… In this study, the feasibility of repeated fed-batch fermentation for cellulase production by P.
oxalicum was evaluated. After that, the performances of different periods’ crude cellulases in …

… repeated fed-batch fermentation were performed to improve the cellulase productivity by P.
… strategy was performed successfully for increasing the cellulase productivity from 105.75 U/L…

… In this study, fed-batch fermentation of cellulase by P. … of 2%, 4% and 6% (v/v) SASL did
improve cellulase yield by P. … oxalicum RE-10 with SASL feeding at constant flow rate. Flow rates …

… to improve LiP activity, yield, and productivity. Results demonstrated that LiP production was
enhanced by using multi-pulse fed-batch fermentation. … were conducted in duplicate. Data is …

… Majority of the processes described for Penicillium are batch processes, however, fed-batch …
analysis of ‘RE 10’, wild type and JU-A10-T (mutant of P. oxalicum by random mutagenes), …

… cuspidatum were fed to the fermenter to compare whether the increase of feedings would …
Hence, considering the productivity, we decided to feed cells 2% (w/w) P. cuspidatum at the …

… Reducing sugar yield and cellulose conversion … oxalicum RE-10 produced the maximum
FPA of 12.69 U/mL in a 7.5-L stirred tank [9]. However, cellulases produced by present cellulase…

… of 114-2, a high cellulase productivity of 158.38 U/L/h was reached by recombinant strain
RE-10 (Han et al. … oxalicum cellulase genes was efficient to increase cellulase production in P. …

… of cellulase production than batch and intermittent fed-batch feeding… , was found to be a much
better inducer than other types of … accessible cellulose were supplied into the fermentation …

… Penicillium oxalicum strains possess extraordinary fungal … the medium of genetic strain RE-10
for cellulase production. The … Moreover, repeated fed-batch fermentation where the culture …