FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894883051> ?p ?o ?g. }

• W2894883051 endingPage "78" @default.
• W2894883051 startingPage "70" @default.
• W2894883051 abstract "Abstract Emulsions are complex mixtures of immiscible liquids that are widely spread in foods and considered as natural, efficient and cost effective tools to deliver lipophilic bioactives to the consumer. Many recent studies seek to elucidate the principles for formulating emulsions with novel bioactive ingredients, such as bovine lactoferrin or bioactive lipids, towards enhanced and extended emulsion functionality. This research evaluated the effects of droplet lipid unsaturation degree on emulsion properties, stability and susceptibility to intestinal lipolysis. For this purpose, emulsions were produced via high pressure homogenization using extra virgin olive oil (EVOO) rich in 18:1n9 oleic acid, hemp seed oil (HSO) rich in 18:2n6 linoleic acid and pomegranate seed oil (PSO) rich in 18:3n5 conjugated linolenic acids (CLnA). Droplet fatty acid composition was altered using glyceryl trioleate (TOLN) doping at varying concentrations (1%, 2%, 5% and 10% [w/w]) and found to temper emulsion stability, droplet size, droplet size distribution spans. In respect to intestinal lipolysis, TOLN did not affect EVOO lipolysis, had mild impact on HSO lipolysis and markedly accelerated and enhanced the lipolysis of PSO. Fatty acid profiling of intestinal digesta indicated the preferential liberation of saturated, then monounsaturated and lastly polyunsaturated fatty acids from the various lipid droplets. Overall, the results presented herein show a new possibility for smart design of emulsions with sustained and controlled release of unsaturated fatty acids in the human gut." @default.
• W2894883051 created "2018-10-12" @default.
• W2894883051 creator A5011927776 @default.
• W2894883051 creator A5041694097 @default.
• W2894883051 creator A5049946053 @default.
• W2894883051 creator A5083319447 @default.
• W2894883051 date "2019-01-01" @default.
• W2894883051 modified "2023-09-24" @default.
• W2894883051 title "Impact of fatty acids unsaturation on stability and intestinal lipolysis of bioactive lipid droplets" @default.
• W2894883051 cites W1852019145 @default.
• W2894883051 cites W1965102288 @default.
• W2894883051 cites W1965573560 @default.
• W2894883051 cites W1965838122 @default.
• W2894883051 cites W1969134618 @default.
• W2894883051 cites W1971346972 @default.
• W2894883051 cites W1972293716 @default.
• W2894883051 cites W1974396612 @default.
• W2894883051 cites W1977298244 @default.
• W2894883051 cites W1978357726 @default.
• W2894883051 cites W1982134573 @default.
• W2894883051 cites W1988942715 @default.
• W2894883051 cites W1989960241 @default.
• W2894883051 cites W1990851997 @default.
• W2894883051 cites W1992439603 @default.
• W2894883051 cites W1994201074 @default.
• W2894883051 cites W1994679505 @default.
• W2894883051 cites W1996977585 @default.
• W2894883051 cites W1998128512 @default.
• W2894883051 cites W2006199220 @default.
• W2894883051 cites W2006399057 @default.
• W2894883051 cites W2007030510 @default.
• W2894883051 cites W2007125578 @default.
• W2894883051 cites W2011068615 @default.
• W2894883051 cites W2014033384 @default.
• W2894883051 cites W2016399557 @default.
• W2894883051 cites W2022375711 @default.
• W2894883051 cites W2022559327 @default.
• W2894883051 cites W2025751035 @default.
• W2894883051 cites W2028416390 @default.
• W2894883051 cites W2030933328 @default.
• W2894883051 cites W2049335473 @default.
• W2894883051 cites W2052710254 @default.
• W2894883051 cites W2057963736 @default.
• W2894883051 cites W2065640633 @default.
• W2894883051 cites W2067258294 @default.
• W2894883051 cites W2069136529 @default.
• W2894883051 cites W2070543086 @default.
• W2894883051 cites W2070812332 @default.
• W2894883051 cites W2081202706 @default.
• W2894883051 cites W2081755936 @default.
• W2894883051 cites W2083468519 @default.
• W2894883051 cites W2086043144 @default.
• W2894883051 cites W2086718982 @default.
• W2894883051 cites W2086911608 @default.
• W2894883051 cites W2088403144 @default.
• W2894883051 cites W2089997108 @default.
• W2894883051 cites W2090027477 @default.
• W2894883051 cites W2090725236 @default.
• W2894883051 cites W2094355685 @default.
• W2894883051 cites W2094935464 @default.
• W2894883051 cites W2095115425 @default.
• W2894883051 cites W2098537290 @default.
• W2894883051 cites W2101469804 @default.
• W2894883051 cites W2107196556 @default.
• W2894883051 cites W2107873337 @default.
• W2894883051 cites W2109078751 @default.
• W2894883051 cites W2109538539 @default.
• W2894883051 cites W2112329115 @default.
• W2894883051 cites W2113423265 @default.
• W2894883051 cites W2119944195 @default.
• W2894883051 cites W2130916419 @default.
• W2894883051 cites W2133001051 @default.
• W2894883051 cites W2135661937 @default.
• W2894883051 cites W2138380366 @default.
• W2894883051 cites W2138864394 @default.
• W2894883051 cites W2152311269 @default.
• W2894883051 cites W2154708032 @default.
• W2894883051 cites W2156259819 @default.
• W2894883051 cites W2156968573 @default.
• W2894883051 cites W2157067016 @default.
• W2894883051 cites W216658133 @default.
• W2894883051 cites W2169356020 @default.
• W2894883051 cites W2169946060 @default.
• W2894883051 cites W2188860227 @default.
• W2894883051 cites W2207384193 @default.
• W2894883051 cites W2288974023 @default.
• W2894883051 cites W2295848014 @default.
• W2894883051 cites W2301585572 @default.
• W2894883051 cites W2588414429 @default.
• W2894883051 cites W2594051099 @default.
• W2894883051 cites W2765859473 @default.
• W2894883051 cites W2766064112 @default.
• W2894883051 cites W2770847593 @default.
• W2894883051 cites W2777166895 @default.
• W2894883051 cites W2808638976 @default.
• W2894883051 doi "https://doi.org/10.1016/j.colsurfa.2018.09.081" @default.
• W2894883051 hasPublicationYear "2019" @default.
• W2894883051 type Work @default.

• next