Thermal, mechanical and barrier properties of corn, cassava and yam starch films were determined and the behavior of these three starches films under a controlled storage (64% RH and 20 °C) was compared. Glass transition (Tg) in all unplasticized films was higher than in plasticized, and during storage, Tg decreased, except for samples with 40 g glycerol/100 g starch. Crystallinity was affected by plasticizer concentration and storage time; in unplasticized samples the increase in crystallinity was higher than in plasticized ones during storage, thus, unplasticized stored samples become more brittle and less permeable during storage. Unplasticized films showed water vapor permeability (WVP) values ranged from 6.75 to 8.33 × 10−10 g m−1 s−1 ...
[EN] Corn starch glycerol (1:0.3) films, containing or not citric acid (1 g/100 g starch) and HPMC (...
The present study investigated the effects of plasticizers (fructose, urea, tri-ethylene glycol, and...
The main disadvantage of biodegradable starch-based films is their hydrophilic character, which lead...
Edible films were developed using different starch sources (corn starch and amylomaize). Starch susp...
Yam starch films were obtained by casting. Effect of different film thicknesses (0.07, 0.09, 0.11 mm...
This chapter discusses film forming ability of different native and modified starches by casting met...
Native starch can be chemically modified to improve its functionality and to expand its uses. Modifi...
Effects of formulation (lipid presence, type of starch, and plasticizer) on microstructure, water va...
This work aims to study the effects of urea, glycerol and their mixture as plasticizers for cassava ...
[EN] Starch films are very hygroscopic and undergo crystallization during processing and storage. In...
Biodegradable films from ahipa, cassava and corn native starches were developed by casting method an...
Yam starch films were produced by thermal gelatinization of starch suspensions using different starc...
Oat starch films were prepared by casting using glycerol, sorbitol, glycerol-sorbitol mixture, urea ...
The effects of glycerol and sorbitol on the mechanical and thermal properties and water adsorption c...
The effect of sorbate present on mechanical properties of edible films prepared with suspensions of ...
[EN] Corn starch glycerol (1:0.3) films, containing or not citric acid (1 g/100 g starch) and HPMC (...
The present study investigated the effects of plasticizers (fructose, urea, tri-ethylene glycol, and...
The main disadvantage of biodegradable starch-based films is their hydrophilic character, which lead...
Edible films were developed using different starch sources (corn starch and amylomaize). Starch susp...
Yam starch films were obtained by casting. Effect of different film thicknesses (0.07, 0.09, 0.11 mm...
This chapter discusses film forming ability of different native and modified starches by casting met...
Native starch can be chemically modified to improve its functionality and to expand its uses. Modifi...
Effects of formulation (lipid presence, type of starch, and plasticizer) on microstructure, water va...
This work aims to study the effects of urea, glycerol and their mixture as plasticizers for cassava ...
[EN] Starch films are very hygroscopic and undergo crystallization during processing and storage. In...
Biodegradable films from ahipa, cassava and corn native starches were developed by casting method an...
Yam starch films were produced by thermal gelatinization of starch suspensions using different starc...
Oat starch films were prepared by casting using glycerol, sorbitol, glycerol-sorbitol mixture, urea ...
The effects of glycerol and sorbitol on the mechanical and thermal properties and water adsorption c...
The effect of sorbate present on mechanical properties of edible films prepared with suspensions of ...
[EN] Corn starch glycerol (1:0.3) films, containing or not citric acid (1 g/100 g starch) and HPMC (...
The present study investigated the effects of plasticizers (fructose, urea, tri-ethylene glycol, and...
The main disadvantage of biodegradable starch-based films is their hydrophilic character, which lead...