Journal of Industrial Microbiology & Biotechnology · 1989 · 28 citations · 13 references
AgricultureDairy ScienceFood ScienceFermentation ScienceFermented Dairy ProductsMilk ChemistryDairy FermentationLactic Acid FermentationMilk EnzymesMilk ProteinsWhey ProcessingWhey ProteinsLactic Acid ProductionWhey Protein HydrolysatesWhey Protein Hydrolysis
The batch fermentation of whey permeate to lactic acid was improved markedly by the addition of enzymehydrolyzed whey protein. Acid concentrations greater than 90 g/l were achieved at a productivity of 4.3 g/l per h and a 98% substrate use. Cell mass concentration reached 6 g/l. The acid productivity achieved is somewhat higher than that typical for fermentation of whole whey. The process economics, based on in-house hydrolyzate preparation, look promising. Presented in this paper are the experimental results showing the effects of hydrolyzate concentration on acid and cell mass production.
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Bergey's manual of systematic bacteriology
Vincent J. Peters, J. M. Prescott, Esmond E. Snell · Journal of Biological Chemistry · 1953 · 63 citations · Full text
Hayato Kihara, Esmond E. Snell · Journal of Biological Chemistry · 1960 · 56 citations · Full text