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Department of Chemistry, Toho University | 論文
- A Novel, Antimicrobially Active Analog of Gramicidin S without Amphiphilic Conformation
- Synthesis and Properties of Cyclic Peptides Containing α,δ-Diaminovaleric Acid Linker
- Practical Synthesis of 4-cis Hydroxy-L-Proline
- Conformational Analysis of a Peptide Antibiotic "Gratisin"
- Cyclization of Pentapeptide Related to Gramicidin S without Protection of δ-Amino Group of the Ornithine Residue on Solid Support
- Conformational Analysis of a Peptide Antibiotic "Gratisin". II
- Syntheses and Conformational Analyses of Cyclic Peptides Containing 4-cis-Amino-L-Proline. II
- Antimicrobially Active Analogues of Gramicidin S Having Fatty Acyl Moiety
- Syntheses of Novel Cyclic Undecapeptides Related to Gramicidin S with D-Phe-X-Pro Sequences
- Hybrid Analogues of Gramicidin S and Gratisin
- Syntheses and Properties of Cyclic Tetrapeptides Containing α, δ-Diaminovaleric Acid and α, ε-Diaminocaproic Acid Linkers
- Design and syntheses of gramicidin S analogs, cyclo(-X-Leu-X-D-Phe-Pro-)_2 (X=His, Lys, Orn, Dab and Dap)
- Gramicidin S analogs having six basic amino acid residues
- Redox-photosensitized reactions. XV. Photosensitized and direct photolytic isomerizations of the tetrahydro dimers of 1-benzylnicotinamide.
- Simple synthesis and chemicophysical properties of polyoxa(n)ferrocenophanes and its alkali metal complexes.
- Photochemical reactions of aromatic compounds. XXXVII. Solvent effects on fluorescence quenching and photoreactions of naphthonitrile-olefin and furan systems. Qualitative consideration on electronic structures and reactivities of nonemissive exciplexes.
- Molecular structures of diarylcyclobutanes associated with reactivities in ring-cleavage reactions: Implications of conformationally controlled through-bond coupling.
- Photochemical reactions of aromatic compounds. XLII. Photosensitized reactions of some selected diarylcyclobutanes by aromatic nitriles and chloranil. Implications of charge-transfer contributions on exciplex reactivities.
- Thermal ring-splitting reactions of diarylcyclobutanes: Significance of steric effects on orbital interactions in transition states and biradical intermediates.