Institute of Organic Chemistry

Funding

  • DFG Schu 395/2 (2/76) Homogeneous Catalysis Using Soluble Polymeric Metal Complexes
  • DFG Schu 395/3 (2/77) Homogeneous Catalysis Using Soluble Polymeric Metal Complexes
  • DFG Schu 395/4 (2/77) Selectivity of pi-Complexation of Olefins with Homogeneous Rhodium-Catalysts
  • DFG Schu 395/6 (1/78) Selectivity of pi-Complexation of Olefins with Homogeneous Rhodium-Catalysts
  • DFG Schu 395/7 (1/78) Asymmetric Homogeneous Catalysis with Chiral Ligands and Polymers
  • DFG Schu 395/8 (8/79) Complexation Chromatography
  • DFG Schu 395/9-4 (12/80) Complexation Chromatography
  • DFG Schu 395/9-5 (1/82) Complexation Chromatography
  • Stiftung Volkswagenwerk 1/38 (12/82) Chirodichroism of Planar d8-Metal Complexes
  • DFG Schu 395/9-6 (12/82) Complexation Chromatography
  • DFG Schu 395/9-7 (6/84) Complexation Chromatography
  • DFG Schu 395/10-1 (9/84) Enantioselective Enzymatic Oxidation
  • DFG Kl 405/3-1 (7/85) Scolytus-Pheromones (with Dr. Klimetzek, Dr.Francke)
  • SP-DFG Schu 395/11-1 (7/85) Chiral Recognition Through Non-covalent Interactions
  • Stiftung Volkswagenwerk 1/38 (7/85) Chirodichroism of Planar d8-Metal Complexes
  • DFG Schu 395/11-1 (7/85) Chiral Recognition Through Non-covalent Interactions in the Gas-Chromatographic System
  • Research Programme of the State Baden-Württemberg on Natural Products (1985) Pheromones
  • DFG Schu 395/10-2 (4/87) Enantioselective Enzymatic Oxidation
  • Research Programme of the State Baden-Württemberg (1988-1993) Enantiomere Speaker: V. Schurig (Participants: Bayer, Effenberger, Helmchen, Nagel, Schurig, Stegmann)
  • DFG Schu 395/12-1 (3/88) Cyclodextrins
  • DFG Schu 395/11-2 (7/88) Chiral Recognition Through Non-covalent Interactions in the Gas-Chromatographic System
  • DFG Schu 395/10-3 (9/89) Enantioselective Enzymatic Transformation
  • DFG Schu 395/13-1 (11/89) Azadirachtin Partial Structure (with J. Jauch)
  • DFG Schu 395/12-2 (4/91) Cyclodextrins
  • Stiftung Volkswagenwerk (12/93) Metal-beta-diketonatato-catalyzed Asymmetric Hetero-Diels-Alder Reaction
  • DFG Schu 395/15-1 (9/93) Capillary Electrophoresis
  • DFG Schu 395/15-2 (10/93) Capillary Electrophoresis
  • DFG Go 301/23-1 (11/94) Molecular Pattern Recognition with Supramolecular Structures and Polymers (Research Group)
  • European Commission 1995-1998 TEMPUS PHARE Project: "New Curriculum in Chiral Chemistry", Comenius University, Bratislava (cf. Enantiomer 4 (1999)153-370).
  • DFG Schu 395/12-3 (2/95) Cyclodextrins
  • DFG Schu 395/16-1 (7/95) Enantiomerically Pure Polymer-bound Calixarenes as New Selectors in Chromatography. Enantiomer Separation of Chiral Fullerenes
  • DFG Schu 395/15-3 (7/95) Enantiomer Separation by Capillary Electrophoresis
  • Research Programme of the State Baden-Wrttemberg (6/97) (Cooperation with The Hebrew University, Jerusalem, Israel (with Prof. Yagen and Prof. Bialer) Preparation and Testing of Stereoisomers of Existing Antiepileptic Drugs in Order to Develop Better and Safer Therapeutic Agents
  • DFG Schu 395/17-1 (3/98) Determination of Barriers of Inversion of Chiral Nitrogen Compounds by Dynamic and Stopped-Flow gas Chromatography (Cooperation 436 RUS 113/494/0(R) in the Framework of a Memorandum Between DFG and RFFI (with Prof. Kostyanovski)
  • DFG Schu 395/16-2 (4/99) Chiral Polysiloxane-bound Calixarenes as New selectors in Chromatograpy for Enantiomer Separation
  • DFG FOR 187/3-1 (12/99) Research Group "Molecular Pattern Recognition with Supramolecular Structures and Polymers", Project: "Synthesis of Chiral Polysiloxanes and Application for Chirality Recognition in Multisensorsystems".
  • INTAS Project: "Predetermined Spontaneous Resolution", Grant No 99-00157
  • DFG Schu 395/15-5 (5/00) Enantiomer Separation by Capillary Electrophoresis
  • DFG Schu 395/17-3 (2/02) Determination of Barriers of Inversion of Chiral Nitrogen Compounds by Dynamic and Stopped-Flow-Gas Chromatography
  • DFG 418 SPA 112 (2/03) Support of Guest Visit Dr. Gracia Patricia Blanch Manzano, Instituto de Fermentaciones Industriales, Madrid
  • DFG Schu 395/16-3 (7/03) Chiral Polysiloxane-bound Calixarenes as New selectors in Chromatograpy for Enantiomer Separation
  • BMBF Project: "Highly Precise and Throughput-Increasing Technologies for the Electron-Beam-Nanolithography", 1.6.2000 - 31.5.2003.
  • DFG Schu 395/18-2 (11/05) Combinatorial Chiral Selectors for the Enatiomeric Separation by Chromatography and Electromigration
  • DFG Schu 395/19-1 (2/05) Gas Chromatography for the Determination of Extraterrestrial Homochirality I.
  • TL-Foundation Tübingen (5/05) Miniaturized Gas Chromatography for the Determination of Extraterrestrial Asymmetry.
  • DFG Schu 395/19-2 (8/06)Gas Chromatography for the Determination of Extraterrestrial Homochirality II.
  • DFG (1996-2007) Member in the Graduate-Colleges "Analytical Chemistry" and "Chemistry in Interphases".