… electron acceptor and balances the redox potential in the cell … fermentation pathway starts
with the conversion of d-xylose to … mobilis with Pachysolen tannophilus were co-cultured for co-…

… extracts of the fungus Cryptococcus flavus grown on d-xylose … Procion Red H-8B (reactive
Red 31) was immobilized on … differing in hydrophobic and hydrogen bonding capabilities with …

… for cultivation of micro-organisms is directly reflected in their physiological phenotype and
their fermentation performance, which in turn affects … were obtained in aerobic YP medium and …

… Production of ethanol from D-xylose by using Dxylose … dark hydrogen fermentation. Bioresour
Technol. 196:250-5. … High-temperature ethanol fermentation by immobilized coculture of …

… The addition of an artificial hydrogen acceptor to P. tannophilus under anaerobic and … NADH
in xylose-fermenting cells (Ligthelm et al., 1989). However, oxygen has a similar stimulatory …

… under anaerobic conditions, even though the effect was not … d-Xylose is a major component
of the hydrolyzate of … biomass by fermentation is possible by using free or immobilized cells. …

… In this chapter, the D-xylose assimilation pathway, the metabolic engineering of S. … The
studies on the effect of addition of hydrogen acceptor later were performed on P. tannophilus (…

… D-xylose is first reduced to xylitol by a reduced nicotinamide … Phenol-induced membrane
changes in free and immobilized … and phenolic compounds on dark hydrogen fermentation. …

… Some yeasts (Pachysolen tannophilus, Pichia stipitis, Candida … preferentially uses NAD
as an acceptor (172). In xylose … hydrolyzate by C guilliermondii cells, immobilized in calcium-…

… We also focused on the role of microorganisms in fermentation … The oxidizing affects of
electron beams results in the … of cell walls, the breakdown of intermolecular hydrogen bonding …