Former Members Osaka

Computational studies on the mechanism of a palladium-catalyzed C–H alkylation.
Affiliation Osaka/Aachen: Prof. Chatani/Prof. Leitner

Structural and Functional Studies of Family I.3 Lipases
Affiliation Osaka/Aachen: Prof. Kanaya/Prof. Jaeger

Development of Artifically Created Metalloenzyme
Affiliation Osaka/Aachen: Prof. Hayashi/Prof. Schwaneberg, Prof. Okuda

Cluster Catalysts for Organic Synthesis and Polymerization
Affiliation Osaka/Aachen: Prof. Mashima/Prof. Okuda

Bioconversions of Water-miscible Chemicals by Hydrophobic Bacteria
Affiliation Osaka/Aachen: Prof. Ohtake/Prof. Büchs

Synthesis of deuterated alkali metal hydridotriphenylborates; Mechanistical studies.
Affiliation to Osaka/Aachen: Prof. Mashima/Prof. Okuda

Synthesis of copper complexes with a maleimide function; Application in Diels-Alder reactions; Biohybrid catalysis model reactions.
Affiliation Osaka/Aachen: Prof. Hayashi/Prof. Okuda

Polymer Synthesis
Affiliation Osaka/Aachen: Prof. /Prof.

Synthesis of C3 symmetric Triaminoguanidinium based ligands having pyridine-N-oxide units.
Affiliation to Osaka/Aachen: Prof. Tobe/Prof. Oppel

Copolymerization of CO₂ and cyclohexene oxide
Affiliation Osaka/Aachen: Prof. Mashima/Prof. Okuda

Catalytic Cleavage of C-C Bonds
Affiliation Osaka/Aachen: Prof. Mashima/Prof. Okuda

Metabolome analysis of poly(γ-glutamic acid) producing bacterium Bacillus licheniformis.
Affiliation Osaka/Aachen: Prof. Fukusaki/Prof. Büchs

Copper-Catalyzed Sulfoximation
Affiliation Osaka/Aachen: Prof. Miura/Prof. Bolm

Syntheses of a series of tetranuclear complexes bearing manganese, nickel, and cobalt. Application in catalytic activity toward polymerization reaction as well as oxidation reaction.
Affiliation of Osaka/Aachen: Prof. Mashima/Prof. Okuda

Characterization of L-Fucokinase/GDP-L-Fucopyrophosphorylase (FKP) activity with L-Gal residue; Multiplex capillary electrophoresis (MCE).
Affiliation to Osaka/Aachen: Prof. Fujiyama/Prof. Elling

Biotechnology
Department of Biotechnology, Graduate School of Engineering - Osaka University

Enzymatical production of pectic oligosaccaride; identification of a novel L-galactosyltransferase gene.
Affiliation to Osaka/Aachen: Prof. Fujiyama/Prof. Elling

Development of microbial- and enzyme-based technologies for the production of biofuels and biocommodities; Synthetic metabolic engineering.
Affiliation Osaka/Aachen: Prof. Ohtake/Prof. Büchs

Development of new biohybrid catalysts by directed evolution and whole cell-based catalysis.
Affiliation Osaka/Aachen: Prof. Hayashi/Prof. Schwaneberg

Metalloproteins.

Affiliation Osaka/Aachen: Prof. Hayashi/Prof. Schwaneberg

Low-Valent Tantalum Complexes
Affiliation Osaka/Aachen: Prof. Mashima/Prof. Okuda

Bronsted acid-catalyzed enantioselective sulfa- and oxa-Michael addition of aza-ortho-quinone methide; application of chiral phosphoric acid as catalyst. Affiliation Osaka/Aachen: Prof. Sasai/Prof. Rueping

Synthesis of achiral iron-paired catalysts and application in model reactions.
Affiliation Osaka/Aachen: Prof. Sasai/Prof. Rueping

Novel Vaccine Carrier
Affiliation Osaka/Aachen: Prof. Akashi /Prof. Möller

Synthesis of sulfoximines.
Affiliation Osaka/Aachen: Prof. Kambe/Prof. Büchs

Structural and Functional Studies of LC-Cutinase
Affiliation Osaka/Aachen: Prof. Kanaya /Prof. Elling

Enantioselective Pd(II)/Pd(IV) Catalysis using Chiral Sulfoximide Ligands
Affiliation Osaka/Aachen: Prof. Sasai/Prof. Bolm

Synthesis of a new class of sulfur(VI) containing heterocycles.
Affiliation to Osaka/Aachen: Prof. Miura/Prof. Bolm

Synthesis of Tungsten(VI) bis(phenolate) Complexes for Metathesis
Affiliation Osaka/Aachen: Prof. Mashima /Prof. Okuda

Components Profiling Soy Sauce
Affiliation Osaka/Aachen: Prof Ohtake/Fukuzaki. /Prof. Büchs/Blank

Application of Thermophilic Enzymes in Bioconversion
Affiliation Osaka/Aachen: Prof. Ohtake/Prof. Büchs

Novel Functional Electrospun Nanofibers
Affiliation Osaka/Aachen: Prof. Akashi/Prof. Möller, Prof. Klee

Asymmetric Organocatalytic Reactions
Affiliation Osaka/Aachen: Prof. Sasai/Prof. Enders