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- W3150073881 endingPage "106783" @default.
- W3150073881 startingPage "106783" @default.
- W3150073881 abstract "The techno-functional properties of plant protein are often inferior to those of animal origin, mainly due to denaturation during extraction. They require improvement for easier incorporation into food products, and combinations with pectin were tested for this purpose. Coacervates, formed mainly by electrostatic interactions, and conjugates, formed by covalent binding, improved protein solubility around the isoelectric point, surface activity and emulsion and foam stability. Active (often hydrophobic) ingredients were encapsulated by conjugates or bilayers or within nanoparticles to stabilise them in a hydrophilic environment and to control their release. Coacervates were also able to mask the bitter taste of plant proteins by blocking electrostatic interactions with taste receptors, and fibrous compounds were prepared as meat replacers. Pectins were well suitable for many combinations with plant proteins in food systems owing to their variety of properties resulting from botanical origin or modification. The impact of pectin structure on the different interactions, however, has been studied only to a limited extent, and not all results were convincing. Additional work, using well defined and characterised pectin samples, is required for a better understanding of the interactions, aimed at an extended plant protein application for human nutrition. • Coacervate formation increases solubility and interfacial stabilisation of plant proteins. • Electrostatic interactions with pectin may reduce bitter taste of plant proteins. • Pectins stabilise plant protein nanoparticles for encapsulation and pickering emulsions. • Conjugates of pectins and plant proteins improve surface activity and stability." @default.
- W3150073881 created "2021-04-13" @default.
- W3150073881 creator A5020701060 @default.
- W3150073881 creator A5039619812 @default.
- W3150073881 creator A5060288901 @default.
- W3150073881 creator A5068433662 @default.
- W3150073881 date "2021-09-01" @default.
- W3150073881 modified "2023-10-03" @default.
- W3150073881 title "Pectin - Plant protein systems and their application" @default.
- W3150073881 cites W1985381225 @default.
- W3150073881 cites W1986254003 @default.
- W3150073881 cites W1986876746 @default.
- W3150073881 cites W1999836752 @default.
- W3150073881 cites W2007926988 @default.
- W3150073881 cites W2008699916 @default.
- W3150073881 cites W2012159420 @default.
- W3150073881 cites W2019013721 @default.
- W3150073881 cites W2020591453 @default.
- W3150073881 cites W2024704215 @default.
- W3150073881 cites W2028160802 @default.
- W3150073881 cites W2029450553 @default.
- W3150073881 cites W2031695356 @default.
- W3150073881 cites W2032802886 @default.
- W3150073881 cites W2033231663 @default.
- W3150073881 cites W2036300828 @default.
- W3150073881 cites W2037240967 @default.
- W3150073881 cites W2038615907 @default.
- W3150073881 cites W2052577664 @default.
- W3150073881 cites W2056992243 @default.
- W3150073881 cites W2058415573 @default.
- W3150073881 cites W2059828577 @default.
- W3150073881 cites W2069023525 @default.
- W3150073881 cites W2069039916 @default.
- W3150073881 cites W2075194067 @default.
- W3150073881 cites W2079455158 @default.
- W3150073881 cites W2089527692 @default.
- W3150073881 cites W2090697379 @default.
- W3150073881 cites W2101010885 @default.
- W3150073881 cites W2115157913 @default.
- W3150073881 cites W2120762531 @default.
- W3150073881 cites W2120763229 @default.
- W3150073881 cites W2143838697 @default.
- W3150073881 cites W2152016005 @default.
- W3150073881 cites W2177169206 @default.
- W3150073881 cites W2214658372 @default.
- W3150073881 cites W2231015390 @default.
- W3150073881 cites W2267745340 @default.
- W3150073881 cites W2438427959 @default.
- W3150073881 cites W2460184759 @default.
- W3150073881 cites W2464220881 @default.
- W3150073881 cites W2467646292 @default.
- W3150073881 cites W2475099315 @default.
- W3150073881 cites W2488195108 @default.
- W3150073881 cites W2508416219 @default.
- W3150073881 cites W2534620185 @default.
- W3150073881 cites W2548481899 @default.
- W3150073881 cites W2598883308 @default.
- W3150073881 cites W2620660693 @default.
- W3150073881 cites W2620771173 @default.
- W3150073881 cites W2766769027 @default.
- W3150073881 cites W2768611476 @default.
- W3150073881 cites W2775310362 @default.
- W3150073881 cites W2788290737 @default.
- W3150073881 cites W2789485908 @default.
- W3150073881 cites W2792419029 @default.
- W3150073881 cites W2797752200 @default.
- W3150073881 cites W2800398319 @default.
- W3150073881 cites W2803460663 @default.
- W3150073881 cites W2886000365 @default.
- W3150073881 cites W2895035937 @default.
- W3150073881 cites W2896217188 @default.
- W3150073881 cites W2909984110 @default.
- W3150073881 cites W2913658628 @default.
- W3150073881 cites W2917531660 @default.
- W3150073881 cites W2937164949 @default.
- W3150073881 cites W2939349180 @default.
- W3150073881 cites W2943953164 @default.
- W3150073881 cites W2960288558 @default.
- W3150073881 cites W2963923031 @default.
- W3150073881 cites W2969284581 @default.
- W3150073881 cites W2970501046 @default.
- W3150073881 cites W2971689623 @default.
- W3150073881 cites W2971948757 @default.
- W3150073881 cites W2993261554 @default.
- W3150073881 cites W2997009780 @default.
- W3150073881 cites W2999473461 @default.
- W3150073881 cites W3000433894 @default.
- W3150073881 cites W3005922275 @default.
- W3150073881 cites W3013039611 @default.
- W3150073881 cites W3017212376 @default.
- W3150073881 cites W3017896507 @default.
- W3150073881 cites W3018763440 @default.
- W3150073881 cites W3030998394 @default.
- W3150073881 cites W3064715630 @default.
- W3150073881 cites W3080486198 @default.
- W3150073881 cites W3082293333 @default.
- W3150073881 cites W3113161138 @default.
- W3150073881 doi "https://doi.org/10.1016/j.foodhyd.2021.106783" @default.