FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4225656444> ?p ?o ?g. }

• W4225656444 endingPage "24" @default.
• W4225656444 startingPage "13" @default.
• W4225656444 abstract "Steam explosion (SE) with its dual effect of high temperature and high pressure has gradually been applied in food pretreatment. The process of SE treatment involves various mechanisms: acid-based hydrolysis, thermal degradation, mechanical-like disruption, hydrogen bond destruction and structure rearrangement. Phenolic compounds, as natural secondary metabolites, are found in different forms depending on their association with the food matrix, and exert significant antioxidant activity to improve health benefits. In this review, we provide a thorough summary regarding on the working principle of SE, the forms of phenolics present in plant, the effects of SE on the concentration and compounds of phenolics, their antioxidant activity including cellular antioxidant activity, the microstructure of the plant matrix, and the application of SE. Phenolic acids and flavonoids are common phenolic compounds. The different forms of phenolics present in the plant matrix, include free and bound phenolics, or free, esterified, glycosidic and insoluble-bound forms. During SE processing, explosion temperature/pressure and residence time were the main factors that influenced the extraction and conversion of plant phenolics. In general, the effect of SE on phenolic extraction showed a trend of increasing first and decreasing later, and finally, it reached a balanced state with the dissolution and degradation of phenolic compounds. The optimal SE conditions depend on the pretreatment strategy and physical accessibility of the raw material. Under optimal conditions, SE can increase the release of phenolics and enhance their antioxidant activity. There was a positive correlation between phenolics and antioxidant activity. SE can break down the glycosidic linkages, and ester and β-O-4 ether bonds, which leads to an increase in carboxyl and phenolic hydroxyl groups. The SE process can enhance the cellular antioxidant activity of free phenolics, but has the opposite effect on bound phenolics. Regarding the microstructure, the SE can increase the porosity and pore volume of the material, which is beneficial to solute-solvent accessibility and internal mass transfer in the phenolic extraction process. However, the migration and transformation mechanism of SE on phenolics is still not clear. More studies need to focus on the conversion mechanism of SE on bioactive components and further expand the application scope of SE." @default.
• W4225656444 created "2022-05-05" @default.
• W4225656444 creator A5005568086 @default.
• W4225656444 creator A5019620650 @default.
• W4225656444 creator A5034705401 @default.
• W4225656444 creator A5037329635 @default.
• W4225656444 creator A5058711067 @default.
• W4225656444 creator A5075388262 @default.
• W4225656444 date "2022-06-01" @default.
• W4225656444 modified "2023-10-01" @default.
• W4225656444 title "Effect of steam explosion on phenolics and antioxidant activity in plants: A review" @default.
• W4225656444 cites W1174839022 @default.
• W4225656444 cites W1175161584 @default.
• W4225656444 cites W1556919148 @default.
• W4225656444 cites W1843826266 @default.
• W4225656444 cites W1914622032 @default.
• W4225656444 cites W1940766466 @default.
• W4225656444 cites W1964623470 @default.
• W4225656444 cites W1967616122 @default.
• W4225656444 cites W1975672084 @default.
• W4225656444 cites W1979086744 @default.
• W4225656444 cites W1979512864 @default.
• W4225656444 cites W1982472213 @default.
• W4225656444 cites W1984116651 @default.
• W4225656444 cites W1992411039 @default.
• W4225656444 cites W1996041157 @default.
• W4225656444 cites W1996360060 @default.
• W4225656444 cites W2004515155 @default.
• W4225656444 cites W2016341882 @default.
• W4225656444 cites W2018387317 @default.
• W4225656444 cites W2036947982 @default.
• W4225656444 cites W2040307063 @default.
• W4225656444 cites W2042200804 @default.
• W4225656444 cites W2042417598 @default.
• W4225656444 cites W2047669069 @default.
• W4225656444 cites W2051146664 @default.
• W4225656444 cites W2056334118 @default.
• W4225656444 cites W2060138093 @default.
• W4225656444 cites W2065973204 @default.
• W4225656444 cites W2067649634 @default.
• W4225656444 cites W2068282106 @default.
• W4225656444 cites W2069371037 @default.
• W4225656444 cites W2072199591 @default.
• W4225656444 cites W2073795184 @default.
• W4225656444 cites W2074587223 @default.
• W4225656444 cites W2075147882 @default.
• W4225656444 cites W2075591088 @default.
• W4225656444 cites W2077143061 @default.
• W4225656444 cites W2089189889 @default.
• W4225656444 cites W2089588211 @default.
• W4225656444 cites W2090871339 @default.
• W4225656444 cites W2094306850 @default.
• W4225656444 cites W2176680001 @default.
• W4225656444 cites W2179963901 @default.
• W4225656444 cites W2182335894 @default.
• W4225656444 cites W2313047723 @default.
• W4225656444 cites W2314384244 @default.
• W4225656444 cites W2322639106 @default.
• W4225656444 cites W2324351472 @default.
• W4225656444 cites W2329610765 @default.
• W4225656444 cites W2342043280 @default.
• W4225656444 cites W2343472683 @default.
• W4225656444 cites W2387434818 @default.
• W4225656444 cites W2487526444 @default.
• W4225656444 cites W2520627025 @default.
• W4225656444 cites W2607690358 @default.
• W4225656444 cites W2619895612 @default.
• W4225656444 cites W2620885664 @default.
• W4225656444 cites W2683545325 @default.
• W4225656444 cites W2769490473 @default.
• W4225656444 cites W2771427610 @default.
• W4225656444 cites W2803764853 @default.
• W4225656444 cites W2804372426 @default.
• W4225656444 cites W2905611751 @default.
• W4225656444 cites W2919401155 @default.
• W4225656444 cites W2923630048 @default.
• W4225656444 cites W2946744557 @default.
• W4225656444 cites W2970493707 @default.
• W4225656444 cites W2986843821 @default.
• W4225656444 cites W3000696887 @default.
• W4225656444 cites W3007595727 @default.
• W4225656444 cites W3009759929 @default.
• W4225656444 cites W3009787291 @default.
• W4225656444 cites W3017279781 @default.
• W4225656444 cites W3017950464 @default.
• W4225656444 cites W3024603544 @default.
• W4225656444 cites W3025620062 @default.
• W4225656444 cites W3026111389 @default.
• W4225656444 cites W3027396853 @default.
• W4225656444 cites W3028073943 @default.
• W4225656444 cites W3028473971 @default.
• W4225656444 cites W3044181356 @default.
• W4225656444 cites W3064735952 @default.
• W4225656444 cites W3083808528 @default.
• W4225656444 cites W3089835816 @default.
• W4225656444 cites W3119881281 @default.
• W4225656444 cites W3130854857 @default.
• W4225656444 cites W3131501976 @default.

• next