Biocontrol of Cellulose Wastes Pollution Using Immobilized Fungi on Complex Polyhydrogels

摘要: Biodegradation of cellulose wastes from wine-producing industry and canned food processing was investigated using immobilized fungal cells on complex polyhydrogels such as: polyacrylamide (CPAA), elastin-polyacrylamide (EPAA), gelatin-polyacrylamide (GPAA), which were prepared by controlled radiopolymerization methods, a 60Co radioactive source. The experiments achieved cellulolytic micro- macrofungal species the immobilization cell methods applied in connection with morphogenetic characteristics each one these used as inoculum. biodegradation bioconversion into single-cell protein (SCP) processes cellulosic processings performed continuous biomonitoring hydrolysis macromycetes. These adsorption entrapment techniques collagen-polyacrylamide (CPAA). A flow-cascade bioreactor research laboratory tool to control polyhydrogels. In this way, it simulated structured ecosystem could be noticed concentration gradients, growth rate, uniformity mycelial tissue spread according analysed enzymatic activity values significant differences comparison natural ones. have made possible metabolic during whole microscopical hyphal measurements inside also, content analysis. tested Pleurotus ostreatus florida macromycetes Trichoderma viride micromycetes. There rate between “in vitro” cultures those free samples compared conditions polluted ecosystems.