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- W2504830469 endingPage "595" @default.
- W2504830469 startingPage "559" @default.
- W2504830469 abstract "Abstract This paper presents the state of the art in encapsulation technologies for delivery of bioactive compounds, focused on polyphenols. In addition, current research, developments, and trends are also discussed. Among these techniques, chemical and mechanical (physical-chemical) methods are available. Chemical methods include liposomes, coacervation, molecular inclusion, yeast encapsulation, emulsions, and ionic gelation. Others like spray-drying, freeze-drying, spray cooling/chilling, fluidized bed drying, extrusion and spinning discs are based on mechanical principles. For each type of delivery system we describe its properties, advantages, and limitations. Presently, technologies with higher effectiveness with regard to preservation of stability, bioactivity, and bioavailability of polyphenols are spray-drying, freeze-drying, emulsions, inclusion complexes and liposomes, unlike fluid bed, spinning disc, and spray cooling/chilling technologies. In this sense, spraying technologies are already well established at industrial scale and are expected to have a dominant role in the near future. Others like yeast encapsulation are a low-cost processes, but today are not widely used for encapsulation of polyphenols. However, complex systems based on both methods are being developed for controlled release of bioactive compounds. Indeed, the food industry expects encapsulates to fulfill many demands, therefore two or more encapsulation processes to result in encapsulates with superior functional characteristics are being explored." @default.
- W2504830469 created "2016-08-23" @default.
- W2504830469 creator A5047065453 @default.
- W2504830469 creator A5050873512 @default.
- W2504830469 creator A5057665295 @default.
- W2504830469 creator A5060265101 @default.
- W2504830469 date "2016-01-01" @default.
- W2504830469 modified "2023-09-27" @default.
- W2504830469 title "Nanoencapsulation strategies applied to maximize target delivery of intact polyphenols" @default.
- W2504830469 cites W1254534305 @default.
- W2504830469 cites W1484906640 @default.
- W2504830469 cites W1598124064 @default.
- W2504830469 cites W1740018917 @default.
- W2504830469 cites W1927445510 @default.
- W2504830469 cites W1964861940 @default.
- W2504830469 cites W1964970156 @default.
- W2504830469 cites W1966810029 @default.
- W2504830469 cites W1969688942 @default.
- W2504830469 cites W1975090882 @default.
- W2504830469 cites W1976723428 @default.
- W2504830469 cites W1978054246 @default.
- W2504830469 cites W1979905288 @default.
- W2504830469 cites W1981673106 @default.
- W2504830469 cites W1981810319 @default.
- W2504830469 cites W1983202045 @default.
- W2504830469 cites W1984261740 @default.
- W2504830469 cites W1994149963 @default.
- W2504830469 cites W1995373828 @default.
- W2504830469 cites W1996986210 @default.
- W2504830469 cites W1997003987 @default.
- W2504830469 cites W1999733948 @default.
- W2504830469 cites W2000091775 @default.
- W2504830469 cites W2000398244 @default.
- W2504830469 cites W2000686510 @default.
- W2504830469 cites W2003635196 @default.
- W2504830469 cites W2004595790 @default.
- W2504830469 cites W2007151384 @default.
- W2504830469 cites W2008173574 @default.
- W2504830469 cites W2010187187 @default.
- W2504830469 cites W2011268325 @default.
- W2504830469 cites W2016079769 @default.
- W2504830469 cites W2017958585 @default.
- W2504830469 cites W2018294015 @default.
- W2504830469 cites W2018638292 @default.
- W2504830469 cites W2019654784 @default.
- W2504830469 cites W2021672060 @default.
- W2504830469 cites W2023343329 @default.
- W2504830469 cites W2025608292 @default.
- W2504830469 cites W2034069973 @default.
- W2504830469 cites W2036696955 @default.
- W2504830469 cites W2037179979 @default.
- W2504830469 cites W2037416813 @default.
- W2504830469 cites W2037550187 @default.
- W2504830469 cites W2037609941 @default.
- W2504830469 cites W2038351472 @default.
- W2504830469 cites W2041188694 @default.
- W2504830469 cites W2043511535 @default.
- W2504830469 cites W2046707804 @default.
- W2504830469 cites W2047962302 @default.
- W2504830469 cites W2053523797 @default.
- W2504830469 cites W2054468520 @default.
- W2504830469 cites W2054775913 @default.
- W2504830469 cites W2057668905 @default.
- W2504830469 cites W2060980695 @default.
- W2504830469 cites W2062501016 @default.
- W2504830469 cites W2064411182 @default.
- W2504830469 cites W2064635458 @default.
- W2504830469 cites W2065636454 @default.
- W2504830469 cites W2066932106 @default.
- W2504830469 cites W2068476904 @default.
- W2504830469 cites W2070846802 @default.
- W2504830469 cites W2072170755 @default.
- W2504830469 cites W2077050095 @default.
- W2504830469 cites W2077367342 @default.
- W2504830469 cites W2078291672 @default.
- W2504830469 cites W2080070091 @default.
- W2504830469 cites W2081341235 @default.
- W2504830469 cites W2084235285 @default.
- W2504830469 cites W2088524921 @default.
- W2504830469 cites W2089389864 @default.
- W2504830469 cites W2089531507 @default.
- W2504830469 cites W2090712159 @default.
- W2504830469 cites W2091393385 @default.
- W2504830469 cites W2093388229 @default.
- W2504830469 cites W2101139107 @default.
- W2504830469 cites W2102223744 @default.
- W2504830469 cites W2102411880 @default.
- W2504830469 cites W2113781099 @default.
- W2504830469 cites W2130829888 @default.
- W2504830469 cites W2130911623 @default.
- W2504830469 cites W2134580629 @default.
- W2504830469 cites W2137467567 @default.
- W2504830469 cites W2138575795 @default.
- W2504830469 cites W2138741130 @default.
- W2504830469 cites W2140387479 @default.
- W2504830469 cites W2148997960 @default.
- W2504830469 cites W2154105741 @default.
- W2504830469 cites W2162455728 @default.