… 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 …

… 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 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 …

… culture of Penicillium consortium improved volumetric productivity of cellulase and LPMO
productivity… as Penicillium oxalicum XZH-2, Penicillium sp. XZH-6, Penicillium citrinum XZH-16, …

… to design a repeated cultivation mode of fill-and-draw (F/D) fed-batch strategy without …
Improving cellulase productivity of Penicillium oxalicum RE-10 by repeated fed-batch fermentation …

… increasing productivity in submerged fermentation processes [18]. Thus, the study aimed to
evaluate the increase … ) as recommend barcoding for Penicillium/Talaromyces to place this …

… Developing a promising fermentation strategy with high cellulase yield and stable … with
fed-batch fermentation, the significant improvement of the repeated cycle fermentation process …

… in a single fermenter, who explored works concerning cellulase production from Penicillium
… processes, once it can increase biofuel productivity and reduce pretreatment steps that aim …

… is crucial for cellulase production with high yield [10, 12]. … have been optimized for increase
cellulase production using an … oxalicum RE-10 [31], and yeast extract to Penicillium sp. [19] …

… Surfactant exhibits an excellent promoting effect on EPS production by increasing its yield,
which is most probably attributed to the stimulation of EPS biosynthesis and release from the …