Diffusion of dextran through microporous membrane filters
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2018, Journal of Membrane ScienceHydrodynamic chromatography using flow of a highly concentrated dextran solution through a coiled tube
2016, Carbohydrate PolymersCitation Excerpt :If the occupied volume ratio is more than one, the dextran would be interacted each other, possibly increasing the viscosity of dextran solution. Dextran (2,000,000 g/mol) at 10 g/L in water has a hydrodynamic radius of 27 nm (Lebrun & Junter, 1994). At 10 g/L of dextran (2,000,000 g/mol), the occupied dextran volume ratio is calculated to be 0.24.
Mathematical modelling of dextran filtration through hollow fibre membranes
2014, Separation and Purification TechnologyReversible extension and shrinkage of solvent-responsive dextran chains produced by enzymatic reaction
2011, Journal of Membrane ScienceCitation Excerpt :Soluble dextran has a random coil conformation due to hydrogen bonding via multiple hydroxyl groups. The Stokes radii of dextrans with molecular masses 10 and 2000 kDa are 2.7 and 27.2 nm, respectively [22]. The conformation of dextran is changed by surrounding media.
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