Joint Session Symposium

CHEM-BIO-TECH2007

IUPAC is launching through its Division of Organic & Biomolecular Chemistry a combined Biomolecular-Biotechnology Symposium as a major component of the 41st IUPAC Congress. This four-day CHEM-BIO-TECH Symposium comprises IUPAC’s 1st Symposium on Chemical Biotechnology (ISCB-1) held jointly with IUPAC’s 8th ISBOC meeting. In designing the program, the goal has been to focus on work at the interface of biotechnology and biomolecular chemistry from which many key industrial and academic advances have sprung. The program embraces a variety of topics ranging from novel drug discovery, biosynthesis, biocatalysis and organic synthesis through artificial enzymes and other emerging biotechnological applications. Attention will be devoted to the industry’s experience in drug research and in biotechnological production. We have invited speakers whom we believe will deliver exciting science.

Chair
Prof Francesco Nicotra, University of Milano Bicocca, Italy
francesco.nicotra@unimib.it

Co-Chair
Prof. Mary Garson, University of Queensland, U.S.A.
m.garson@uq.edu.au

Session Topics:

  1. Natural products, synthesis, biosynthesis, isolation
    Chair: : Prof Mary Garson
    Keynotes:
    • Ian Paterson, University of Cambridge, UK
      Synthesis of marine natural products as promising anticancer agents
    • Gabriele König, University of Bonn, Germany
      Strategies for the discovery of structurally novel natural products
    • Barbara Potts, Nereus Pharmaceuticals, USA
      NPI-0052 (Salinosporamide A): Chemical Challenges with Practical Solutions
  2. Industrial application of bio-organic chemistry and biotechnology
    Chair: Prof. Francesco Nicotra
    Keynotes:
    • Chris Guske, Tate&Lyle, USA
      Metabolic Engineering for Profit - Know the Endgame
    • Frank Petersen, Novartis, Switzerland
      Natural Product - Roles in cultural Development and Relevance for Medical Research
    • Pierfausto Senesi, University of Milan, Italy
      Novel concepts in the design of kinase inhibitors as treatments for CNS diseases
    • Klaus Müller, Roche, Switzerland
      Molecular design beyond potency and selectivity
  3. Bio-organic and bio-inorganic chemistry, biosynthesis, biocatalysis, artificial enzymes (1)
    Chair: Prof Krishna Ganesh
    Keynotes:
    • Craig Townsend, JohnsHopkins University, USA
      Dissection of iterative type I PKS function
    • Christopher Schofield, University of Oxford, UK
      The Molecular Mechanism of the Hypoxic Response
    • Rüdolf Allemann, University of Cardiff, UK
      Chemical wizardry: the generation of structural diversity in terpene biosynthesis
    • Liangren Zhang, University of Beijing, China
      Calcium signal pathway targeted nucleotide: design and synthesis of cyclic ADP-ribose
  4. Natural products, nucleic acids
    Chair: Prof Lihe Zhang
    Keynotes:
    • Atta-ur-Rahman, University of Karachi, Pakistan
      Bioactive substances of natural origin – recent advances
    • Serge Beaucage, FDA, USA
      Progress in the synthesis of thermolytic DNA oligonucleotide prodrugs and oligoribonucleotides for potential therapeutic applications
    • Michael Blackburn, University of Sheffield, UK
      Understanding and mis-understanding transition states for enzyme reactions - the case for phosphate esters
  5. Analytical methods applied to molecular recognition, proteomics and metabolomics
    Chair: Prof. Jonathan M. Blackburn
    Keynotes:
    • Jesus Jimenez Barbero, CSIC, Spain
      Biomolecular interactions: The specific recognition of carbohydrates by proteins. A 3D view using NMR
    • Gary Siuzdak, Scripps Centre for Mass Spectrometry, USA
      Exploring the Limits of Mass Spectrometry in Biochemical Research
  6. Bio-organic and bio-inorganic chemistry, biosynthesis, biocatalysis, artificial enzymes (2)
    Chair: Prof Vadim Ivanov
    Keynotes:
    • James Cowan, Ohio State University, USA
      Catalytic metalloDrugs - A new paradigm for drug design
    • Stefan Matile, University of Geneva, Switzerland
      Artificial Tongues and Leaves
    • Alexandre Gabibov, Russian Academy of Sciences, Russia
      Artificial enzymes and abzymes