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glutathione adduct formation of novel GSH-tannin adducts during red wine aging: Detection and identification using targeted mass-spectrometry Full article: In Vitro Evaluation

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During the past two decades, many studies have demonstrated that many specific genes are silenced by hypermethylation of their promoters in CRC, which means that the expression of these genes could be restored since epigenetic alterations are reversible

glutathione adduct formation of novel GSH-tannin adducts during red wine aging: Detection and identification using targeted mass-spectrometry Full article: In Vitro Evaluation

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glutathione adduct formation of novel GSH-tannin adducts during red wine aging: Detection and identification using targeted mass-spectrometry Full article: In Vitro Evaluation

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glutathione adduct formation of novel GSH-tannin adducts during red wine aging: Detection and identification using targeted mass-spectrometry Full article: In Vitro Evaluation

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glutathione adduct formation of novel GSH-tannin adducts during red wine aging: Detection and identification using targeted mass-spectrometry Full article: In Vitro Evaluation

IBAs Protein A affinity chromatography resin consists of a highly cross-linked agarose coupled with recombinant Protein A expressed in E

glutathione adduct formation of novel GSH-tannin adducts during red wine aging: Detection and identification using targeted mass-spectrometry Full article: In Vitro Evaluation

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