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PROJECT DESCRIPTION:
Firstly, this
invention is about the growing of the different morphological forms
including the fruiting body, sclerotium and mycelium of a newly
cultivated mushroom by use of solid compost and submerged
fermentation technology. The optimum cultivation conditions and
chemical composition of the solid compost for the growing of
sclerotium and fruiting body as well as those for the liquid medium
in the submerged fermentation of the mycelium were disclosed.
Secondly, preparation of mushroom dietary fiber or non-starch
polysaccharides (NSPs) including those from the sclerotium and
mycelim as well as exo-polysaccharides (EPS) isolated from the
liquid culture medium of this mushroom were reported. The isolated
mushroom NSPs were characterized for their chemical and physico-chemical as well as structural characteristics. Thirdly, the
antitumor activity of the structurally characterized mushroom NSPs
was evaluated by in vivo and in vitro bioassays. A structure and
function correlation of the mushroom NSPs was proposed. Fourthly,
chemical modifications of the native mushroom NSPs were used to
enhance their antitumor activity which widen their application as a
potential antitumor and antiviral agents. Fifthly, other biological
activities and potential applications of this novel mushroom dietary
fiber or NSPs as functional foods/food ingredients and
nutraceuticals/ oral supplements were also reported.
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