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- W4310135803 abstract "Rice plants generate a large amount of straw after harvesting, which is currently managed mainly by incineration or used as animal bedding, animal fodder or wrapping of materials during transport. Other technological uses, such as the production of energy and biofuels, pulp and paper production or construction materials have also been described. However, due to the current European Union (EU) restrictions, alternatives for waste management must be sought. Valorisation of rice straw is aligned with the Sustainable Development Goals agenda set by the EU, since interesting biocompounds have been described in their composition and, after a successful extraction and purification, they can be used in various sectors. This review gathers the most relevant works related to the valorisation of rice straw. It focuses on polyphenolic extracts and cellulose derivatives obtained by different extraction techniques, either conventional or innovative. In addition, the different applications that these compounds have in the field of food and nutrition sciences are summarized. Polyphenols and cellulose fractions have shown their viability to be extracted from rice straw, showing great potential as antioxidants in the food sector or as nutritional components in the development of new food or packaging materials, respectively. In conclusion, the valorisation of rice straw as a rich source of valuable compounds has been demonstrated, which currently generates serious environmental and human problems due to difficulties in its management and incineration, adding value to these underutilized residues and contributing to the circular bioeconomy concept." @default.
- W4310135803 created "2022-11-30" @default.
- W4310135803 creator A5007931122 @default.
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- W4310135803 creator A5042864127 @default.
- W4310135803 creator A5045447641 @default.
- W4310135803 creator A5075647587 @default.
- W4310135803 date "2023-01-01" @default.
- W4310135803 modified "2023-10-17" @default.
- W4310135803 title "Rice straw as a valuable source of cellulose and polyphenols: Applications in the food industry" @default.
- W4310135803 cites W1893993890 @default.
- W4310135803 cites W2012659922 @default.
- W4310135803 cites W2019789016 @default.
- W4310135803 cites W2028666136 @default.
- W4310135803 cites W2031014866 @default.
- W4310135803 cites W2043442885 @default.
- W4310135803 cites W2052721671 @default.
- W4310135803 cites W2068375694 @default.
- W4310135803 cites W2114903367 @default.
- W4310135803 cites W2134434725 @default.
- W4310135803 cites W2156528186 @default.
- W4310135803 cites W2213555309 @default.
- W4310135803 cites W2516432014 @default.
- W4310135803 cites W2586227037 @default.
- W4310135803 cites W2587921687 @default.
- W4310135803 cites W2592816554 @default.
- W4310135803 cites W2606104177 @default.
- W4310135803 cites W2611045333 @default.
- W4310135803 cites W2731783927 @default.
- W4310135803 cites W2766466519 @default.
- W4310135803 cites W2787782010 @default.
- W4310135803 cites W2789660890 @default.
- W4310135803 cites W2790482974 @default.
- W4310135803 cites W2793081607 @default.
- W4310135803 cites W2794692929 @default.
- W4310135803 cites W2795424936 @default.
- W4310135803 cites W2884929676 @default.
- W4310135803 cites W2891044982 @default.
- W4310135803 cites W2945482223 @default.
- W4310135803 cites W2969325304 @default.
- W4310135803 cites W2979284845 @default.
- W4310135803 cites W2985235348 @default.
- W4310135803 cites W2987394843 @default.
- W4310135803 cites W2988995466 @default.
- W4310135803 cites W2991369179 @default.
- W4310135803 cites W3000108201 @default.
- W4310135803 cites W3000280206 @default.
- W4310135803 cites W3007738531 @default.
- W4310135803 cites W3016808546 @default.
- W4310135803 cites W3080135175 @default.
- W4310135803 cites W3097541540 @default.
- W4310135803 cites W3102557535 @default.
- W4310135803 cites W3113788386 @default.
- W4310135803 cites W3117959972 @default.
- W4310135803 cites W3120949875 @default.
- W4310135803 cites W3129679051 @default.
- W4310135803 cites W3134487555 @default.
- W4310135803 cites W3135524587 @default.
- W4310135803 cites W3144363278 @default.
- W4310135803 cites W3150795894 @default.
- W4310135803 cites W3153486063 @default.
- W4310135803 cites W3159789796 @default.
- W4310135803 cites W3170168135 @default.
- W4310135803 cites W3172902250 @default.
- W4310135803 cites W3174703245 @default.
- W4310135803 cites W3176771178 @default.
- W4310135803 cites W3178695087 @default.
- W4310135803 cites W3188060066 @default.
- W4310135803 cites W3198311136 @default.
- W4310135803 cites W3199512301 @default.
- W4310135803 cites W3209570806 @default.
- W4310135803 cites W3212498699 @default.
- W4310135803 cites W4200571587 @default.
- W4310135803 cites W4206674310 @default.
- W4310135803 cites W4206695427 @default.
- W4310135803 cites W4211175347 @default.
- W4310135803 cites W4213195457 @default.
- W4310135803 cites W4214856136 @default.
- W4310135803 cites W4220887353 @default.
- W4310135803 cites W4221107190 @default.
- W4310135803 cites W4280613118 @default.
- W4310135803 cites W4281752005 @default.
- W4310135803 cites W4283215315 @default.
- W4310135803 cites W4284990660 @default.
- W4310135803 cites W4287831668 @default.
- W4310135803 cites W4289134262 @default.
- W4310135803 cites W4292998958 @default.
- W4310135803 cites W588086597 @default.
- W4310135803 cites W658595124 @default.
- W4310135803 cites W879391057 @default.
- W4310135803 doi "https://doi.org/10.1016/j.tifs.2022.11.020" @default.
- W4310135803 hasPublicationYear "2023" @default.
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