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LABORATORY OF ORGANIC CHEMISTRY

Synthesis of Bioactive Nitrogen-containing Compounds

Our research interests are focused on the field of Organic Synthesis. The ultimate goal of our basic research is the development of general synthetic methods and strategies, and their application to the synthesis of natural products, particularly indole and piperidine alkaloids, and other bioactive nitrogen compounds, both in the racemic series and enantiopure form. Our experience in this area has allowed us to tackle interdisciplinary research projects in the field of Biomedicine, in collaboration with research groups involved in other areas. Similarly, we are participating in joint projects with Chemical and Pharmaceutical companies aimed at the synthesis of compounds with therapeutical interest.

1. Research topics
  • New methodologies for the enantioselective synthesis of nitrogen compounds
    -General methodologies for the enantioselective synthesis of piperidine-containing derivatives
    - Use of aminoalcohol-derived bicyclic lactams as versatile chiral synthons
    - Cyclocondensation reactions involving dynamic kinetic resolution processes or the desymmetrization of enantiotopic groups
    - Enantioselective synthesis of piperidine and indole alkaloids
  • General methods and strategies for the synthesis of alkaloids
  • Biomimetic syntheses
  • Synthesis of drugs and therapeutically active compounds

2. Areas of expertise
  • Organic synthesis: design and realization
  • Synthesis of drugs and new therapeutically active substances
  • Heterocyclic chemistry (synthesis of heterocyclic compounds)
  • Fine chemistry
  • Development of new synthetic routes for drugs and improvement of processes
  • Isolation, structural determination and synthesis of impurities
  • Structural elucidation by spectroscopic methods
  • Organometallics
3. Recent ongoing projects
  • Aminoalcohol-derived bicyclic lactams as chiral synthons for the enantioselective synthesis of piperidine-containing alkaloids and bioactive compounds
  • Synthesis of alkaloids: general metods and strategies
  • Oral antidiabetic agents: new procedures for the synthesis of azasugars (Marató TV3 Foundation)
  • New synthetic routes to generic active pharmaceutical ingredients (Urquima, S. A.)
  • Synthesis of platelet activating factor analogues (Marató TV3 Foundation)
  • Synthesis of COX-2 inhibitors (Laboratorios Salvat)
  • Synthesis of new dopaminergic agents (Zambon group)
  • Design and synthesis of new phenytoine pro-drugs (Laboratorios Rubió, S. A.)
  • Synthesis of 5-HT1D receptor agonists (Almirall Prodesfarma)
  • Synthesis of new therapeutic agents (laboratorios Vita, S. A.)

4. Selected papers

5. Recent patents

6. Recent synthetic achievements 

7. Current collaborations
 

8. Group members

Prof. Joan Bosch joanbosch@ub.edu brief CV
Tel. 93.402.45.38
Fax: 93.402.45.39

Prof. Mercedes Amat amat@ub.edu brief CV
Tel. 93.402.45.40
Fax: 93.402.45.39

Dr. Núria Casamitjana ncasamitjana@ub.edu
Dr. Asensio González
asensiogonzalez@ub.edu
Dr. Núria Llor nllor@ub.edu

Dr. Carmen Escolano cescolano@ub.edu
Dr. Rosa Griera griera@ub.edu
Dr. Maria Pérez mariaperez@ub.edu
Dr. Antonia Gómez amgomez@ub.edu
Dr. Danika Jovic jokicdanica@yahoo.es
Laura Navio nn.laura@gmail.com
Viviane Elias Khalil viviane_e@hotmail.com
Oscar Lozano oscar10001@terra.es
Tania Minaglia tania.minaglia@hotmail.com
Begoña Checa bcheca@ub.edu
Arantxa Gómez arantxagomezesque@ub.edu
Robert Fabregat robertfabregat@hotmail.com
Vladislav Semak slavosemak@yahoo.com
Carlos Arroniz
carronsa7@far.ub.edu

 



 

 

 

 

 
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