Microbial Pentose Utilization - Current Applications in Biotechnology

Abstract

Part 1 Overview of problems and potential: energy demand lignocellulosic resources global availability of lignocellulosic materials nature of lignocellulosic materials applications in biotechnology. Part 2 Biosynthesis and biodegradation of hemicelluloses: biosynthesis of hemicellulosic substances chemistry of hemicelluloses enzymatic analysis of the structure biodegradation of hemicelluloses. Part 3 Extraction of pentosans from lignocellulosic materials: enzymatic treatment physical treatment milling chemical treatment thermal treatment. Part 4 Microbial uptake of pentoses: mode of sugar uptake pentose uptake in yeast pentose uptake in bacteria regulation of pentose uptake genetic studies on pentose uptake. Part 5 Microbial metabolism of pentoses: metabolism of D-xylose regulation of D-xylose metabolism metabolism of L-arabinose. Part 6 Microbial production of ethanol: microorganisms used for ethanol production kinetics of growth and product formation simultaneous pentose isomerization and fermentation whole cell immobilization coculture performance on natural substrates factors affecting ethanol production. Part 7 Microbial production of acetone and butanol: microorganisms used for acetone-butanol production kinetics of growth and product formation performance on natural substrates factors affecting acetone and butanol production. Part 8 Microbial production of 2,3-butanediol: microorganisms used for 2,3-butanediol production kinetics of growth and product formation reactor systems performance on natural substrates factors affecting 2,3-butanediol production. Part 9 Microbial production of organic acids: acetic acid lactic acid citric acid propionic acid itaconic acid fumaric acid mixed acid fermentation. Part 10 Microbial production of xylitol: microorganisms used for xylitol production kinetics of growth and product formation factors affecting xylitol production. Part 11 Microbial production of single cell protein (SCP) and single cell oil (SCO): microorganisms used for SCP production microorganisms used for SCO production. Part 12 Microbial tolerance to solvents and organic acids: effect of solvents and organic acids on cellular physiology of microorganisms adaptive modifications in microorganisms manipulation of membrane lipid composition and tolerance to solvents genetic basis of tolerance to solvents and organic acids. Part 13 Genetic improvement of pentose fermenting microorganisms: screening and mutagenesis genetic recombination gene cloning, expression and characterization. Part 14 Process evaluation and bioengineering: pretreatment of substrate fermentation design downstream processing economic evaluation future prospects.