2018
DOI: 10.1016/j.cofs.2018.01.003
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Impact of food structure and cell matrix on digestibility of plant-based food

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Cited by 61 publications
(38 citation statements)
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“…Ranawana, Henry, Lightowler, and Wang () also reported that the glycemic index (GI) of rice and rice products can be predicted not only from their amylose content or degree of gelatinization but also from the amount of RS and their level of processing. The role of food microstructure and its relationship with starch digestion has been reported by Singh, Kaur, and Singh () and Ogawa et al ().…”
Section: Introductionmentioning
confidence: 78%
“…Ranawana, Henry, Lightowler, and Wang () also reported that the glycemic index (GI) of rice and rice products can be predicted not only from their amylose content or degree of gelatinization but also from the amount of RS and their level of processing. The role of food microstructure and its relationship with starch digestion has been reported by Singh, Kaur, and Singh () and Ogawa et al ().…”
Section: Introductionmentioning
confidence: 78%
“…With regard to the differences in the observed trend between cut and slurry samples, their varying physical structures could affect the release of bioactive compounds. The structure of food is known to have an important role on the bioaccessibility of nutrients 52 . Manipulating the structure of food to control the release of compounds and digestibility of food components could be done through processing and during mastication 19,20 .…”
Section: Discussionmentioning
confidence: 99%
“…In contrast, in the homogenized slurry samples (Figure c and d), approximately 50% of the starch was digested in the first 5 min of simulated small intestinal digestion, an increase of around 10‐fold that of the grain samples. Generally, the pericarp and aleurone layers of brown rice grain would be a barrier against enzyme accessibility to the internal grain, whereas the amorphous nature of the homogenized slurry samples would decrease the particle size of cooked rice, thereby increasing the susceptibility of the starch to amylase enzyme (Dhital, Bhattarai, Gorham, & Gidley, ; Ogawa et al, ). Similarly, Tamura, Singh, Kaur, and Ogawa () demonstrated that the starch particles of the homogenized slurry were unpacked and easily accessible to digestive enzymes, and consequently, most of the starch was degraded in the first 5 min of simulated small intestinal digestion.…”
Section: Resultsmentioning
confidence: 99%
“…Data in brackets indicate the type and degree of crystallinity. ND = not detected cooked rice, thereby increasing the susceptibility of the starch to amylase enzyme (Dhital, Bhattarai, Gorham, & Gidley, 2016;Ogawa et al, 2018). Similarly, Tamura, Singh, Kaur, and Ogawa (2016) demonstrated that the starch particles of the homogenized slurry were unpacked and easily accessible to digestive enzymes, and consequently, most of the starch was degraded in the first 5 min of simulated small intestinal digestion.…”
Section: Starch Attributes Of Cooked Ricementioning
confidence: 99%