Julian Schwarz, Eva Meier-Diedrich, Katharina Neumann, Martin Heinze, Yvonne Eisenmann, Samuel Thoma
Reasons for Acceptance or Rejection of Online Record Access Among Patients Affected by a Severe Mental Illness: Mixed Methods Study
JMIR mental health
summary fundamental features microbial cellulose utilization examined successively higher levels aggregation encompassing structure composition cellulosic biomass taxonomic diversity cellulase enzyme systems molecular biology cellulase enzymes physiology cellulolytic microorganisms ecological aspects cellulasedegrading communities ratelimiting factors nature methodological basis studying microbial cellulose utilization considered relative quantification cells enzymes presence solid substrates well apparatus analysis cellulosegrown continuous cultures quantitative description cellulose hydrolysis addressed respect adsorption cellulase enzymes rates enzymatic hydrolysis bioenergetics microbial cellulose utilization kinetics microbial cellulose utilization contrasting features compared soluble substrate kinetics biological perspective processing cellulosic biomass presented including features pretreated substrates alternative process configurations organism development considered consolidated bioprocessing cbp production cellulolytic enzymes hydrolysis biomass fermentation resulting sugars desired products occur one step two organism development strategies cbp examined improve product yield tolerance microorganisms able utilize cellulose ii express heterologous system cellulose hydrolysis utilization microorganisms exhibit high product yield tolerance concluding discussion identifies unresolved issues pertaining microbial cellulose utilization suggests approaches issues might resolved contrasts microbially oriented cellulose hydrolysis paradigm conventional enzymatically oriented paradigm fundamental applied contexts