For the researchers of rice blast disease and plant blast resistances, IRBC is an important chance to exchange information and discussion on rice blast, which has been a rather minor topic on international plant pathological meetings. Especially for those in Asia, where the blast is one the most important agricultural concerns, IRBC was a unique opportunity to discuss on rice blast with scientists in the West, in where it is achieving the positions of a model pathogen and a model system to study plant microbe interactions. However, I and probably many of Japanese blast researchers have felt an accumulated frustration that, in world plant pathological conferences, the information presented from Asia is only a small fraction although they have much more information that may be valuable for world plant pathologists and resistance researchers. I have noticed also some concept gaps between the researchers in East and West, particularly in the field resistance and the multiline system. There seems to be few who study field resistance and multilines in the West, while in Japan they are expected to become mainstream strategies to suppress the disease. Surely there is a great value in rd having 3 IRBC in Japan for cultivating wider communication between the scientists of the East and West.

lgrsnf/A:\compressed\10.1007%2F978-0-306-48582-4.pdf

nexusstc/Rice Blast: Interaction with Rice and Control/d5a70aa595d5debb25fc615a6bf01704.pdf

scihub/10.1007/978-0-306-48582-4.pdf

zlib/Biology and other natural sciences/Isamu Yamaguchi (auth.), Shinji Kawasaki (eds.)/Rice Blast: Interaction with Rice and Control: Proceedings of the 3rd International Rice Blast Conference_2143050.pdf

Kawasaki, Shinji

Lukas Schreiber

Springer Science + Business Media BV

Da Capo Press, Incorporated

Kluwer Academic Publishers

Springer Nature

Hachette Books

Hachette GO

Place of publication not identified, 2010

United States, United States of America

Netherlands, Netherlands

Dordrecht, NE, 2004

Dec 01, 2010

Jun 01, 2004

1, 20130605

sm41107871

{"edition":"1","isbns":["0306485826","9048162688","9780306485824","9789048162680"],"last_page":302,"publisher":"Springer Netherlands"}

Source title: Rice Blast: Interaction with Rice and Control: Proceedings of the 3rd International Rice Blast Conference

Source title: Rice Blast: Interaction with Rice and Control

Front Matter....Pages i-x
Overview on the Chemical Control of Rice Blast Disease....Pages 1-13
RNA Silencing in the Blast Fungus Magnaporthe Grisea ....Pages 15-21
SAGE (Serial Analysis of Gene Expression) in Magnaporthe Grisea ....Pages 23-28
Approach to Understand Metabolic Networks Involved in Appressorium Function of Colletotrichum Lagenarium ....Pages 29-37
Proteomics of Magnaporthe Grisea: Liquid Chromatography Mass Spectrometry for the Identification of Extracellular Proteins....Pages 39-46
Identification and Characterization of Secreted Proteins from Magnaporthe Grisea ....Pages 47-55
Repeat-Induced Point Mutation (RIP) in Magnaporthe Grisea : Evidence for the Presence of Sexual Cycle in Nature....Pages 57-63
Relationship between Two Avirulence Genes: Avr-Hattan 3 and Avr-Piks ....Pages 65-69
Genome Evolution and Function of Resistance Genes....Pages 71-77
Broad-Spectrum Resistance Genes PI2 (T) and PI9 (T) are Clustered on Chromosome 6....Pages 79-86
Fine Genetic Mapping and Physical Delimitation of the Rice Blast Resistance Gene Pi5(t) to a 170-kb DNA Segment of the Rice Genome....Pages 87-106
Transposon-Insertion Lines of Rice for Analysis of Gene Function....Pages 107-112
Quantitative Trait Loci (QTL) Reactions to Rice Blast Isolates from Japan and the Philippines....Pages 113-121
Selection of Criterional Varieties for Evaluation of Blast Partial Resistance of Rice in the Tohoku Region of Japan....Pages 123-129
Genetic Dissection and Mapping of Genes Conferring Field Resistance to Rice Blast in Japanese Upland Rice....Pages 131-136
Studies on Partial Resistance to Rice Blast in the Tropics....Pages 137-143
Microarray Analysis of Gene Expression in Rice Treated with Probenazole, a Resistance Inducer, in Special Reference to Blast Disease....Pages 145-154
Cytology of Infection and Host Resistance in Rice Blast Disease....Pages 155-161
Probenazole (Oryzemate®) — A Plant Defense Activator....Pages 163-171
Genetic Engineering for Blast Disease Resistance in Rice, Using a Plant Defensin Gene from Brassica Species....Pages 173-178
Transgenic Rice Expressing Wasabi Defensin Gene Exhibit Its Enhanced Resistance to Blast Fungus ( Magnaporthe Grisea )....Pages 179-184
RESIDIV: Exploring the Genetic Diversity of Rice-Blast Host-Pathogen Interactions in China: A Tool to Improve Breeding for Resistance to Blast Disease....Pages 185-190
Durable Control of Rice Blast Disease with Multilines....Pages 191-199
Rice Blast Control with Sasanishiki Multilines in Miyagi Prefecture....Pages 201-207
Development and Utilization of Isogenic Lines Koshihikari Toyama BL ....Pages 209-214
Studies on the Rice Blast Pathogen, Resistance Genes, and Implication for Breeding for Durable Blast Resistance in Colombia....Pages 215-227
Development of Differential Varieties for Blast Resistance in IRRI-Japan Collaborative Research Project....Pages 229-233
Identification of Blast Resistance Genes in Elite Indica-Type Varieties of Rice ( Oryza Sativa L.)....Pages 235-240
Resistance of Some Chinese Hybrid Rice, Conventional Early Indica and Late Japonica Rice to Magnaporthe Grisea ....Pages 241-250
Triticale and Barley: New Hosts of Magnaporthe Grisea in São Paulo, Brazil — Relationship with Blast of Rice and Wheat....Pages 251-260
Genetics of Fertility and Mating Type in Magnaporthe Grisea ....Pages 261-270
Mating Type Alleles, Female Fertility and Genetic Diversity of Magnaporthe Grisea Populations Pathogenic to Rice from Five Asian Countries....Pages 271-279
Efficacy of Carpropamid Against Mutants of Magnaporthe Grisea at Codon 75 on Scytalone Dehydratase....Pages 281-287
Computer Simulation Approaches for Rice Blast Disease Forecasting in Japan....Pages 289-295
Simulation Models of Rice Blast Epidemics....Pages 297-302

This is the Proceedings of the 3rd IRBC which has the tradition of publishing the Proceedings of each conference. The timing is adequate for introducing the recent advances in the rice blast research. This time the resistance mechanism of rice against blast was the main topic, covering 23 of the 36 titles. It reflects the environment that the rice-blast interaction is becoming a model system to analyze the process of plant resistance against pathogens. Especially, many leading trials are introduced which are beginning to succeed to control the disease, and it can be a model case for interaction between the applied and basic sciences

2013-08-01