Data from: Differential monovalent anion selectivity in narrow diameter carbon nanotube porins. http://dx.doi.org/10.1021/acsnano.0c02423

Data from: <b><br></b><b>Differential monovalent anion selectivity in narrow diameter carbon nanotube porins</b><b><br></b> <b>Figure 1. Anion permeability assay.</b> (a) Schematics of the lucigenin-based assay for halide anions transport. (b,c) Representative stopped-flow kinetic traces recorded for control LUVs (b) and CNTP-LUVs (c) after exposure to Br− gradient (as indicated on the legend) at pH 7.5. The average density of CNTP channels in CNTP-LUVs was ca. 5 per vesicle. <br> <b>Figure 2. Anion transport in 0.8 nm CNTPs.</b> Plots of anion flux as a function of anion concentration gradient for CNTP-LUVs measured at pH 7.5 and pH 3.0 for (a) Cl− ions; (b) Br− ions; (c) I− ions; and (d) SCN− ions. Error bars were obtained from at least three separate experiments. The corresponding stopped- flow traces (Fig. S3 for pH 7.5) and (Fig. S4 for pH 3.0) and anion flux in control LUVs (Fig. S5) are shown in the Supplementary Materials.<br> <b>Figure 3. Anion permeability of CNTPs.</b> (a) Anion permeabilities measured at two pH values. (b) Measured anion permeabilities plotted as a function of the first solvation shell hydration energies calculated from the first principle simulations. <br><br> <br>