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- W1788773938 abstract "Optimizing the large-bowel microbiota in terms of function and products has the potential to improve public and personal health. Prebiotics and probiotics have attracted considerable attention for their potential in this regard. This is despite the fact that there is abundant evidence that the composition of the gut microbiota and its metabolic activities are responsive to changes in diet. There are also technical difficulties of incorporating probiotic microorganisms into foods and maintaining their shelf stability. Recognition of these two obstacles has prompted interest in the concept of prebiotics, which recognizes that dietary factors, especially macronutrients, are prime determinants of the community structure and fermentation profile of the large bowel ecosystem. An understanding of the biology of dietary starches, their digestion in the upper gut, and their interaction with the microbiota of the large bowel is essential in ascertaining the full prebiotic potential of resistant starch (RS). The classification of RS into groups RS1 through RS5 and the widely diverse types that are consumed in foods show that it is very difficult to link consumption directly to prebiotic action. One of the obstacles to progress is the lack of an internationally accepted and validated analytical method for RS in human foods. The methodological limitations of culture techniques for enumerating bacteria are well documented. Quantitative molecular techniques (such as fluorescence in situ hybridization), being more specific, sensitive, and precise, allow more subtle changes in the microbiota to be detected." @default.
- W1788773938 created "2016-06-24" @default.
- W1788773938 creator A5043951707 @default.
- W1788773938 creator A5071109337 @default.
- W1788773938 date "2014-04-09" @default.
- W1788773938 modified "2023-10-14" @default.
- W1788773938 title "Resistant Starch as a Prebiotic" @default.
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- W1788773938 cites W1551321545 @default.
- W1788773938 cites W1581953961 @default.
- W1788773938 cites W1845247865 @default.
- W1788773938 cites W1877854700 @default.
- W1788773938 cites W1892806331 @default.
- W1788773938 cites W1893993890 @default.
- W1788773938 cites W1900164494 @default.
- W1788773938 cites W1905504015 @default.
- W1788773938 cites W1934835051 @default.
- W1788773938 cites W1953776819 @default.
- W1788773938 cites W1964454664 @default.
- W1788773938 cites W1965961711 @default.
- W1788773938 cites W1966100640 @default.
- W1788773938 cites W1969339002 @default.
- W1788773938 cites W1969507911 @default.
- W1788773938 cites W1969761907 @default.
- W1788773938 cites W1976899306 @default.
- W1788773938 cites W1978708460 @default.
- W1788773938 cites W1982633691 @default.
- W1788773938 cites W1995169662 @default.
- W1788773938 cites W1995585479 @default.
- W1788773938 cites W2014325789 @default.
- W1788773938 cites W2034861821 @default.
- W1788773938 cites W2041418306 @default.
- W1788773938 cites W2044219890 @default.
- W1788773938 cites W2047192155 @default.
- W1788773938 cites W2048681735 @default.
- W1788773938 cites W2050223201 @default.
- W1788773938 cites W2050259277 @default.
- W1788773938 cites W2053952699 @default.
- W1788773938 cites W2055831147 @default.
- W1788773938 cites W2057320467 @default.
- W1788773938 cites W2058638864 @default.
- W1788773938 cites W2065538672 @default.
- W1788773938 cites W2067924031 @default.
- W1788773938 cites W207262300 @default.
- W1788773938 cites W2074970786 @default.
- W1788773938 cites W2076621797 @default.
- W1788773938 cites W2078582547 @default.
- W1788773938 cites W2079202255 @default.
- W1788773938 cites W2085944966 @default.
- W1788773938 cites W2088621203 @default.
- W1788773938 cites W2089633816 @default.
- W1788773938 cites W2093062709 @default.
- W1788773938 cites W2094462921 @default.
- W1788773938 cites W2094681226 @default.
- W1788773938 cites W2098209207 @default.
- W1788773938 cites W2098885327 @default.
- W1788773938 cites W2099566093 @default.
- W1788773938 cites W2101549532 @default.
- W1788773938 cites W2101930509 @default.
- W1788773938 cites W2103764221 @default.
- W1788773938 cites W2106334736 @default.
- W1788773938 cites W2106528813 @default.
- W1788773938 cites W2106744168 @default.
- W1788773938 cites W2107414352 @default.
- W1788773938 cites W2109379343 @default.
- W1788773938 cites W2109645967 @default.
- W1788773938 cites W2115219265 @default.
- W1788773938 cites W2117065897 @default.
- W1788773938 cites W2118577575 @default.
- W1788773938 cites W2123915410 @default.
- W1788773938 cites W2124404906 @default.
- W1788773938 cites W2126924382 @default.
- W1788773938 cites W2130595889 @default.
- W1788773938 cites W2131361193 @default.
- W1788773938 cites W2131902769 @default.
- W1788773938 cites W2136618257 @default.
- W1788773938 cites W2140937256 @default.
- W1788773938 cites W2146203015 @default.
- W1788773938 cites W2153732314 @default.
- W1788773938 cites W2157511414 @default.
- W1788773938 cites W2158923050 @default.
- W1788773938 cites W2162306049 @default.
- W1788773938 cites W2168162793 @default.
- W1788773938 cites W2169071978 @default.
- W1788773938 cites W2170327205 @default.
- W1788773938 cites W2170556688 @default.
- W1788773938 cites W2170727768 @default.
- W1788773938 cites W2253941914 @default.
- W1788773938 cites W4243429719 @default.
- W1788773938 cites W4297850948 @default.
- W1788773938 cites W625830554 @default.
- W1788773938 doi "https://doi.org/10.1128/9781555815462.ch12" @default.
- W1788773938 hasPublicationYear "2014" @default.
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