14 Matching Annotations
  1. Nov 2021
    1. Those structures reveal that Ag+ binds to 6PGDH at both catalytic and non-catalytic sites with dominant binding residues of Cys, His and Met in quasi-linear and trigonal geometry, which is generally consistent with our previous reports36,40. Together with the site-directed mutagenesis study, we unveil that Ag+ abolishes the enzymatic activity of 6PGDH through targeting His185 in the active site and morphing its catalytic pocket.

      Ag can bind with protein at Cys, His and Met residues.

  2. Apr 2020
  3. Aug 2019
    1. Rattanarat et al.73 created a three-dimensional μPAD (Fig. 1A) that combined colorimetric and electrochemical detection on separate layers for quantifying Ni, Cu, Fe, Pb, Cr(VI), and Cd
  4. Jun 2019
    1. introduction of Cu to agricultural soil selects for Cu resistance, but also indirectly selects for antibiotic resistance in the Cu‐resistant bacteria
  5. Jun 2017