Titlebook: New Horizons in Biotechnology; S. Roussos,C. R. Soccol,C. Augur Conference proceedings 2003 Springer Science+Business Media Dordrecht 2003

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addict

Biochemical Engineering of Solid-State Fermentationtion at the particle level is still poorly understood. We present experimental evidence for oxygen concentration gradients in fungal mats growing on solid substrates and show the consequences. Aerial hyphae turned out to be very important for respiration of. in SSF. Gradients in water content and gl

繁重

Growth Kinetics and Esterase/Lipase Production by Thermophilic Fungi Grown in Solid State Fermentatie on long chain fatty acid esters) and esterase activity (active on short chain fatty acid esters) for strain 13a. The latter one was present at 24h but not at 48h of culture. The specificity pattern of strain S5 extract looked similar to that of strain 13a. After incubation in n-heptane for 8 days

artless

Growing of , on Static and Dynamic Solid Substrate Fermentation under Electromagnetic Fieldsement on the production of spores of the fungus takes place with regard to the static system of fermentation. The effect of electromagnetic fields on the microorganism is manifested in an increment of the productivity of the system and in a decrease of the times of fermentation, for the given stimul

hegemony

腐蝕

hereditary

Biocatalysis in Non-Conventional Media by Entrapment of the Enzyme in Water-Restricted Microenvironmion and enzyme reuse from such single-phase liquid medium is more complex than in competing methodologies in which the catalyst is present as a separate solid phase. Therefore, the approach simplifying product isolation, and enzyme reuse from microemulsion based media has been the use of gelled micr

Hippocampus

savage

Genetic Manipulation of Filamentous Fungi system for transforming the host fungus. An important feature of the transformation of filamentous fungi is that the transforming DNA stably integrates into the host genome. Substantial research for understanding the molecular aspects of filamentous fungal expression systems is necessary for its bi