Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210472515> ?p ?o ?g. }
- W4210472515 endingPage "3008" @default.
- W4210472515 startingPage "2998" @default.
- W4210472515 abstract "Phenolic lipids have been approved as safe and effective antioxidants, and are a potential ingredient for functional foods. However, the characteristics of gastrointestinal distribution and microbial hydrolysis in the gastrointestinal tract (GI) are not clear. In this study, the above characteristics of tyrosol-myristic acid ester (T-C14:0), tyrosol-palmitic acid ester (T-C16:0) and tyrosol-stearic acid ester (T-C18:0) were estimated by an in vivo mice model and in vitro anaerobic fermentation model. HPLC-UV measurements indicate that tyrosol (TYr) was rapidly and almost completely absorbed in the small intestine. By contrast, oral T-C14:0, T-C16:0 and T-C18:0 were remarkably stable in the stomach environments of the mice, and could be further hydrolyzed to free TYr by gut microbiota including Lactobacillus johnsonii, Lactobacillus reuteri and Lactobacillus gasseri (in the colon and cecum). Further, the liberated TYr and fatty acids can participate in regulating the composition of the gut microorganisms, which may lead to some additional health benefits. Therefore, the production of phenolic lipids such as tyrosol fatty acid esters provides a new approach to prolong the action time of polyphenol in vivo, and could also lead to additional health benefits including the regulation of gut microorganisms." @default.
- W4210472515 created "2022-02-08" @default.
- W4210472515 creator A5049690156 @default.
- W4210472515 creator A5051384275 @default.
- W4210472515 creator A5061447534 @default.
- W4210472515 creator A5068682561 @default.
- W4210472515 creator A5070186114 @default.
- W4210472515 creator A5080195294 @default.
- W4210472515 creator A5084873274 @default.
- W4210472515 creator A5085650362 @default.
- W4210472515 date "2022-01-01" @default.
- W4210472515 modified "2023-10-14" @default.
- W4210472515 title "Distribution of tyrosol fatty acid esters in the gastrointestinal tracts of mice and their hydrolysis characteristics by gut microbiota" @default.
- W4210472515 cites W1244710892 @default.
- W4210472515 cites W1485044764 @default.
- W4210472515 cites W1493284671 @default.
- W4210472515 cites W1580482685 @default.
- W4210472515 cites W1936235610 @default.
- W4210472515 cites W1971723316 @default.
- W4210472515 cites W1975300971 @default.
- W4210472515 cites W1976871895 @default.
- W4210472515 cites W1987907942 @default.
- W4210472515 cites W1990119075 @default.
- W4210472515 cites W1993635651 @default.
- W4210472515 cites W1993721417 @default.
- W4210472515 cites W1993981308 @default.
- W4210472515 cites W1999357910 @default.
- W4210472515 cites W2004994771 @default.
- W4210472515 cites W2010881967 @default.
- W4210472515 cites W2041237128 @default.
- W4210472515 cites W2051299882 @default.
- W4210472515 cites W2079495589 @default.
- W4210472515 cites W2117595393 @default.
- W4210472515 cites W2118510997 @default.
- W4210472515 cites W2132885849 @default.
- W4210472515 cites W2133571106 @default.
- W4210472515 cites W2160738623 @default.
- W4210472515 cites W2169450336 @default.
- W4210472515 cites W2170416289 @default.
- W4210472515 cites W2278353112 @default.
- W4210472515 cites W2285906411 @default.
- W4210472515 cites W2286056852 @default.
- W4210472515 cites W2291611674 @default.
- W4210472515 cites W2330510038 @default.
- W4210472515 cites W2405521796 @default.
- W4210472515 cites W2527872371 @default.
- W4210472515 cites W2537348685 @default.
- W4210472515 cites W2749646404 @default.
- W4210472515 cites W2766318757 @default.
- W4210472515 cites W2767405144 @default.
- W4210472515 cites W2788537973 @default.
- W4210472515 cites W2801104784 @default.
- W4210472515 cites W2808728409 @default.
- W4210472515 cites W2890139277 @default.
- W4210472515 cites W2896025126 @default.
- W4210472515 cites W2900422540 @default.
- W4210472515 cites W2904267120 @default.
- W4210472515 cites W2905302065 @default.
- W4210472515 cites W2910159017 @default.
- W4210472515 cites W2911265915 @default.
- W4210472515 cites W2979688857 @default.
- W4210472515 cites W2981250379 @default.
- W4210472515 cites W3000246910 @default.
- W4210472515 cites W3024654823 @default.
- W4210472515 cites W3031966252 @default.
- W4210472515 cites W3093806013 @default.
- W4210472515 cites W3096332986 @default.
- W4210472515 cites W3174099033 @default.
- W4210472515 cites W3186442448 @default.
- W4210472515 cites W3201954314 @default.
- W4210472515 doi "https://doi.org/10.1039/d1fo04029d" @default.
- W4210472515 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35195115" @default.
- W4210472515 hasPublicationYear "2022" @default.
- W4210472515 type Work @default.
- W4210472515 citedByCount "5" @default.
- W4210472515 countsByYear W42104725152022 @default.
- W4210472515 countsByYear W42104725152023 @default.
- W4210472515 crossrefType "journal-article" @default.
- W4210472515 hasAuthorship W4210472515A5049690156 @default.
- W4210472515 hasAuthorship W4210472515A5051384275 @default.
- W4210472515 hasAuthorship W4210472515A5061447534 @default.
- W4210472515 hasAuthorship W4210472515A5068682561 @default.
- W4210472515 hasAuthorship W4210472515A5070186114 @default.
- W4210472515 hasAuthorship W4210472515A5080195294 @default.
- W4210472515 hasAuthorship W4210472515A5084873274 @default.
- W4210472515 hasAuthorship W4210472515A5085650362 @default.
- W4210472515 hasConcept C100544194 @default.
- W4210472515 hasConcept C185592680 @default.
- W4210472515 hasConcept C18903297 @default.
- W4210472515 hasConcept C2775898472 @default.
- W4210472515 hasConcept C2777507495 @default.
- W4210472515 hasConcept C2777728882 @default.
- W4210472515 hasConcept C2780206646 @default.
- W4210472515 hasConcept C2781397249 @default.
- W4210472515 hasConcept C31903555 @default.
- W4210472515 hasConcept C539455810 @default.
- W4210472515 hasConcept C543025807 @default.
- W4210472515 hasConcept C55493867 @default.