A number of methods are available to researchers for estimating molecular weights (molar masses) and molecular weight distributions of starches − or those in solution, using an appropriate solvent/solubilisation protocol. We outline the methods available and assess their relative merits and limitations. We focus on size-exclusion chromatography or field flow fractionation coupled to multi-angle light scattering, viscometry, and sedimentation velocity and sedimentation equilibrium in the analytical ultracentrifuge
A new analytical method to define and quantify the amylose content in starches is developed using tw...
Starch and glycogen are highly branched polymers of glucose of great importance to humans in managin...
A physical model of starch structure during hydrolysis is presented. The model states that various c...
A number of methods are available to researchers for estimating molecular weights (molar masses) and...
Characterisation of the distribution functions describing size-related parameters of individual whol...
Molar mass or ‘molecular weight’ is one of the most fundamental parameters describing a macromolecul...
Although like proteins, polysaccharides are synthesized by enzymes, unlike proteins there is no temp...
International audienceCharacterisation of the distribution functions describing size-related paramet...
Hydrodynamic methods are relevant for the characterization of carbohydrates such as capsular bacteri...
Starch has a complex molecular structure, with properties dependent on the relative chain lengths an...
Molecular weights (molar masses), molecular weight distributions, dissociation constants and other i...
Cooking and sensory properties of rice are largely determined by the amylose content and structure. ...
Obtaining relations between starch genetics/environment, its molecular structure, and its properties...
Combining molecular weight distribution (MWD) data for linear chains of debranched starch from capil...
The structure of starch molecules is relevant to nutrition and industrial applications. Size-exclusi...
A new analytical method to define and quantify the amylose content in starches is developed using tw...
Starch and glycogen are highly branched polymers of glucose of great importance to humans in managin...
A physical model of starch structure during hydrolysis is presented. The model states that various c...
A number of methods are available to researchers for estimating molecular weights (molar masses) and...
Characterisation of the distribution functions describing size-related parameters of individual whol...
Molar mass or ‘molecular weight’ is one of the most fundamental parameters describing a macromolecul...
Although like proteins, polysaccharides are synthesized by enzymes, unlike proteins there is no temp...
International audienceCharacterisation of the distribution functions describing size-related paramet...
Hydrodynamic methods are relevant for the characterization of carbohydrates such as capsular bacteri...
Starch has a complex molecular structure, with properties dependent on the relative chain lengths an...
Molecular weights (molar masses), molecular weight distributions, dissociation constants and other i...
Cooking and sensory properties of rice are largely determined by the amylose content and structure. ...
Obtaining relations between starch genetics/environment, its molecular structure, and its properties...
Combining molecular weight distribution (MWD) data for linear chains of debranched starch from capil...
The structure of starch molecules is relevant to nutrition and industrial applications. Size-exclusi...
A new analytical method to define and quantify the amylose content in starches is developed using tw...
Starch and glycogen are highly branched polymers of glucose of great importance to humans in managin...
A physical model of starch structure during hydrolysis is presented. The model states that various c...