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- W3186693552 endingPage "107041" @default.
- W3186693552 startingPage "107041" @default.
- W3186693552 abstract "Cast-Tape Drying (CTD) is an innovative and competitive technique to dehydrate fruit and vegetable pulps on a continuous scale, to produce leathers, flakes, and powders. The hydrocolloids maltodextrin, starch, and pectin were added to a strawberry pulp as carrier agents (CA). Ostwald and Herschel-Bulkley's models fitted well to rheological data of strawberry pulp and strawberry-CA suspensions. A pseudoplastic behavior was observed for all samples, which is ideal for spreading on the CTD support. All drying curves showed a constant and a falling rate period, and the time to reach a constant moisture content was dependent on the sample (between 20 and 40 min). After drying, products were removed as leathers, and the CA addition contributed to the easier detachment of the materials from support. All leathers were homogeneous, with thicknesses in the range of 0.2–0.4 mm, and the strawberry-CA leathers exhibited a slight color difference compared to the pure strawberry. Sorption isotherms of the strawberry leathers adjusted well to the GAB model. The volatile compounds in the strawberry pulp were strongly modified by drying, with the addition of maltodextrin and pectin promoting the preservation of some of the strawberry original volatiles; however, pectin has shown a few new compounds. The presence of hydrocolloids in strawberry powders increased the Tg and the dispersion (except when maltodextrin was added) in water, compared to pure strawberry powders." @default.
- W3186693552 created "2021-08-02" @default.
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- W3186693552 creator A5068363241 @default.
- W3186693552 date "2021-12-01" @default.
- W3186693552 modified "2023-09-24" @default.
- W3186693552 title "Strawberry-hydrocolloids dried by continuous cast-tape drying to produce leather and powder" @default.
- W3186693552 cites W1038006632 @default.
- W3186693552 cites W1935553835 @default.
- W3186693552 cites W1965249395 @default.
- W3186693552 cites W1965754425 @default.
- W3186693552 cites W1968712815 @default.
- W3186693552 cites W1973832264 @default.
- W3186693552 cites W1975771317 @default.
- W3186693552 cites W1977057752 @default.
- W3186693552 cites W1978963305 @default.
- W3186693552 cites W1980901880 @default.
- W3186693552 cites W1983210929 @default.
- W3186693552 cites W1988447436 @default.
- W3186693552 cites W1989214748 @default.
- W3186693552 cites W1990603614 @default.
- W3186693552 cites W1990762729 @default.
- W3186693552 cites W1991013812 @default.
- W3186693552 cites W1997101211 @default.
- W3186693552 cites W2001201025 @default.
- W3186693552 cites W2001831549 @default.
- W3186693552 cites W2006911583 @default.
- W3186693552 cites W2009913072 @default.
- W3186693552 cites W2014717268 @default.
- W3186693552 cites W2015510992 @default.
- W3186693552 cites W2018692029 @default.
- W3186693552 cites W2019044784 @default.
- W3186693552 cites W2026736466 @default.
- W3186693552 cites W2027848379 @default.
- W3186693552 cites W2028927636 @default.
- W3186693552 cites W2030835666 @default.
- W3186693552 cites W2031065453 @default.
- W3186693552 cites W2032077250 @default.
- W3186693552 cites W2036487279 @default.
- W3186693552 cites W2037750654 @default.
- W3186693552 cites W2047098363 @default.
- W3186693552 cites W2049510070 @default.
- W3186693552 cites W2050563384 @default.
- W3186693552 cites W2053841653 @default.
- W3186693552 cites W2058459503 @default.
- W3186693552 cites W2060589857 @default.
- W3186693552 cites W2061385333 @default.
- W3186693552 cites W2062905622 @default.
- W3186693552 cites W2063646938 @default.
- W3186693552 cites W2068137886 @default.
- W3186693552 cites W2074896859 @default.
- W3186693552 cites W2075541317 @default.
- W3186693552 cites W2078947446 @default.
- W3186693552 cites W2086173115 @default.
- W3186693552 cites W2086876412 @default.
- W3186693552 cites W2088168042 @default.
- W3186693552 cites W2092397989 @default.
- W3186693552 cites W2093087688 @default.
- W3186693552 cites W2105725571 @default.
- W3186693552 cites W2117669255 @default.
- W3186693552 cites W2118390186 @default.
- W3186693552 cites W2122018758 @default.
- W3186693552 cites W2126060307 @default.
- W3186693552 cites W2127589837 @default.
- W3186693552 cites W2157578289 @default.
- W3186693552 cites W2158049310 @default.
- W3186693552 cites W2295754341 @default.
- W3186693552 cites W2333613471 @default.
- W3186693552 cites W2462428920 @default.
- W3186693552 cites W2467570783 @default.
- W3186693552 cites W2520555156 @default.
- W3186693552 cites W2532642408 @default.
- W3186693552 cites W2590546369 @default.
- W3186693552 cites W2594411295 @default.
- W3186693552 cites W2613549517 @default.
- W3186693552 cites W2622863192 @default.
- W3186693552 cites W2793350184 @default.
- W3186693552 cites W2802779587 @default.
- W3186693552 cites W2808354430 @default.
- W3186693552 cites W2894675346 @default.
- W3186693552 cites W2903605425 @default.
- W3186693552 cites W2921634207 @default.
- W3186693552 cites W2994414100 @default.
- W3186693552 cites W3105365267 @default.
- W3186693552 cites W3148004855 @default.
- W3186693552 cites W4242715607 @default.
- W3186693552 cites W745039436 @default.
- W3186693552 doi "https://doi.org/10.1016/j.foodhyd.2021.107041" @default.
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