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In this study, three transcription factors (Gcn4p, Yap1p, and Rpn4p) were selected as the conserved regulative modules for xylose metabolism.
Both the conserved regulatory modules for xylose metabolism and the key modules responsible for host dependence were identified.
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The fact that modules that are quite specific for xylose oligomers bind to these structures, suggests presence of at least rudimentary xylan in pine bordered pit chambers.
A central question in xylose fermentation by Saccharomyces cerevisiae engineered for xylose fermentation is to improve the xylose uptake.
Xylose reductase (XR) and xylitol dehydrogenase (XDH) are the key enzymes for xylose fermentation and have been widely used for construction of a recombinant xylose fermenting yeast.
The present review is focused on the sugar transport machineries, mechanisms of xylose transport, limitations and how to deal with xylose transport for xylose assimilation in yeast cells.
Analogue trends observed for xylose are also observed for arabinose.
There were no differences among treatments for xylose absorption.
The transport issue is another limiting factor for xylose fermentation.
Numerous native yeasts are known for xylose assimilation but very few are reported for efficient fermentation of xylose to ethanol.
For the most plentiful product, xylose, the most accurate kinetic model of the global reactions was determined to be two parallel pathways for hydrolysis of xylan to xylose followed by a single pathway for xylose decomposition.
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