molecular design and synthesis - organic synthesis › chemtech_nanocentre › ... · and synthesis...
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Synthesis and Separations• State-of-the-art synthetic laboratory• Several microwave reactors: mono -
mode, multimode, peptide synthesizer• Flow chemistry: Thalesnano X-
Cube flow reactor, Chemtrixmicroflow reactor
• Chromatography: MPLC, HPLC,Chromatotron
• UV-reactor, Parr apparatus, steelpressure reactors
• Heidolph Synthesis - parallelsynthesis equipment
Spectroscopy• NMR spectroscopy: Bruker 600,
400, 300 MHz + automatization• Mass spectrometry: LC-MS and
GC-MS• FTIR, UV Vis spectrofotometers
Research Themes
Research Infrastructure
Opportunities to collaborate
Molecular Design and Synthesis - Organic Synthesis
Leuven Chem&Tech • Leuven NanoCentre
• Implementation of new synthetic methodology in material and medicinal chemistry• Availability of libraries of medicinally relevant compounds• Advanced NMR spectroscopy, NMR screening, characterization of natural products• Synthesis and application of novel fluorescent dyes, ligands, sensors,
supramolecular hosts• Process enhancement e.g. microwave-assisted chemistry, flow chemistry
ContactDepartment of ChemistryMolecular Design and SynthesisCelestijnenlaan 200F
3001 LEUVEN, Belgium
http://chem.kuleuven.be/en/research
/mds/index.html
To all Leuven Chem&Tech
and Leuven NanoCentre
scientific posters
More info on these research themes
Heterocyclic and Medicinal Chemistry• Multicomponent reactions• Design of peptides and
peptidomimetics• Natural product derivatives• Diversity-oriented synthesis
Supramolecular Chemistry• Macrocyclic chemistry: porphyrins,
calixarenes, cyclophanes• Dendrimers and hyperbranched
polymers
• (Hetera)helicenes, atropoisomericcompounds
• Fluorescent dyes and sensors
Synthetic Methodology• Transition metal catalysis• Selectivity of organic reactions• Microwave assisted organic synthesis• Flow chemistry• Solid phase organic and peptide
synthesis