Flow field-flow fractionation (FFF) has previously been used in successful fractionation and characterisation of the ultra-large wheat protein glutenin. The many parameters, which may influence the retention behaviour, especially when analysing extremely high-molecular-mass samples such as glutenin, are here reported. Size determination from the sample retention time, using FFF theory, will as a result have a very low accuracy. The need for direct molecular mass determination, such as by light scattering, in combination with FFF, in order to do accurate size measurements of glutenin is pointed out as well as the importance to minimise the overloading
The flow field-flow fractionation (FIFFF) technique is a promising method for separating and analysi...
The Toulouse FFF Center (TFFFC) project aim is the development of a shared research platform for cha...
Field flow fractionation (FFF) techniques are used to successfully characterize several nanomaterial...
Asymmetrical flow field-flow fractionation (AsFlFFF) is especially useful in the application to biol...
Normal analytical methods have difficulties when analysing complex samples containing particles of d...
As size exclusion chromatography (SEC), Flow Field Flow Fractionation is a separation technique that...
A comparison of two dissolution methods, gentle stirring and sonication, for solubilising the ultra-...
Field-flow fractionation (FFF) is a family of instrumental techniques that separates and characteriz...
International audienceWheat gluten, one of the most complex viscoelastic protein networks in nature,...
Starch and hence, amylopectin is an important biomacromolecule in both the human diet as well as in ...
International audienceThis chapter presents the most used FFF techniques and the main associated det...
Flow field-flow fractionation (F4) is the gentlest flow-assisted separation technique for analysis o...
The rapid development of protein-based pharmaceuticals highlights the need for robust analytical met...
The flow field-flow fractionation (FIFFF) technique is a promising method for separating and analysi...
The Toulouse FFF Center (TFFFC) project aim is the development of a shared research platform for cha...
Field flow fractionation (FFF) techniques are used to successfully characterize several nanomaterial...
Asymmetrical flow field-flow fractionation (AsFlFFF) is especially useful in the application to biol...
Normal analytical methods have difficulties when analysing complex samples containing particles of d...
As size exclusion chromatography (SEC), Flow Field Flow Fractionation is a separation technique that...
A comparison of two dissolution methods, gentle stirring and sonication, for solubilising the ultra-...
Field-flow fractionation (FFF) is a family of instrumental techniques that separates and characteriz...
International audienceWheat gluten, one of the most complex viscoelastic protein networks in nature,...
Starch and hence, amylopectin is an important biomacromolecule in both the human diet as well as in ...
International audienceThis chapter presents the most used FFF techniques and the main associated det...
Flow field-flow fractionation (F4) is the gentlest flow-assisted separation technique for analysis o...
The rapid development of protein-based pharmaceuticals highlights the need for robust analytical met...
The flow field-flow fractionation (FIFFF) technique is a promising method for separating and analysi...
The Toulouse FFF Center (TFFFC) project aim is the development of a shared research platform for cha...
Field flow fractionation (FFF) techniques are used to successfully characterize several nanomaterial...