ANORCQ 2010 Seminar
- Time:
- 14:00 - 13:50
- Date:
- 11 - 14 April 2010
- Venue:
- Avenue Campus, University of Southampton
Event details
ANORCQ X
Sunday April 11
1400-1700
Registration
1700-1800
Plenary
Teck Peng Loh, Nanyang Technological University, Singapore
Discovery of New Synthetic Methods and Their Applications in Organic Synthesis
1800-1850
Invited
Andrew Cammidge, University of East Anglia, UK
Extended Aromatic and Antiaromatic Materials - Design, Synthesis and Properties
1850-1930
Short presentations selected from posters
1930
Dinner
Monday April 12
0900-1000 Plenary
Tohru Fukuyama, University of Tokyo, Japan
Development of Nosyl Chemistry and Its Application to Total Synthesis
1000-1050 Invited
Vincent Dalla, University of Le Havre, France
Acid-catalyzed N-Acyliminium Ion Chemistry: Development, Applications and Perspectives
1050-1120
Coffee
1120-1220 Plenary
Mohammad Movassaghi, MIT, USA
Complex Alkaloid Total Synthesis
1220-1350
Lunch
1350-1500
Short presentations selected from posters
1500
Excursion to Portsmouth
1900
Conference dinner on board HMS Warrior 1860
Tuesday April 13
0900-1000 Plenary
Herbert Waldmann, MaxPlanck Institute Dortmund, Germany
Biology Oriented Synthesis
1000-1050 Invited
David Spring, University of Cambridge, UK
Search for New Antibacterials Using Diversity-Oriented Synthesis
1050-1120
Coffee
1120-1230
Short presentations selected from posters
1230-1400
Lunch
1400-1500
Plenary Scott Snyder, Columbia University, USA
Lessons in Chemoselectivity: Total Synthesis of Polyphenolic Natural Products
1500-1550
Invited Pierre-Yves Renard, University of Rouen, France
Three Dimensions are Better than Two!: Design, Synthesis and Application of an Orthogonal Heterotrifunctional Reagent
1550-1620
Coffee
1620-1900
Poster session
1930
Dinner
Wednesday April 14
0900-1000 Plenary
Philip Kocienski, University of Leeds, UK
The Synthesis of Ionomycin
1000-1100 Plenary
David Harrowven, University of Southampton, UK
Flat, Twisted and Purple Frilly Molecules
1100-1130
Coffee
1130-1220 Invited
Jean-Luc Renaud, University of Caen, France
Acid Catalysis and Anodic Oxidation for a Rapid Access to Nitrogen- and Oxygen-Containing Heterocycles
1220-1350
Lunch