Biotechnology Reports · 2019 · 62 citations · 44 references
AgricultureBotanyPlant SciencesPlant BiochemistryPlant NutritionWeed BiologyAquatic Weed BiologyNitrogen NutritionProtein AnalysisProtein PurificationTannin AnalysisWeed PhysiologyCondensed TanninsPlant Protein SourcesProtein ExtractionProtein Yield AssessmentProtein Yield OptimizationTannin ExtractionTannin Function In PlantsTannin-protein Binding
, and may be explained by high concentrations of condensed tannins (CTs) in the biomass that precipitate protein at mild pH. Two approaches were tested to increase protein yield and reduce protein binding by CTs. Pre-extraction with aqueous acetone (70 v/v%) removed 76-85% of the CTs and subsequent alkaline extraction at pH 12.5 and 95 °C recovered 38% of the biomass nitrogen. Extraction with 1.5% of PEG as a CT-binding agent, also permitted to recover 38% of the nitrogen, under milder conditions of pH 8 and 45 °C.
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