Acta Biotechnologica · 1998 · 51 citations · 15 references
Life SciencesBiotechnologyMicrobiologyBioprocess EngineeringEnzymologyFermentation EngineeringEnzyme FermentationFermentation MicrobiologyFood FermentationIndustrial FermentationMicrobial FermentationMicrobial Physiology In FermentationFatty AcidsFermentation Substrate UtilizationIndustrial Yeast FermentationLipase CatalysisLipase ProductionMicrobial Lipase ActivityMixed Substrate FermentationYeast Lipase Activity
Abstract Candida rugosa was cultivated in a mixed‐solid substrate containing coconut oil cake (COC) and fine and coarse wheat bran (1:1:1) with an initial water activity (a w ) of 0.92. The substrate was modified by adding a mineral solution (5%), corn steep liquor (6%), maltose (2%), peptone (3%), olive oil (10%), gum arabic (0.4%), different fatty acids (0.3%) and Tweens (0.5%). Fermentation in a column fermenter significantly improved the lipase yield to 118.2 Units per gram of dry fermented substrate [U/gds] at 72 h. This result was obtained 24 hours earlier than in our former studies (87.76 U/gds at 96 h) in COC, and the yield showed a 38% increase. Growth was measured indirectly by determining the glucosamine content in the cell wall of the yeast contained in the fermented matter, after its hydrolysis.
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Ashok Pandey · Biochemical Engineering Journal · 2003 · 1.2K citations
Variability within the <i>Candida rugosa</i> Upases family
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