Plant Cell Wall Proteins and Development

• Main Authors: Jamet, Elisabeth, Dunand, Christophe
• Format: eBook Book
• Language: English
• Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023; MDPI
• Subjects: 5-bisphosphate; acid growth; applications; Arabidopsis thaliana; arabinogalactan proteins; auxin; bioinformatics; Biology, life sciences; Brachypodium; Brachypodium distachyon; calcium signaling; callose; callose synthase; carbohydrate binding module (CBM); cell wall; cell wall properties; cell wall protein; Cellular Biology; cellulase; cellulose; Class III peroxidase; degree of methylesterification (DM); development; DUF642 family; evolution; EXO70; exocyst complex; extensins; fasciclin-like AGP; FLA; flooding; Glycine max; glycosyl hydrolase family 9; grain; green lineage; H+-ATPase; hechtian oscillator; homogalacturonan (HG); homogalacturonans; immunohistochemistry; leaf; Life Sciences; Mathematics and Science; matricellular proteins; Medicago truncatula; microdomains; modeling; monocot; morphogenesis; Mpb83; n/a; nucleus; nutrients; Oryza sativa; PAC domain; pectin; pectin methylesterase inhibitor (PMEI); pectins; periostin; phosphate starvation; phosphatidic acid; phosphatidylinositol 4; phospholipids; Phyllotaxis; phylogenetics; phylogeny; Pi mobilization; plant; plant cell wall; plant cell walls; plant development; plant genome; plant hormone; plasma membrane; plasma membrane domains; plasma membrane ion fluxes; plasmodesmata; polar exocytosis; polysaccharide; protein–protein interaction; proteome; Reference, Information and Interdisciplinary subjects; remodeling; Research and information: general; rice; root plasticity; root system architecture; roots; RT-qPCR; Saccharum spp; SOS5; stiff brome; stress; sugarcane; temperature stress; tonoplast; transgenic soybean; trichome; Vegetal Biology; wheat; XTH gene family; Zea mays; zygotic embryo
• ISBN: 9783036575919; 9783036575902; 3036575901; 303657591X
• DOI: 10.3390/books978-3-0365-7591-9

This reprint focuses on proteins as critical components of plant cell walls. They contribute not only to the overall architecture of the walls but also to the rearrangement of the cell wall polymers to enable growth, differentiation, and appropriate responses to biotic and abiotic stresses, thus allowing the adaptation of plants to their changing environment. Different experimental approaches are illustrated and the roles of a set of protein families are described. Moreover, new concepts involving the role of cell wall proteins in organ morphogenesis through calcium signaling are discussed.