Yuri Dyakov,
Vitaly Dzhavakhiya,
Timo Korpela
Comprehensive and Molecular Phytopathology
Gebonden Engels 2007 9780444521323Levertijd ± 9 werkdagen
Gratis verzonden
Samenvatting
This book offers a collection of information on successive steps of molecular ‘dialogue’ between plants and pathogens. It additionally presents data that reflects intrinsic logic of plant-parasite interactions. New findings discussed include: host and non-host resistance, specific and nonspecific elicitors, elicitors and suppressors, and plant and animal immunity. This book enables the reader to understand how to promote or prevent disease development, and allows them to systematize their own ideas of plant-pathogen interactions.
Specificaties
ISBN13:9780444521323
Taal:Engels
Bindwijze:Gebonden
Aantal pagina's:496
Uitgever:Elsevier Science
Serie:Studies in Plant Science
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Inhoudsopgave
Chapter 1 General information on parasitism
Chapter 2 Plant parasite organisms
2a Fungal Plant Pathogens
2b Bacterial Plant Pathogens
2c Plant Viruses and Viral Plant Diseases
2d. Plant Pathogen Nematodes
2e. Methods of Diagnostics
Chapter 3 Structural basis of plant-pathogen Interactions
Chapter 4 Phenomenology of Plant-Pathogen Relationships
Chapter 5 Horizontal Pathosystem: Parasite Attack Factors
Chapter 6 Horizontal Pathosystem: Resistance Factors
6a Anatomical-Morphological Factors
6b Regulation of Ontogenesis and Damage Reparation
6c Nutrient Values of Infected Organs and Tissues
6d Biochemical Resistance Factors
6e Chemical classification of Phytoanticipates
6f Resistance Strategies
6g Protein Inhibitors of Viruses
Chapter 7 Vertical Pathosystem: Avirulence Genes and their Products: Molecular
Interpretation of Genetic Data
7a. Abiogenic Elicitors
7b. Nonspecific Biogenic Elicitors
7c. Endogenous, Plant, or Secondary Elicitors
7d. Specific Elicitors
Chapter 8 Vertical Pathosystem: Resistance Genes and their Products. Signal Transduction
8a. Resistance Genes and Susceptible Genes
8b. Investigation of Resistance genes by the Methods of Classical Genetics
8c. Molecular Genetics Studies
8d. Signal Transduction - Signaling Systems
8e. G-Proteins
8f. Cycloadenilate Signaling Systems
8g. MAP-Kinase Signaling Systems
8h. Ca-Phosphatase Signaling Systems
8i. Lypooxygenase s.s.
8j. NADPH-oxydase (Superoxyde) s.s.
8k. NO-synthase s.s.
8l. Signaling Genetics
8m. Interactions of the Signaling Systems Inducing by Nonspecific and Specific Elicitors
Chapter 9. Hypersensitivity
Chapter 10. Immune Response
10a. Phytoalexins
10b. PR-Proteins
10c. Antiviral Proteins
10d. Proteinase Inhibitors
10e. Phenylpropanoids and Lignin
10f. Hydroxyprolin Reach Glicoproteins
10g. SAR
Chapter 11. Gene Silesings - RNA silencing as a general defense mechanism against pathogen
Chapter 12. Virulence Genes and their Products Suppressors (Impedines)
12a. Pathotoxins
12b. Enzymes
Chapter 13. General and Specific Aspects in Plant and Animal Immunity
Chapter 14. Molecular Basis of Plant Immunizations
Chapter 15. Development of Transgenic Plants Resistant to Diseases
Chapter 2 Plant parasite organisms
2a Fungal Plant Pathogens
2b Bacterial Plant Pathogens
2c Plant Viruses and Viral Plant Diseases
2d. Plant Pathogen Nematodes
2e. Methods of Diagnostics
Chapter 3 Structural basis of plant-pathogen Interactions
Chapter 4 Phenomenology of Plant-Pathogen Relationships
Chapter 5 Horizontal Pathosystem: Parasite Attack Factors
Chapter 6 Horizontal Pathosystem: Resistance Factors
6a Anatomical-Morphological Factors
6b Regulation of Ontogenesis and Damage Reparation
6c Nutrient Values of Infected Organs and Tissues
6d Biochemical Resistance Factors
6e Chemical classification of Phytoanticipates
6f Resistance Strategies
6g Protein Inhibitors of Viruses
Chapter 7 Vertical Pathosystem: Avirulence Genes and their Products: Molecular
Interpretation of Genetic Data
7a. Abiogenic Elicitors
7b. Nonspecific Biogenic Elicitors
7c. Endogenous, Plant, or Secondary Elicitors
7d. Specific Elicitors
Chapter 8 Vertical Pathosystem: Resistance Genes and their Products. Signal Transduction
8a. Resistance Genes and Susceptible Genes
8b. Investigation of Resistance genes by the Methods of Classical Genetics
8c. Molecular Genetics Studies
8d. Signal Transduction - Signaling Systems
8e. G-Proteins
8f. Cycloadenilate Signaling Systems
8g. MAP-Kinase Signaling Systems
8h. Ca-Phosphatase Signaling Systems
8i. Lypooxygenase s.s.
8j. NADPH-oxydase (Superoxyde) s.s.
8k. NO-synthase s.s.
8l. Signaling Genetics
8m. Interactions of the Signaling Systems Inducing by Nonspecific and Specific Elicitors
Chapter 9. Hypersensitivity
Chapter 10. Immune Response
10a. Phytoalexins
10b. PR-Proteins
10c. Antiviral Proteins
10d. Proteinase Inhibitors
10e. Phenylpropanoids and Lignin
10f. Hydroxyprolin Reach Glicoproteins
10g. SAR
Chapter 11. Gene Silesings - RNA silencing as a general defense mechanism against pathogen
Chapter 12. Virulence Genes and their Products Suppressors (Impedines)
12a. Pathotoxins
12b. Enzymes
Chapter 13. General and Specific Aspects in Plant and Animal Immunity
Chapter 14. Molecular Basis of Plant Immunizations
Chapter 15. Development of Transgenic Plants Resistant to Diseases
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