The Phytochemistry of Cell Recognition and Cell Surface Interactions 1981
DOI: 10.1007/978-1-4684-3986-1_3
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Structure and Function of Complex Carbohydrates Active in Regulating the Interactions of Plants and Their Pests

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Cited by 4 publications
(3 citation statements)
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“…1B) in multiple transgenic reduced lignin alfalfa lines is consistent with the hypothesis that release of pectic elicitors from underlignified secondary cell walls in HCT-RNAi lines induces SA, and thereby defense responses, in the same manner as would occur when pathogens degrade cell walls during ingress (11,12) rather than that the SA accumulates simply as a result of metabolic spillover from the monolignol pathway. A program of secondary wall formation with limited lignification can result in pectin that is more extractable (11), and pectic oligosaccharides are well known as elicitors of plant defense responses (12,29,30).…”
Section: Sa-mediated Growth Effects In Low-lignin Plants May Operate mentioning
confidence: 99%
“…1B) in multiple transgenic reduced lignin alfalfa lines is consistent with the hypothesis that release of pectic elicitors from underlignified secondary cell walls in HCT-RNAi lines induces SA, and thereby defense responses, in the same manner as would occur when pathogens degrade cell walls during ingress (11,12) rather than that the SA accumulates simply as a result of metabolic spillover from the monolignol pathway. A program of secondary wall formation with limited lignification can result in pectin that is more extractable (11), and pectic oligosaccharides are well known as elicitors of plant defense responses (12,29,30).…”
Section: Sa-mediated Growth Effects In Low-lignin Plants May Operate mentioning
confidence: 99%
“…Acid invertases (fl-o-fructofuranoside fructohydrolase, E.C. In plant-fungal pathogen interactions, variability in the carbohydrate components of invertase glycoprotein between different strains of the pathogen has been related to the compatibility of the host-pathogen interaction (Ziegler and Albersheim 1977;Albersheim et al 1981), and it is possible that the enzyme may function similarly in determining specificity in ericoid mycorrhizas, as has been suggested for acid phosphatases. In plant-fungal pathogen interactions, variability in the carbohydrate components of invertase glycoprotein between different strains of the pathogen has been related to the compatibility of the host-pathogen interaction (Ziegler and Albersheim 1977;Albersheim et al 1981), and it is possible that the enzyme may function similarly in determining specificity in ericoid mycorrhizas, as has been suggested for acid phosphatases.…”
Section: Introductionmentioning
confidence: 99%
“…* Otherwise, no attempt has been made to include 1 -* 4 (major) 1 1 --6 (minor) J -'i 1 Glucuronoxylofucan, e.g., ascophyllan These repetitive features form the basis for the classification of polysaccharides by structure.…”
Section: Introductionmentioning
confidence: 99%