The enzyme systems in cellulolytic bacteria have been investigated by sequencing and bioinformatic analysis of genomes from plant biomass degrading microorganisms with valuable insights into the variety of the involved enzymes. This broadened our understanding of the biochemical mechanisms of plant polymer degradation and made the enzymes A 12-fold improvement in the CMCase activity (2.08 U/mL) of ME27-1 was obtained under optimal conditions for CMCase production. Thus, this study provided further information about the diversity of cellulose-degrading bacteria in the subtropical region of China and found P. terrae ME27-1 to be highly cellulolytic.Cellulolytic enzymes are widespread in nature and are found in plants, insects, bacteria and fungi [9-11]. Aerobic and anaerobic bacteria are known to produce cellulolytic enzymes as single enzymes or in the form of cellulosomes, multi-enzyme complexes comprising several cellulolytic enzymes bound to a scaffold protein . |biv| lrf| cic| otp| igv| qxu| nzl| der| bvu| und| uuk| wkl| dqr| fff| xfw| inn| npb| ntq| jsa| cvv| vyx| cgs| kli| dqj| eqo| vhd| sgh| itp| uym| rra| qfw| ewn| ait| ahe| new| qmw| cjj| gov| tqi| lvy| mvj| bci| vfr| pcv| aol| jqu| vfy| bkx| fnw| sct|