Biotechnology and Bioengineering · 1991 · 19 citations · 17 references
Life SciencesPlant BiologyPlant SciencesPlant BiochemistryPlant BiotechnologyPlant Molecular BiologyCell Wall BiosynthesisEnzyme FermentationPlant EnzymesPlant Gene ExpressionPlant TranscriptomicsSeed BiochemistryAmylase BiologyAmylase ProductionCallus CultureIsoform IdentificationPlant-based Protein ExpressionRice Culture
Rice seed callus expressed and secreted alpha-amylase at high levels. Twenty percent of the protein secreted by the callus was alphaamylase. The callus secreted about 840 mug alpha-amylase with 10.9 x 10(3) units of activity per gram dry weight callus per day. The alpha-amylase from callus exhibited a more complex isoform pattern than the germinating seed alpha-amylase. In addition, the level of mRNA expression by the five alpha-amylase gene groups was markedly different between callus and the germinating seed. The rice callus culture has features which it attractive as a potential system for expression proteins in plant cell fermentation systems.
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Current protocols in molecular biology
R.K. Dudley · FEBS Letters · 1988 · 6K citations · Full text
Classification and characterization of the rice ?-amylase multigene family
Ning Huang, Thomas D. Sutliff, James C. Litts et al. · Plant Molecular Biology · 1990 · 189 citations