl Tetrazole Catalyzed Asymmetric α-Amination of Aldehyde
- Synthesis and Biological Evaluation of CXCL14 and Its Derivatives
- Development of Amide Bond Cleavage Device with Application to Chemical Biology Use
- Caged Ceramide Which Releases Parent Ceramide After UV-Induced Amide Bond Cleavage Followed by Intramolecular O-N Acyl Transfer
- Double-Kinetically Controlled Proline Ligation
- N-Sulfanylethylanilide Peptide : A Peptide Thioester Equivalent Which Can Directly Participate in Native Chemical Ligation
- Development of Efficient Synthetic Protocol for Fmoc Amino Acid-Incorporated N-Sulfanylethyl-Aniline Linker as Peptide Thioester Precursor
- Design and Synthesis of Hypoxia-responsive Amino Acid Which Causes Peptide Bond Cleavage in Hypoxic Cells