Matches in SemOpenAlex for { <https://semopenalex.org/work/W4293763401> ?p ?o ?g. }
- W4293763401 endingPage "111851" @default.
- W4293763401 startingPage "111851" @default.
- W4293763401 abstract "Compounds that reduce or neutralize free radicals have been evaluated for use as nutraceutical or antioxidant additives in processed foods. This study aimed to enzymatically produce ascorbyl oleate and assess its biological properties. The synthesis was performed under previously maximized conditions (L-ascorbic acid/oleic acid 1:9 molar ratio, 70 °C, 1 h reaction). Immobilized commercial lipase from Candida antarctica (NS 88011) was used as biocatalyst. The reaction product was isolated, and its structure was confirmed by High-Performance Liquid Chromatography and Nuclear Magnetic Resonance. Ascorbyl oleate showed antioxidant and antimicrobial activity, besides no toxicity, did not influencing blood coagulation and also not presenting hemolytic profile. Better storage stability was achieved under refrigerated conditions, and the oxidative stability demonstrated free radicals fighting efficiency, increasing olive oil's shelf life. In vitro gastrointestinal simulation showed that ascorbyl oleate maintained antioxidant potential up to the duodenum stage during the digestive process. Therefore, the synthesized natural compound presented a high potential to be applied in the food and pharmaceutical industries." @default.
- W4293763401 created "2022-08-31" @default.
- W4293763401 creator A5008569734 @default.
- W4293763401 creator A5023471614 @default.
- W4293763401 creator A5030759133 @default.
- W4293763401 creator A5046250036 @default.
- W4293763401 creator A5059559887 @default.
- W4293763401 creator A5061621723 @default.
- W4293763401 creator A5064204540 @default.
- W4293763401 creator A5070247438 @default.
- W4293763401 creator A5070605282 @default.
- W4293763401 creator A5082135308 @default.
- W4293763401 date "2022-11-01" @default.
- W4293763401 modified "2023-09-30" @default.
- W4293763401 title "Enzymatic synthesis of ascorbyl oleate and evaluation of biological activities" @default.
- W4293763401 cites W1873610368 @default.
- W4293763401 cites W1964431027 @default.
- W4293763401 cites W1967627608 @default.
- W4293763401 cites W1972819159 @default.
- W4293763401 cites W1975747074 @default.
- W4293763401 cites W1991729744 @default.
- W4293763401 cites W1995567797 @default.
- W4293763401 cites W1996920405 @default.
- W4293763401 cites W2009994227 @default.
- W4293763401 cites W2012991711 @default.
- W4293763401 cites W2014401482 @default.
- W4293763401 cites W2035188102 @default.
- W4293763401 cites W2041597645 @default.
- W4293763401 cites W2049382198 @default.
- W4293763401 cites W2058515662 @default.
- W4293763401 cites W2059721003 @default.
- W4293763401 cites W2071343933 @default.
- W4293763401 cites W2074509460 @default.
- W4293763401 cites W2084617886 @default.
- W4293763401 cites W2086069830 @default.
- W4293763401 cites W2090012648 @default.
- W4293763401 cites W2090488156 @default.
- W4293763401 cites W2094165764 @default.
- W4293763401 cites W2095803174 @default.
- W4293763401 cites W2096196478 @default.
- W4293763401 cites W2115680328 @default.
- W4293763401 cites W2122819002 @default.
- W4293763401 cites W2146933403 @default.
- W4293763401 cites W2152627337 @default.
- W4293763401 cites W2155053290 @default.
- W4293763401 cites W2155447796 @default.
- W4293763401 cites W2162739570 @default.
- W4293763401 cites W2324604038 @default.
- W4293763401 cites W2329119149 @default.
- W4293763401 cites W2474108739 @default.
- W4293763401 cites W2504346481 @default.
- W4293763401 cites W2508625993 @default.
- W4293763401 cites W2576772148 @default.
- W4293763401 cites W2610294318 @default.
- W4293763401 cites W2620099834 @default.
- W4293763401 cites W2732581585 @default.
- W4293763401 cites W2756158626 @default.
- W4293763401 cites W2768160362 @default.
- W4293763401 cites W2801877086 @default.
- W4293763401 cites W2811375936 @default.
- W4293763401 cites W2963300101 @default.
- W4293763401 cites W2971861688 @default.
- W4293763401 cites W2990619182 @default.
- W4293763401 cites W3018412815 @default.
- W4293763401 cites W3036225812 @default.
- W4293763401 cites W3046158854 @default.
- W4293763401 cites W3080664059 @default.
- W4293763401 cites W3100741906 @default.
- W4293763401 cites W3141235947 @default.
- W4293763401 cites W3161055548 @default.
- W4293763401 cites W3176062544 @default.
- W4293763401 cites W3184701456 @default.
- W4293763401 cites W97046304 @default.
- W4293763401 doi "https://doi.org/10.1016/j.foodres.2022.111851" @default.
- W4293763401 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36192978" @default.
- W4293763401 hasPublicationYear "2022" @default.
- W4293763401 type Work @default.
- W4293763401 citedByCount "1" @default.
- W4293763401 countsByYear W42937634012023 @default.
- W4293763401 crossrefType "journal-article" @default.
- W4293763401 hasAuthorship W4293763401A5008569734 @default.
- W4293763401 hasAuthorship W4293763401A5023471614 @default.
- W4293763401 hasAuthorship W4293763401A5030759133 @default.
- W4293763401 hasAuthorship W4293763401A5046250036 @default.
- W4293763401 hasAuthorship W4293763401A5059559887 @default.
- W4293763401 hasAuthorship W4293763401A5061621723 @default.
- W4293763401 hasAuthorship W4293763401A5064204540 @default.
- W4293763401 hasAuthorship W4293763401A5070247438 @default.
- W4293763401 hasAuthorship W4293763401A5070605282 @default.
- W4293763401 hasAuthorship W4293763401A5082135308 @default.
- W4293763401 hasConcept C115930662 @default.
- W4293763401 hasConcept C178790620 @default.
- W4293763401 hasConcept C181199279 @default.
- W4293763401 hasConcept C185592680 @default.
- W4293763401 hasConcept C2778004101 @default.
- W4293763401 hasConcept C2778562233 @default.
- W4293763401 hasConcept C2779542420 @default.
- W4293763401 hasConcept C2779697368 @default.