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City Ann Arbor / Rice / Shanghai / EU104720 BC059121 / Dalian / Peking / Jena / Mannheim / Sunnyvale / Chicago / Santa Cruz / / Company SPSS Inc. / Lakhani SA / Millipore / Takara / Ropero AB / Beckman Coulter / Cell Signaling Technology / COX / Needham / Creative Commons / Education Key Laboratory / Bio-Rad / Macmillan Publishers Limited / / Country Germany / United States / China / / / Facility Xiamen University / Institute of Urban Environment / / IndustryTerm machinery / food / beverage containers / plastic products / / MedicalCondition medical disorders / dysfunction / heart disease / obesity / MS / mitochondrial dysfunction / cell dysfunction / insulin resistance / Disease / diabetes / mitochondria-mediated mechanisms underlying BPA-induced b-cell dysfunction / metabolic syndrome / BPA-induced b-cell dysfunction / glucometabolic disorders / diabetes mellitus / rat insulinoma / cells dysfunction / b-cell dysfunction / / NaturalFeature KATP channel / Chapel Hill / / Organization Key Lab of Urban Environment and Health / Chinese Academy of Sciences / Xiamen University / Department of Biomedical Sciences / School of Life Sciences / Department of Environmental and Molecular Toxicology / National Natural Science Foundation of China / Institute of Urban Environment / / Person Tfam / / / Position China *Corresponding author / Carrera MP / Representative / Porter / / Product penicillin / FS / estradiol / dimethyl sulfoxide / / ProvinceOrState Manitoba / South Carolina / Fujian / / PublishedMedium PLoS One / / RadioStation Soto AM / Calafat AM / / Technology antibodies / Biotechnology / amplitude modulation / apoptosis / Laser / / URL http / SocialTag 
Exposure to bisphenol A induces dysfunction of insulin secretion and apoptosis through the damage of mitochondria in rat insulinoma (INS-1) cells