Biotechnology and Bioengineering · 1970 · 40 citations · 13 references
Life SciencesChemical EngineeringEnzymologyProcess ControlReaction EngineeringBioprocess ControlBioprocess KineticsBioprocess OptimizationEnzymatic CatalysisEnzyme InactivationEnzyme KineticsEnzymatic Drug HydrolysisEnzymatic HydrolysisEnzymatic Reaction ControlEnzyme Deactivation MechanismsEnzyme Process DesignEnzyme Reaction KineticsProduct Yield OptimizationReaction Process Optimization
Abstract This paper is concerned with the study of an enzymatic system in a repeated batch process where the enzyme is subject to deactivation. The particular system studied was the enzymatic hydrolysis of Penicillin G to 6‐aminopenicillanic acid. Utilizing standard optimization techniques, pH and temperature control policies were determined that would maximize the product yield.
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Biochemistry of Industrial Microorganisms
A. Gourévitch, C. Rainbow, Alea Rose · Journal of Parasitology · 1964 · 189 citations · Full text
Formation of 6-Aminopenicillanic Acid from Penicillin by Enzymatic Hydrolysis
G. N. Rolinson, F. R. Batchelor, Doug S Butterworth et al. · Nature · 1960 · 131 citations
C. A. Claridge, A. Gourévitch, J. Lein · Nature · 1960 · 93 citations
ENZYMATIC HYDROLYSIS OF THE SIDE CHAIN OF PENICILLINS
H. T. Huang, A. R. English, T. Seto et al. · Journal of the American Chemical Society · 1960 · 61 citations