ARCHIVES OF ENVIRONMENTAL PROTECTION
作者： Agata Markowska-Szczupak , Krzysztof Ulfig , Katarzyna Janda
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摘要: The study was to determine the effect of water activity (0.850; 0.900; 0.950; 0.995; and 0.999 aw) on growth T. lanuginosus solid media containing different cellulose substrates (crystalline cellulose, carboxymethyl - CMC, fi lter paper, sawdust) xylan. isolates from coffee beans garden composts were compared. All did not grow with aw 0.950, hydrolysis zones only observed xylan CMC. highest daily zone rates mostly obtained at 0.995 lowest values 0.950 aw. had CMC coeffi cient 1.7-times higher than that for fungal (FG) data indicate able utilize crystalline rate Subsequently, compost all but Thus, provide various hydrolytic in range 0.950−0.999
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