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Researcher Details
 
Name: Professor JF Stoddart
Organisation: University of California Los Angeles
Department: UNLISTED
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
GR/L10383/01 SYNTHESIS AND CHARACTERISATION OF POLY(2)CATENANES & POLYBIS(2)CATENANES(P)
GR/K62866/01 POLYCATIONIC DENDRIMERS(P)
GR/K28459/01 TEMPLATE-DIRECTED SYNTHESIS AROUND LITHIUM AMIDES(P)
GR/J87473/01 NOVEL SYNTHETIC ROUTES TO NEW CYCLIC OLIGOSACCHARIDES(P)
GR/J87602/01 SYNTHETIC DENDRITIC POLYSACCHARIDES(P)
GR/J87848/01 CRYSTAL STRUCTURE ANALYSIS BY X-RAY DIFFRACTION TECHNIQUES(P)
GR/J87541/01 RESEARCH WITH STATE-OF-THE-ART MASS SPECTROMETRY(P)
GR/J02711/01 CONSTRUCTING AND EVALUATING POLYMERS WITH NOVEL MOLECULAR ARCHITECTURES(P)
GR/J36310/01 MOLECULAR RECOGNITION BETWEEN MOLECULAR COMPONENTS OF SELF-ASSEMBLED STRUCTURES(P)
GR/J36532/01 MASS SPECTROMETRY IN BIOMOLECULAR SCIENCES AND MOLECULAR ELECTRONICS(P)
GR/J36549/01 TOWARDS CONTROLLABLE MOLECULAR SHUTTLES(P)
GR/J01929/01 MESOMOLECULAR SYSTEMS: DESIGN, STRUCTURE ANALYSIS AND MODELLING(C)
GR/H68291/01 THE SYNTHESES AND PHOTOINDUCED ELECTRON TRANSFER PROPERTIES OF SOME (2) ROTAXANES.(P)
GR/H07306/01 SELF-ASSEMBLING SYNTHETIC SUPRAMOLECULAR POLYMERS(P)
GR/H03353/01 HIGH PRESSURE LIQUID CHROMATOGRAPHY IN UNNATURAL PRODUCT SYNTHESIS(P)
GR/G09399/01 ORGANIC MOLECULE SENSORS: DESIGN AND SYNTHESIS(P)
GR/H52863/01 TEMPLATE DIRECTED SYNTHESIS(P)
GR/H56977/01 THE EVOLUTION OF MOLECULAR DEVICES FROM NOVEL SYNTHETIC MATERIALS(P)
GR/H84895/01 SELF ASSEMBLY AND SELF REPLICATION OF DESIGNER MOLECULES(P)
GR/G16700/01 SELF ASSEMBLY AND SELF REPLICATION OF DESIGNER MOLECULES.(P)
GR/F80524/01 NEW SUPRAMOLECULAR AMIDOLITHIUM CHEMISTRY(P)
GR/F16233/01 ASYMMETRIC CATALYSIS WITH ORGANIC CATALYSTS(P)
GR/F45189/01 TEMPLATE DIRECTED SYNTHESIS(P)
GR/F12259/01 STRUCTURE-PROPERTY RELATIONSHIPS IN NOVEL CHIRAL LIQUID CRYSTAL SYSTEMS(C)
GR/E68600/01 THE EVOLUTION OF MOLECULAR DEVICES FROM NOVEL SYNTHETIC MATERIALS(P)
GR/D61451/01 CATALYTIC CHIRAL ENTRIES TOCARBOHYDRATES FROM FORMALDEHYDE USING THE FORMOSE REACTION(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator