Add to ORKGAntimicrobial (AM) films comprising of thermoplastic starch (TPS) and a commercial aliphatic polyester blended with thermoplastic starch (APTPS) were prepared and their properties, release of AM agents, and AM efficacy was studied in laboratory media and on a real foodstuff (Cheddar cheese). The AM films were prepared using two techniques: (i) direct incorporation of AM agents (carvacrol, linalool or thymol) into TPS films via a compression moulding technique; and (ii) by application of a coating containing the AM agents onto the commercial APTPS films
Abstract: Increasing demands of consumers in food packaging enabled the development of active packag...
Antimicrobial (AM) film applying a bio-switch concept is an active packaging concept that is now bei...
Antimicrobial biodegradable films based on thermoplastic corn starch (TPS) and chitosan oligomers (C...
Antimicrobial (AM) films comprising of thermoplastic starch (TPS) and a commercial aliphatic polyest...
Antimicrobial (AM) films containing naturally-derived AM agents, thymol or carvacrol, were developed...
Plan BIncreasing plastic waste has led to a shift in the use of materials for food packaging from pl...
An antimicrobial (AM) Active Packaging can be made by incorporating and immobilizing suitable AM age...
This study investigated the antimicrobial (AM) activity of starch-based films coated with linalool, ...
The effectiveness of starch based films coated with carvacrol against S. aureus in vitro or on the s...
Antimicrobial packaging films have been widely used in various applications. However, because of con...
In this research, multi-layer packaging films comprising an inner coating layer containing natural a...
Antimicrobial (AM) packaging incorporated with pH indicator is a promising form of smart food packag...
Active Packaging (AP) concept is a current trend in food packaging industries. An antimicrobial (AM)...
Significant interest has emerged in the introduction of food packaging materials manufactured from b...
The goal of this study was to develop antifungal poly(lactic acid) films for food packaging applicat...
Abstract: Increasing demands of consumers in food packaging enabled the development of active packag...
Antimicrobial (AM) film applying a bio-switch concept is an active packaging concept that is now bei...
Antimicrobial biodegradable films based on thermoplastic corn starch (TPS) and chitosan oligomers (C...
Antimicrobial (AM) films comprising of thermoplastic starch (TPS) and a commercial aliphatic polyest...
Antimicrobial (AM) films containing naturally-derived AM agents, thymol or carvacrol, were developed...
Plan BIncreasing plastic waste has led to a shift in the use of materials for food packaging from pl...
An antimicrobial (AM) Active Packaging can be made by incorporating and immobilizing suitable AM age...
This study investigated the antimicrobial (AM) activity of starch-based films coated with linalool, ...
The effectiveness of starch based films coated with carvacrol against S. aureus in vitro or on the s...
Antimicrobial packaging films have been widely used in various applications. However, because of con...
In this research, multi-layer packaging films comprising an inner coating layer containing natural a...
Antimicrobial (AM) packaging incorporated with pH indicator is a promising form of smart food packag...
Active Packaging (AP) concept is a current trend in food packaging industries. An antimicrobial (AM)...
Significant interest has emerged in the introduction of food packaging materials manufactured from b...
The goal of this study was to develop antifungal poly(lactic acid) films for food packaging applicat...
Abstract: Increasing demands of consumers in food packaging enabled the development of active packag...
Antimicrobial (AM) film applying a bio-switch concept is an active packaging concept that is now bei...
Antimicrobial biodegradable films based on thermoplastic corn starch (TPS) and chitosan oligomers (C...