Past Papers & Posters

Here are a list of accepted past papers and posters.

 

Effect of palm oil incorporation on the properties of biodegradable cobia (Rachycentron canadum) skin gelatin films

 

Rheology of low calorie mayonnaise and mozzarella cheese analogue with modified maize starch

Naushad Emmambux

 

Structuring properties of plant particles as result of physical treatments

 

The effect of fat replacers on physicho-chemical properties and sensory attributes of canned food

 

Influence of tragacanth gum exudates from the species Astragalus gossypinus on rheological and physical properties of emulsions

 

Using Iranian gum tragacanth to overcome physical defects of maltodextrine microcapsules

 

A comparison of the rheological properties of succinoglycan with xanthan gum

 

65 Effect of xanthan and tragacanth gums on rheology and stability of beverage emulsions formulated with corn fiber and acacia gums

 

Plenary Air fillied emulsions

Peter Anthony Williams

 

62 Physical Properties of Enzyme Modified Carrot Fiber / Soy Protein Isolate Edible Films

 

61 Preparation and Characterization of Low Molar Mass Konjac Glucomannan

 

60 Partial Replacement of Gelatin with Persian Gum and Use of Olibanum for Production of Functional Pastille

 

59 On the stabilization mechanism of Doogh (Iranian yoghurt drink) by gum tragacanth

 

58 Structural analysis of native carrageenans by enzymatic hydrolysis

 

57 Use of hydrocolloids as fat replacers in fat-free set yoghurt and their effects on structural and sensorial properties

 

56 Mechanical properties and water vapor permeability of edible films based on soy protein isolate and chitosan

 

55 Stabilization of mildly acidified milk-juice drinks

Claus Rolin

 

Industrial Forum: Industry Requirements for Hydrocolloids in Beverage Emulsions

 

54 Effect of two different species Iranian tragacanth gum on the rheological properties of mayonnaise sauce (65%fat)

 

52 Prebiotic low�fat custards with short and long chain inulin blends. Rheological and sensory properties.