Non-digestible stachyose promotes bioavailability of genistein through inhibiting intestinal degradation and first-pass metabolism of genistein in mice
Yalong Lu Artikkel Engelsk
*0011263322 *008170911s2017 xx# 000 0 eng *019 $bk *08230$a615.32374 *100 $aLu, Yalong$4aut$_148289000 *245 $aNon-digestible stachyose promotes bioavailability of genistein through inhibiting intestinal degradation and first-pass metabolism of genistein in mice *300 $a11 s. : ill. *5208 $aInneholder sammendrag *650 $aKarbohydrater$2norart$_35391700 *650 $aisoflavoner$9nor$2norart$_147009900 *650 $asoya$9nor$2norart$_131712100 *653 $aabsorption$9eng$_132122500 *653 $aefflux transporters$9eng$_148289100 *653 $agenistein$9eng$_147010400 *653 $aphase II enzymes$9eng$_148289200 *653 $astachyose$9eng$_147066000 *700 $aLi, Wenfeng;$4aut$_148289300 *700 $aLin, Dehui;$4aut$_148289400 *700 $aYang, Xingbin$4aut$_146977500 *773 $tFood & nutrition research (online) (elektronisk ressurs)$gVol. 61 (2017)$x1654-661X *8564 $uhttps://doi.org/10.1080/16546628.2017.1369343 *999 $z1700617058$anorart:1700617058 ^