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Food --- Polysaccharides --- Polysaccharide content. --- Composition

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Microbial polysaccharides represent an attractive alternative to those from plants or macro algae. They can be produced from renewable sources including lignocellulosic waste streams. Their production does not depend on geographical constraints and/or seasonal limitations. Additionally the manipulation of biosynthetic pathways to enhance productivity or to influence the chemi-cal polysaccharide composition is comparatively easy in bacteria. Microbial exopolysaccharides represents a valuable resource of biogenic and biodegradable polymers, suitable to replace petro based polymers in various technical applications. Furthermore, biocompatible exopolysaccha-rides are very attractive in medical applications, such as drug delivery systems, use as vaccines or nanoparticles. This research topic will depict the status quo, as well as the future needs in the field of EPS and biofilm research. Starting from the unexplored diversity of microbial polysaccharide producers to production processes and possibilities for modifications, to enhance the already high number of functionalities based on the chemical structures. An overview of the recent and future applications will be given, and the necessity in unravelling the biosynthesis of microbial exopolysaccharide producers is depicted, highlighting the future trend of tailor made polymers. Constraints in structure analysis of these highly complex biogenic polymers are described and different approaches to solve the restrictions in imaging and NMR analysis will be given. Therefore; this research topic comprises the whole process from genes to applications.

alginate --- screening for microbial exopolysaccharide producers --- polysaccharide applications --- structural analysis of polysaccharides --- polysaccharide modifying enzymes --- biofilm --- rare sugars --- exopolysaccharide biosynthesis --- Microbial polysaccharides --- tailor made exopolysaccharides

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Microbial polysaccharides represent an attractive alternative to those from plants or macro algae. They can be produced from renewable sources including lignocellulosic waste streams. Their production does not depend on geographical constraints and/or seasonal limitations. Additionally the manipulation of biosynthetic pathways to enhance productivity or to influence the chemi-cal polysaccharide composition is comparatively easy in bacteria. Microbial exopolysaccharides represents a valuable resource of biogenic and biodegradable polymers, suitable to replace petro based polymers in various technical applications. Furthermore, biocompatible exopolysaccha-rides are very attractive in medical applications, such as drug delivery systems, use as vaccines or nanoparticles. This research topic will depict the status quo, as well as the future needs in the field of EPS and biofilm research. Starting from the unexplored diversity of microbial polysaccharide producers to production processes and possibilities for modifications, to enhance the already high number of functionalities based on the chemical structures. An overview of the recent and future applications will be given, and the necessity in unravelling the biosynthesis of microbial exopolysaccharide producers is depicted, highlighting the future trend of tailor made polymers. Constraints in structure analysis of these highly complex biogenic polymers are described and different approaches to solve the restrictions in imaging and NMR analysis will be given. Therefore; this research topic comprises the whole process from genes to applications.

alginate --- screening for microbial exopolysaccharide producers --- polysaccharide applications --- structural analysis of polysaccharides --- polysaccharide modifying enzymes --- biofilm --- rare sugars --- exopolysaccharide biosynthesis --- Microbial polysaccharides --- tailor made exopolysaccharides

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Farine de céréale --- Cereal flours --- Triticum --- Gluten --- Protéine --- proteins --- Glucide --- Carbohydrates --- Polymers --- Propriété rhéologique --- Rheological properties --- 577.114.7 --- 664.236 --- Polysaccharide and carbohydrate complexes. Pentosans --- Theses --- 664.236 Gluten --- 577.114.7 Polysaccharide and carbohydrate complexes. Pentosans

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"Carbohydrate Polymer Technologies and Applications is an open access scholarly journal devoted to scientific and technological aspects and applications of polymers and oligomers containing carbohydrate. ... Carbohydrate Polymer Technologies and Applications will cover most polymers and oligomers containing carbohydrate, including carbohydrate polymers, cyclodextrins, glycoproteins, glycolipids, dendrimers containing carbohydrate, glycopeptide linkages, glycoproteins, lipopolysaccharides, peptidoglycans and proteoglycans. ... From the molecular point of view, characteristics of the carbohydrate-containing molecule will be paramount covering analysis, molecular weight, structure, physicochemical aspects. Enzymic biodegradation and biosynthesis of carbohydrate-containing molecules will also be covered."--Publisher

Polymers --- Oligomers --- Polymers. --- Polymere --- Polymeride --- Polymers and polymerization --- Macromolecules --- Polymer --- Oligimers --- organic chemistry --- carbohydrate --- polymer --- oligomer --- biochemistry --- Oligomers. --- Polysaccharides --- Biopolymers --- Bioplastics --- Bioplastic --- Biopolymer --- Glycan --- Glycans --- Polysaccharide