Effects of formulation (lipid presence, type of starch, and plasticizer) on microstructure, water vapor (WVP) and gas (GP) permeabilities of films and coatings were analyzed. Plasticizer was necessary to maintain film and coating integrity and to avoid pores and cracks. Films made from high amylose starch showed lower WVP and GP than regular corn starch films; permeabilities of films with sorbitol (20 g/L) were lower than those with glycerol. The addition of 2g/L sunflower oil to the formulations decreased WVP of starch-based films; X-ray diffraction and Differential Scanning Calorimetry experiments demonstrated that films with plasticizer and lipid showed lower crystalline-amorphous ratio compared to films without additives. Microstructura...
This chapter discusses film forming ability of different native and modified starches by casting met...
Films and coatings can improve the quality and shelf-life of food products by acting as barriers to ...
[EN] Biodegradable films based on starch, sodium caseinate, glycerol and lipids (oleic acid and/or a...
Edible films were developed using different starch sources (corn starch and amylomaize). Starch susp...
[EN] Starch films are very hygroscopic and undergo crystallization during processing and storage. In...
Thermal, mechanical and barrier properties of corn, cassava and yam starch films were determined and...
Starch-based and composite edible films and coatings can enhance food quality, safety and stability....
International audienceAs starch is an inexpensive, filmogenic, easily processable and a widely avail...
A nanolaminate consists of two or more layers of material with nanometric dimensions that are physic...
Starch is used in the food industry for many applications, for example, as a thickener and stabilis...
Yam starch films were obtained by casting. Effect of different film thicknesses (0.07, 0.09, 0.11 mm...
Native starch can be chemically modified to improve its functionality and to expand its uses. Modifi...
In the presented work, composed layer films based on lipophilic starch and gelatin were produced con...
Oat starch films were prepared by casting using glycerol, sorbitol, glycerol-sorbitol mixture, urea ...
Native and modified starches have received considerable attention for biodegradable films formulatio...
This chapter discusses film forming ability of different native and modified starches by casting met...
Films and coatings can improve the quality and shelf-life of food products by acting as barriers to ...
[EN] Biodegradable films based on starch, sodium caseinate, glycerol and lipids (oleic acid and/or a...
Edible films were developed using different starch sources (corn starch and amylomaize). Starch susp...
[EN] Starch films are very hygroscopic and undergo crystallization during processing and storage. In...
Thermal, mechanical and barrier properties of corn, cassava and yam starch films were determined and...
Starch-based and composite edible films and coatings can enhance food quality, safety and stability....
International audienceAs starch is an inexpensive, filmogenic, easily processable and a widely avail...
A nanolaminate consists of two or more layers of material with nanometric dimensions that are physic...
Starch is used in the food industry for many applications, for example, as a thickener and stabilis...
Yam starch films were obtained by casting. Effect of different film thicknesses (0.07, 0.09, 0.11 mm...
Native starch can be chemically modified to improve its functionality and to expand its uses. Modifi...
In the presented work, composed layer films based on lipophilic starch and gelatin were produced con...
Oat starch films were prepared by casting using glycerol, sorbitol, glycerol-sorbitol mixture, urea ...
Native and modified starches have received considerable attention for biodegradable films formulatio...
This chapter discusses film forming ability of different native and modified starches by casting met...
Films and coatings can improve the quality and shelf-life of food products by acting as barriers to ...
[EN] Biodegradable films based on starch, sodium caseinate, glycerol and lipids (oleic acid and/or a...