Scientific programme
- Functional genomics and transcriptome platform for Rhizoctonia species
- Detection tools for Rhizoctonia complex in environmental samples
- Innovations and technology transfer for Rhizoctonia species
- What is new in Rhizoctonia research
- Disease control and plant health management
- Pathogenic and symbiotic plant interaction
- Molecular technologies: Innovations and technology
Invited Speakers
Konstantinos Aliferis, McGill University Canada, Metabolomics of Rhizoctonia
Paul Bayman, University of Puerto Rico, Rhizoctonia as a mycorrhizal organism
Cord Buhre,Institute of Sugar Beet Research, Göttingen, Germany Control of Rhizoctonia in sugarbeet
Marc Cubeta, North Carolina State University, The Rhizoctonia genome sequencing project
Paulo Ceresini, Swiss Federal Institute of Technology Zurich, Phylogenetics and Population genetics of Rhizoctonia
Vadakattu Gupta, CSIRO Australia, Genetic and catabolic microbial mechanisms of Rhizoctonia suppressive soils
Suha Jabaji, McGill University Canada, Microarray analysis of differentially expressed genes of Rhizoctonia solani
Yulin Jia, USDA-ARS Dale Bumpers Rice Research Institute, Signalling in the Rhizoctonia-rice pathosystem
Kathy Ophel-Keller, South Australian Research and Development Centre, Quantitative PCR detection of Rhizoctonia in soil
Hans Schneider, IRS, The Netherlands, Management of rhizoctonia root rot in sugar beet from a Dutch perspective
Baruch Sneh, Tel Aviv University Israel, Molecular methods of identification compared to with the classical anastomosis
Stellos Tavantzis, University of Maine, dsRNAs of R. solani
Takeshi Toda, Gifu University and North Carolina State University, Transformation of AG3
Frank Wong, UC Riverside, Biology and management of Rhizoctonia in turf
Copyright © 2006: Stephen Neate NDSU
Webdesign: Mary-Anne Fiebig, NDSU
Last updated:
July 29, 2008