FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3003174432> ?p ?o ?g. }

• W3003174432 endingPage "109048" @default.
• W3003174432 startingPage "109048" @default.
• W3003174432 abstract "Abstract Protein–polyphenol–polysaccharide non–covalent ternary complexes possess many unique structural and functional properties. However, rare work is available to fabricate the neutral polysaccharide–based ternary complexes. Herein, the ternary complexes composed of lactoferrin (LF), oat β-glucan (OG), and curcumin (Cur) with three binding sequences were successfully developed through self–assembly technique and spray drying technique, respectively. Spray drying could enhance the extent of the intermolecular associations among LF, OG, and Cur, leading to the formation of ternary complexes with smaller particle sizes and lower turbidities. Cur can be loaded in LF-OG complexes to form an amorphous complex through the intermolecular interactions (mainly hydrophobic interactions and hydrogen bonding). The ternary complexes can be used as potential emulsifiers to stabilize oil-in-water Pickering emulsions. The emulsifying capacity (to enhance physical stability) of the complexes was in the order as follows: the spray-dried ternary complexes > the spray-dried LF-OG complexes > the self–assembled ternary complexes > the self–assembled LF-OG complexes. The structural and functional properties (e.g., emulsifying property) of OG-based ternary complexes can be controlled by adjusting the binding sequences. These results will broaden our current understanding of protein–polyphenol–polysaccharide ternary complexes and provide more applications of OG in food, cosmetics, and pharmaceutical industries." @default.
• W3003174432 created "2020-02-07" @default.
• W3003174432 creator A5007528652 @default.
• W3003174432 creator A5013345090 @default.
• W3003174432 creator A5018801263 @default.
• W3003174432 creator A5025887687 @default.
• W3003174432 creator A5035734877 @default.
• W3003174432 creator A5047113062 @default.
• W3003174432 creator A5057562350 @default.
• W3003174432 creator A5061404292 @default.
• W3003174432 creator A5079783820 @default.
• W3003174432 creator A5085825064 @default.
• W3003174432 creator A5086588236 @default.
• W3003174432 date "2020-05-01" @default.
• W3003174432 modified "2023-09-29" @default.
• W3003174432 title "Structures, fabrication mechanisms, and emulsifying properties of self-assembled and spray-dried ternary complexes based on lactoferrin, oat β-glucan and curcumin: A comparison study" @default.
• W3003174432 cites W1481819869 @default.
• W3003174432 cites W1548535208 @default.
• W3003174432 cites W1921233992 @default.
• W3003174432 cites W1983676232 @default.
• W3003174432 cites W1984054629 @default.
• W3003174432 cites W1986254003 @default.
• W3003174432 cites W1988519569 @default.
• W3003174432 cites W1989155226 @default.
• W3003174432 cites W1990026235 @default.
• W3003174432 cites W1992490785 @default.
• W3003174432 cites W1999153236 @default.
• W3003174432 cites W2004037102 @default.
• W3003174432 cites W2010469544 @default.
• W3003174432 cites W2010927615 @default.
• W3003174432 cites W2011163900 @default.
• W3003174432 cites W2012201368 @default.
• W3003174432 cites W2022084160 @default.
• W3003174432 cites W2025086371 @default.
• W3003174432 cites W2039732615 @default.
• W3003174432 cites W2051881714 @default.
• W3003174432 cites W2055265060 @default.
• W3003174432 cites W2062723891 @default.
• W3003174432 cites W2066304903 @default.
• W3003174432 cites W2074013853 @default.
• W3003174432 cites W2076770313 @default.
• W3003174432 cites W2078800032 @default.
• W3003174432 cites W2092804642 @default.
• W3003174432 cites W2107735396 @default.
• W3003174432 cites W2153183321 @default.
• W3003174432 cites W2159314580 @default.
• W3003174432 cites W2264793800 @default.
• W3003174432 cites W2279155007 @default.
• W3003174432 cites W2288357741 @default.
• W3003174432 cites W2318439379 @default.
• W3003174432 cites W2321005953 @default.
• W3003174432 cites W2331002869 @default.
• W3003174432 cites W2331156623 @default.
• W3003174432 cites W2331165839 @default.
• W3003174432 cites W2388949994 @default.
• W3003174432 cites W2577773159 @default.
• W3003174432 cites W2582478732 @default.
• W3003174432 cites W2588708962 @default.
• W3003174432 cites W2729193811 @default.
• W3003174432 cites W2733233798 @default.
• W3003174432 cites W2737236917 @default.
• W3003174432 cites W2738548209 @default.
• W3003174432 cites W2757152342 @default.
• W3003174432 cites W2765299354 @default.
• W3003174432 cites W2767187922 @default.
• W3003174432 cites W2769236685 @default.
• W3003174432 cites W2809930678 @default.
• W3003174432 cites W2902571868 @default.
• W3003174432 cites W2907467337 @default.
• W3003174432 cites W2909102262 @default.
• W3003174432 cites W2909321469 @default.
• W3003174432 doi "https://doi.org/10.1016/j.foodres.2020.109048" @default.
• W3003174432 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32247490" @default.
• W3003174432 hasPublicationYear "2020" @default.
• W3003174432 type Work @default.
• W3003174432 sameAs 3003174432 @default.
• W3003174432 citedByCount "17" @default.
• W3003174432 countsByYear W30031744322020 @default.
• W3003174432 countsByYear W30031744322021 @default.
• W3003174432 countsByYear W30031744322022 @default.
• W3003174432 countsByYear W30031744322023 @default.
• W3003174432 crossrefType "journal-article" @default.
• W3003174432 hasAuthorship W3003174432A5007528652 @default.
• W3003174432 hasAuthorship W3003174432A5013345090 @default.
• W3003174432 hasAuthorship W3003174432A5018801263 @default.
• W3003174432 hasAuthorship W3003174432A5025887687 @default.
• W3003174432 hasAuthorship W3003174432A5035734877 @default.
• W3003174432 hasAuthorship W3003174432A5047113062 @default.
• W3003174432 hasAuthorship W3003174432A5057562350 @default.
• W3003174432 hasAuthorship W3003174432A5061404292 @default.
• W3003174432 hasAuthorship W3003174432A5079783820 @default.
• W3003174432 hasAuthorship W3003174432A5085825064 @default.
• W3003174432 hasAuthorship W3003174432A5086588236 @default.
• W3003174432 hasConcept C127413603 @default.
• W3003174432 hasConcept C185592680 @default.
• W3003174432 hasConcept C199360897 @default.
• W3003174432 hasConcept C2776123893 @default.
• W3003174432 hasConcept C2777519621 @default.

• next