大麦中丰富的不可消化碳水化合物对体外结肠发酵特性的影响

Shun Sato, Ryuji Nagata, N. Fukuma, K. Shimada, Taiga Tamiya, Yasunori Nakayama, Kyu‐Ho Han, M. Fukushima
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引用次数: 1

摘要

摘要:BARLEYmax (BM)是一种富含膳食纤维和抗性淀粉的大麦品种。本研究在两种实验条件下检测了BM的结肠发酵特性,与常规品种“Hindmarsh”相比,相对于纤维素作为对照。对大麦样品经两种消化酶水解后的残留物进行体外48 h检测。第1阶段考察了不同样品质量下的影响,第2阶段考察了不同样品质量下的影响,考虑到每克面粉中BM的抗性分数更高。在第1阶段,与Hindmarsh相比,BM在孵育24至48 h时的短链脂肪酸(SCFA)浓度显著升高。在第2阶段,相对于Hindmarsh,在整个孵育期间,BM的SCFA和氨浓度分别显著高于和低于。从这些结果可以推测,BM中较高数量的可发酵不消化部分具有更有益的肠道发酵特性,并导致更长时间内更高的短链脂肪酸产量。
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Abundant Indigestible Carbohydrate Fraction in BARLEYmax Influences Colonic Fermentation Properties In Vitro
Summary : “ BARLEYmax ” ( BM ) is a variety of barley that is a superior source of dietary fiber and resistant starch. This study examined the colonic fermentation properties of BM in comparison to a conventional variety, “ Hindmarsh ” , relative to cellulose as a control under two experimental conditions. The residues of barley sam-ples after hydrolysis with two digestive enzymes were tested in vitro for 48 h. In phase 1 , the effects using different sample weights were examined, whereas in phase 2 , the effects under various sample weights were de-termined considering that the resistant fraction per gram of flour is higher for BM. In phase 1 , short-chain fatty acid ( SCFA ) concentrations of BM at 24 to 48 h of incubation were significantly higher in comparison to those of Hindmarsh. In phase 2 , SCFA and ammonia concentrations were significantly higher and lower, respectively, for BM throughout the incubation period relative to Hindmarsh. From these results it can be assumed that the higher amount of the fermentable indigestible fraction in BM has more beneficial intestinal fermentation properties and leads to higher production of SCFA for an extended period.
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