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Fungal gene expression during pathogenesis-related development and host plant colonization

Material type: TextSeries: ; Current Opinion in MicroBiology, 4(4), p.374-380, 2001Contained works:
  • Kahmann, R
  • Basse, C
Online resources: Abstract: To successfully infect plants, pathogenic fungi must recognize and communicate with their host during different stages of the disease cycle. In past years, techniques such as insertional mutagenesis, sensitive GFP-based reporter systems and microarray techniques have been developed to analyze these processes at the molecular level, and now novel insights into this fascinating aspect of pathogen-plant communication are beginning to emerge. This is exemplified by a number of pathogenicity genes functioning in distinct stages of pathogenic development in Magnaporthe grisea.
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To successfully infect plants, pathogenic fungi must recognize and communicate with their host during different stages of the disease cycle. In past years, techniques such as insertional mutagenesis, sensitive GFP-based reporter systems and microarray techniques have been developed to analyze these processes at the molecular level, and now novel insights into this fascinating aspect of pathogen-plant communication are beginning to emerge. This is exemplified by a number of pathogenicity genes functioning in distinct stages of pathogenic development in Magnaporthe grisea.

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