Matches in SemOpenAlex for { <https://semopenalex.org/work/W1692365252> ?p ?o ?g. }
- W1692365252 endingPage "21" @default.
- W1692365252 startingPage "1" @default.
- W1692365252 abstract "Abstract Proteins are abundant in nature and are highly functional. They can be converted into edible films and coating for food applications. The formation of protein films and coatings require a denaturation step to unfold the protein molecules and to promote intermolecular interactions via the formation of disulfide and hydrogen bonds, as well as hydrophobic interactions. Plasticizers, such as low‐molecular‐weight polyols and organic acids, are often added to the film‐forming formulations to impart flexibility essential for end‐use handling. By and large, edible films are produced by solvent casting. Solution properties (viscosity, surface tension, etc.) must be optimized in order to produce coherent film of consistent material properties. Alternatively, dry processing involves extrusion of proteins at elevated temperature (above glass transition) in the presence of small quantity of water and plasticizer. Material properties of protein films can be modified by incorporating additives, heat curing, and/or irradiation/chemical treatments to achieve optimal mechanical strength and extensibility essential for end‐use handling. Protein films and coatings are strong gas barriers when they are dry but exhibit poor moisture barrier properties due to their inherent hydrophilic nature. Edible films and coatings are versatile carriers for bioactives (e.g. antimicrobials, antioxidants, nutraceuticals, and micronutrients), flavors, colors, and other additives, making them a useful tool in product innovation." @default.
- W1692365252 created "2016-06-24" @default.
- W1692365252 creator A5031606474 @default.
- W1692365252 creator A5055043436 @default.
- W1692365252 creator A5088156039 @default.
- W1692365252 date "2020-02-17" @default.
- W1692365252 modified "2023-09-26" @default.
- W1692365252 title "Edible Films and Coatings from Soybean and Other Protein Sources" @default.
- W1692365252 cites W1967969981 @default.
- W1692365252 cites W1968322852 @default.
- W1692365252 cites W1968907818 @default.
- W1692365252 cites W1972282985 @default.
- W1692365252 cites W1974623274 @default.
- W1692365252 cites W1976854665 @default.
- W1692365252 cites W1978468859 @default.
- W1692365252 cites W1981748930 @default.
- W1692365252 cites W1983558687 @default.
- W1692365252 cites W1984496556 @default.
- W1692365252 cites W1990872115 @default.
- W1692365252 cites W1993111392 @default.
- W1692365252 cites W1993339701 @default.
- W1692365252 cites W1993461624 @default.
- W1692365252 cites W2001035912 @default.
- W1692365252 cites W2001396925 @default.
- W1692365252 cites W2002533710 @default.
- W1692365252 cites W2002929313 @default.
- W1692365252 cites W2003664248 @default.
- W1692365252 cites W2004242064 @default.
- W1692365252 cites W2006261526 @default.
- W1692365252 cites W2007050828 @default.
- W1692365252 cites W2008345479 @default.
- W1692365252 cites W2008743625 @default.
- W1692365252 cites W2009198117 @default.
- W1692365252 cites W2011065824 @default.
- W1692365252 cites W2013174489 @default.
- W1692365252 cites W2013937205 @default.
- W1692365252 cites W2020409912 @default.
- W1692365252 cites W2026780987 @default.
- W1692365252 cites W2029750801 @default.
- W1692365252 cites W2031289227 @default.
- W1692365252 cites W2033363493 @default.
- W1692365252 cites W2041024294 @default.
- W1692365252 cites W2044843184 @default.
- W1692365252 cites W2048055419 @default.
- W1692365252 cites W2048863437 @default.
- W1692365252 cites W2050123802 @default.
- W1692365252 cites W2050349898 @default.
- W1692365252 cites W2052748112 @default.
- W1692365252 cites W2052896428 @default.
- W1692365252 cites W2064349962 @default.
- W1692365252 cites W2067883738 @default.
- W1692365252 cites W2068829157 @default.
- W1692365252 cites W2072635916 @default.
- W1692365252 cites W2079915179 @default.
- W1692365252 cites W2084044561 @default.
- W1692365252 cites W2088629870 @default.
- W1692365252 cites W2091080098 @default.
- W1692365252 cites W2109588582 @default.
- W1692365252 cites W2116023928 @default.
- W1692365252 cites W2117022194 @default.
- W1692365252 cites W2138024786 @default.
- W1692365252 cites W2138299465 @default.
- W1692365252 cites W2140991146 @default.
- W1692365252 cites W2143555142 @default.
- W1692365252 cites W2148711240 @default.
- W1692365252 cites W2153857823 @default.
- W1692365252 cites W2154225810 @default.
- W1692365252 cites W2156736351 @default.
- W1692365252 cites W2160827520 @default.
- W1692365252 cites W2163627235 @default.
- W1692365252 cites W2163900528 @default.
- W1692365252 cites W2164123053 @default.
- W1692365252 cites W2169860340 @default.
- W1692365252 cites W2420711086 @default.
- W1692365252 cites W2509514362 @default.
- W1692365252 cites W2509906009 @default.
- W1692365252 cites W2734078287 @default.
- W1692365252 cites W2901842924 @default.
- W1692365252 cites W57237355 @default.
- W1692365252 doi "https://doi.org/10.1002/047167849x.bio084.pub2" @default.
- W1692365252 hasPublicationYear "2020" @default.
- W1692365252 type Work @default.
- W1692365252 sameAs 1692365252 @default.
- W1692365252 citedByCount "5" @default.
- W1692365252 countsByYear W16923652522013 @default.
- W1692365252 countsByYear W16923652522014 @default.
- W1692365252 countsByYear W16923652522015 @default.
- W1692365252 crossrefType "other" @default.
- W1692365252 hasAuthorship W1692365252A5031606474 @default.
- W1692365252 hasAuthorship W1692365252A5055043436 @default.
- W1692365252 hasAuthorship W1692365252A5088156039 @default.
- W1692365252 hasConcept C112887158 @default.
- W1692365252 hasConcept C122865956 @default.
- W1692365252 hasConcept C127413603 @default.
- W1692365252 hasConcept C132976073 @default.
- W1692365252 hasConcept C155574463 @default.
- W1692365252 hasConcept C159985019 @default.
- W1692365252 hasConcept C171250308 @default.