3,5-dicaffeoylquinic acid protects H9C2 cells against oxidative stress-induced apoptosis via activation of the PI3K/Akt signaling pathway
Yi-ming Bi Artikkel Engelsk
*0011280310 *008181114s2018 xx# 000 0 eng *019 $bk *08230$a571.936 *100 $aBi, Yi-ming$4aut$_150146600 *245 $a3,5-dicaffeoylquinic acid protects H9C2 cells against oxidative stress-induced apoptosis via activation of the PI3K/Akt signaling pathway *300 $a8 s. : ill. *500 $aVitenskapelig artikkel *5208 $aInneholder sammendrag *650 $aFenoler$2norart$_19173000 *650 $aapoptose$9nor$2norart$_147009100 *650 $aoksidativt stress$9nor$2norart$_128553400 *653 $a3,5-dicaffeoylquinic acid$9eng$_150146700 *653 $aPI3K/Akt pathway$9eng$_150146800 *653 $aapoptosis$9eng$_145392400 *653 $acardiomyocyte$9eng$_146991400 *653 $aoxidative stress$9eng$_130427200 *700 $aChen, Hong-Mei;$4aut$_150146900 *700 $aChen, Ling;$4aut$_150147000 *700 $aFan, Hui-jie;$4aut$_150147100 *700 $aLi, Jun;$4aut$_146385700 *700 $aLiu, Bin;$4aut$_150147200 *700 $aTan, Zhang-bin;$4aut$_150147300 *700 $aWu, Yu-Ting;$4aut$_150147400 *700 $aXie, Ling-peng;$4aut$_150147500 *700 $aZhang, Wen-tong;$4aut$_150147600 *700 $aZhou, Ying-chun$4aut$_150147700 *773 $tFood & nutrition research (online) (elektronisk ressurs)$gVol. 62 (2018)$x1654-661X *8564 $uhttps://doi.org/10.29219/fnr.v62.1423 *999 $z1800634716$anorart:1800634716 ^