Faculty Guidance  Department Guidance  Laboratory Guidance  Staff Index  Research Institute   TOP > Laboratory Guidance > Functional Organic Chemistry Laboratory Lab. original web page Research project-1   Mechanisms for chiral recognition by cyclic and noncyclic oligosaccharides Circular dichroism and fluorescence studies on chiral pyrene dimer in g-cyclodextrin cavity. Conformational enantiomerism of bilirubin and pamoic acid induced by oligosaccharides. Mechanisms for chiral recognition of guest having central chirality by modified cyclodextrins. Recognition of axial chirality and helicity by cyclic and noncyclic oligosaccharides. Chirality separation by capillary zone electrophoresis. Chiral recognition by monolayer assemblies at air-water interface and by chiral SAM on gold. Mechanisms for formation of molecular assemblies of water-soluble porphyrins. Inclusion complexes of water-soluble porphyrins and cyclodextrins and their function.   Future project   Formation of hydrogen bond in aqueous media. Strong van der Waals interaction in water. Research project-2   Synthesis of polynuclear metal complexes as structural and functional models of polynuclear metal biosites Design and synthesis of dinucleating hexapyridine ligands which do not have a bridging group. Model compounds for sMMO Model compounds for oxyhemocyani   Future project   Studies on structural and functional models for non-heme proteins Koji KANO Professor TEL : +81-774-65-6624 FAX : +81-774-65-6845   Email : kkano   Office : SC-424 Masahito KODERA Professor TEL : +81-774-65-6652 FAX : +81-774-65-6848   Email : mkodera   Office : SC-522 · Biofunctional Chemistry · Chiral Recognition · Cyclodextrin · Monolayer Membrane · Lipase · Bioinorganic Chemistry · Polynuclear Metal Complex · Oxidation Reaction · Metal Dioxygen Complex · Metallopreotein · Model Compound SC-411, SC-419, SC-511, SC-517   | CONTACT US |