Avtor/Urednik     Boh, Bojana; Berovič, Marin; Wraber, Branka; Hodžar, Damjan; Habijanič, Jožica; Pohleven, Franc; Zore, Irena
Naslov     Ganoderma lucidum (W.Curt.:Fr.) Lloyd and G. applanatum (Pers.) Pat. (Aphyllophoromycetideae) from Slovenian habitats: cultivation, isolation, and testing of active compounds
Tip     članek
Vir     International journal of medicinal mushrooms
Vol. in št.     Letnik 6, št. 1
Leto izdaje     2004
Obseg     str. 15-32
Jezik     eng
Abstrakt     Original strains of Ganoderma lucidum (W Curt.:Fr ) Lloyd and G. applanatum (Pers.) Pat. (synonymous G. lipsiense (Batsch) Atk.) from Slovenian habitats were isolated and used for experimental work In G. applanaium, research was focused on triterpenoid acids.They were isolated irom the fruiting bodies of G. applanatum of Istrian origin (BFWS Gaa2), growing on Populus trees.The highest amount of triterpenoid acids was found in the tubes (6.4 mg/g of air-dried weight), followed by the younger dark context layer of the pileus (2.5 mg/g), the older white context layer (0.6 mg/g), and the upper surface of the fruiting body (0.6 mg/g). G. lucidum strain MZHI G97, isolated from the Slovenian forest, was cultivated by solid state cultivation in a horizontal reactor and by submerged liquid substrate cultivation in a 10-L laboratory stirred tank reactor. Using a 17% (wet weight) of 6-day-old vegetative inoculum, up to 17.0 gL-1 of dry fungai biomass was obtained in a fed batch process. From the mycelium biomass, 1.7 gL-1 of extracellular and 0.45 gL-1 of intracellular polysaccharides were isolated, which were mainly beta-D-glucans. Polysaccharide fractions, tested in vitro on the induction of cytokine svnthesis in primary cultures of human mononuclear cells from a buffy coat of healthy donors, induced 3.0-630 pg mL-1 of TNF-alpha and 1.23-2.18 pg mL-1 of IFN-gamma.
Deskriptorji     BASIDIOMYCETES
TRITERPENES
POLYSACCHARIDES
MONOCYTES
BIOMASS
TREES
TUMOR NECROSIS FACTOR
INTERFERON TYPE II
ENZYME-LINKED IMMUNOSORBENT ASSAY
CHROMATOGRAPHY, ION EXCHANGE
NUCLEAR MAGNETIC RESONANCE