Breeding for disease resistance
著者
書誌事項
Breeding for disease resistance
（Developments in plant pathology, v. 1）
Kluwer Academic, c1992
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注記
Reprinted from Euphytica 63(1-2)
"Proceedings of the International Conference on Breeding for Disease Resistance held at Newcastle-upon-Tyre, U.K. on 16-19 December 1991"--T.p. verso
Includes bibliographical references and index
内容説明・目次
内容説明
There is an increasing need for an understanding of the fundamental processes involved in the mechanisms by which disease resistances are introduced into crop plants. This book provides a wide-ranging coverage of the successes and failures of the classical techniques; it describes the advances towards modern technology and addresses the problems of pathogen variation. Crop plants that are considered include: cereals (wheat, barley, rice), potatoes, vegetables and soft fruits.
目次
- 1. General comments about breeding for resistance
- R. Johnson. 2. Use of gene banks and short accounts of several diseases in different crops
- N.L. Innes, J.T. Fletcher. 3. Requirement for multiple resistance in a single crop
- J.G. Jellis. 4. Several diseases and possible mechanisms
- B. Williamson. 5. Association of resistance with biochemical mechanisms
- R. Mithen. 6. Parasitic plant resistance and mechanism
- A. Lane, J.A. Bailey. 7. In depth study of single disease
- I.R. Crute. 8. Durable and non-durable resistance to a class of diseases (rusts of wheat)
- R.A. McIntosh. 9. Durable and non-durable resistance to a single disease (rice blast)
- J.M. Bonman. 10. Pathogen variation
- B. Valent. 11. Pathogen variation relating to another single disease (barley powdery mildew)
- M.S. Wolfe, et al. 12. A single gene for durable resistance still effective (barley powdery mildew)
- J.H. Jorgensen. 13. A single gene that was durable but finally became ineffective (barley stem rust)
- B.J. Steffenson. 14. Another example, for a virus disease, of resistance that lasted and then became ineffective
- D.A.C. Pink. 15. Resistance to several virus diseases
- R.S.S. Fraser. 16. Genetic transformation to virus resistance of potatoes
- M.J. Huisman.
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