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CONFLICT OF INTEREST The authors declare no conflict of interests. Supporting Information Filename Description tpj70200-sup-0001-Figures.pdfPDF document, 30.5 MB Figure S1. HsfA1a binding to the heat shock elements (HSEs) of BAG2 promoter. (A) The promoter sequence of BAG2 used for the analysis of HsfA1a binding to the HSEs. The mutant HSEs are shown in red. (B) Dual luciferase assay analysis of HsfA1a binding to the HSEs of BAG2 promoter. Results represent the means ± SD.
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We present magnetostriction and thermal expansion measurements on multiferroic (Ni0.93Co0.07)3V2O8. The high field phase diagrams up to 33 T along the a, b, and c directions are built. For H∥a, as the magnetic field increasing, two intermediate phases appear between the incommensurate phase and the paramagnetic phase at about 7 K, and then a magnetically induced phase appears above the paramagnetic phase.
Hydration deactivation mechanism of the <100> oriented cuprous oxide photocathodes in solar water splitting and the regenerated three-dimensional structure Photocorrosion is the most ticklish problem of cuprous oxide (Cu2O), and it is widely assumed that the deactivation of Cu2O photocathodes in solar water splitting is caused by the spontaneous oxidation-reduction (REDOX) reactions.
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