However, although the pathways of sugar utilization follow the same theme in all yeasts, important biochemical and genetic variations on it exist.
The MIN3P multicomponent reactive transport code was enhanced to simulate permanganate-based remediation, to evaluate the pathways of MnO4 utilization, and to assess the role of density contrasts for the delivery of the treatment solution.
This review provides comparative information on the different steps of the fundamental pathways of sugar utilization in non-conventional yeasts: glycolysis, fermentation, tricarboxylic acid cycle, pentose phosphate pathway and respiration.
Since a vast amount of information is available on the components of the pathways of sugar utilization in Saccharomyces cerevisiae it has been tacitly assumed that other yeasts use sugars in the same way.
Copper transporters had different patterns of occurrence than cuproproteins, suggesting that the pathways of copper utilization and copper detoxification are independent of each other.
Since SelD (COG0709) has been shown to be a key factor for Se utilization by generating a Se donor compound (and therefore discriminating Se from sulfur for further use), identification of functional linkages involving SelD may help characterize the pathways of Se utilization.
Thus, STRING-based analysis identified known proteins involved in two pathways of Se utilization (e.g., SelA/SelB in the Sec pathway, and YbbB in the SeU pathway) and suggested the role of NADH dehydrogenase in generating a SelD substrate and of SirA-like protein in an unknown SelD-linked process.
Number of regulator's orthologs found in 11 analyzed genomes of Bacteroides spp. The metabolic pathways for utilization of rhamnose [ 39, 40] and fucose [ 41], as well as their respective transcriptional regulators RhaR and FucR, have been previously described; however, a DNA binding motif was determined for FucR [ 41] but not for RhaR.
The inferred metabolic network for genes from the analyzed TF regulons includes pathways for utilization of at least 12 major types of polysaccharides and 10 monosaccharides.
There are three pathways for utilization of hexuronic acids, namely via isomerization, oxidation, and reduction [35].
