Although oxalic acid formation and its possible bio-
chemical roles in white rot and brown rot fungi has been
examined (Shimada et al. 1997), little is known about its role
in exopolysaccharide synthesis by these fungi. The aim of
this work was to investigate the influence of oxalic acid
secretion on exopolysaccharide production in two ecologi-
cally different fungal strains, i.e. Ganoderma applanatum
(white rot strain) and Tyromyces palustris (brown rot strain).
Recently, an exopolysaccharide isolated from G. applana-
tum has been shown to have many biomedical, e.g. anti-
cancer, immunomodulating, and antibacterial properties
(Osin´ska-Jaroszuk et al. 2014). Therefore, the knowledge
about the production and secretion of this exopolysaccharide
should be extended to find out fungal strains with extraor-
dinary physiological and biotechnological properties.
Although oxalic acid formation and its possible bio-chemical roles in white rot and brown rot fungi has beenexamined (Shimada et al. 1997), little is known about its rolein exopolysaccharide synthesis by these fungi. The aim ofthis work was to investigate the influence of oxalic acidsecretion on exopolysaccharide production in two ecologi-cally different fungal strains, i.e. Ganoderma applanatum(white rot strain) and Tyromyces palustris (brown rot strain).Recently, an exopolysaccharide isolated from G. applana-tum has been shown to have many biomedical, e.g. anti-cancer, immunomodulating, and antibacterial properties(Osin´ska-Jaroszuk et al. 2014). Therefore, the knowledgeabout the production and secretion of this exopolysaccharideshould be extended to find out fungal strains with extraor-dinary physiological and biotechnological properties.
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