Past Papers & Posters

Here are a list of accepted past papers and posters.

 

P4.Modelling and determination of double emulsion stability for microencapsulation using response surface methodology

1.doc24 KB

 

P5 Effect of sodium chloride calcium chloride and sodium hydrogen phosphate on the rheological properties of seed husk of Plantago ovata L.

43.doc26.5 KB

 

P6 Hydrodynamic and rherological properties of irvingia gaboensis seed polysaccharide

57.doc21.5 KB

 

P9 Numerical computation of relaxation spectra from mechanical measurements in biopolymers

3.doc24 KB

 

P10. Influence of emulsion composition on equilibrium volatile headspace concentration of orange beverage emulsion

19.doc24 KB

 

24. Rheological and physical properties of gelatin from beluga sturgeon (huso huso) skin

24.doc29 KB

 

P13 Emulsion design for protection of chemically sensitive bioactive ingredients

 

P12 Isolation and Characterization of Rhamnogalacturonan I from Industrial Potato Pulp Waste

 

P14 Develop and test a reformulation model for in-mouth lubrication by emulsion based foods, based on time dependent rheology and tribology

 

Pilnik lecture Pectic oligosaccharides

 

P15 Pectin functionalized surfaces for AFM experiments

 

62. Modelling of physical processes in the small intestine

 

P16 Rheology of Balangu Shirazi (Lallemantia royleana) seed gum: a high viscosity thickening agent

 

59. Bioactive Polysaccharides: Sources, Structures and Functional Properties

 

58. Flaxseed gum from flaxseed hulls: extraction, fractionation, physicochemical characterization and application in oil-in-water emulsions

 

P17 A structural and conformational study on non-pectic polysaccharides from water soluble yellow mustard mucilage

 

P18 Duplex emulsions for healthy foods

 

55. Polysaccharide ultrasonication � beyond depolymerization

 

54. Anti-proliferation on human Caco-2 cells of food polysaccharide preparations with different molecular weights

 

P19 Immunomodulation activities of carrageenan preparations with different molecular weights