Solid Substrate Cultivation
The book deepens the understanding of the solid substrate culture technique in order to widen the engineering base needed to encourage its practical use. Theories of practical relevance are explained in detail.
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Microbial Basis of Processes
Substrates for Processes
Biomass Determination in SolidState Cultivation
18 other sections not shown
activity aeration amylase anaerobic digestion Aspergillus niger Aspergillus oryzae bacteria batch Bertoldi biomass biomass production bioreactor carbon dioxide cassava Cecchi cell cellulose chemical colony composting concentration containing coworkers cultivation culture density diffusion downstream processing effect enzyme ethanol exoenzymes extraction feed filamentous fungi fruit bodies fungal glucoamylase glucose hazards heat hemicellulose hydrolysis hyphae increase inoculation inoculum kinetics Kumar & Lonsane leaching lignin lignin degradation lignocellulose liquid mass material medium mesophilic metabolic microbial biomass microorganisms mixed moisture content Moo-Young Mudgett mycelial mycelium nitrogen nutrients operation organic fraction oxygen parameters pathogens phase plant Pleurotus pretreatment protein Ramesh ratio reactor residue Rhizopus Rhizopus oligosporus rice scale secondary metabolites solid substrate solid-state soluble solvent specific spores SSC processes SSC systems starch substrate particles sugar surface temperature thermophilic tion Trichoderma waste wheat bran wheat straw white-rot fungi yeast yield Zadrazil