作者
Calvin S. Carter,Haigen Huang,Charles Searby,Benjamin Cassaidy,M. Miller,Wojciech J. Grzesik,Ted B. Piorczynski,Thomas Pak,Susan A. Walsh,Michael R. Acevedo,Qihong Zhang,Kranti A. Mapuskar,Ginger L. Milne,Antentor Hinton,Deng‐Fu Guo,Robert Weiß,Kyle Bradberry,Eric B. Taylor,Adam J. Rauckhorst,David Dick,Vamsidhar Akurathi,Kelly C. Falls-Hubert,Brett A. Wagner,Walter A. Carter,Kai Wang,Andrew W. Norris,Kamal Rahmouni,Garry R. Buettner,Jason M. Hansen,Douglas R. Spitz,E. Dale Abel,Val C. Sheffield
摘要
(Cell Metabolism 32, 561–574.e1–e7; October 6, 2020) During the assembly of Figure S2J, an incorrect image was inadvertently included as a representative western blot. The corrected figure has been provided. The authors regret the error. Exposure to Static Magnetic and Electric Fields Treats Type 2 DiabetesCarter et al.Cell MetabolismOctober 06, 2020In BriefAbnormal redox homeostasis contributes to the pathogenesis of type 2 diabetes. However, targeting redox systems remains a challenge. In this issue, Carter, Huang et al. demonstrate that static magnetic and electric fields can be used to modulate redox systems for the noninvasive treatment of type 2 diabetes. Full-Text PDF Open Archive