Species specificity of mammalian connexin-26 to form open voltage-gated hemichannels -- González et al. 20 (13): 2329 Data Supplement - Supplemental Data -- The FASEB Journal

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Species specificity of mammalian connexin-26 to form open voltage-gated hemichannels
FASEB J. González et al. 20: 2329

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Figure 7: Kinetic properties of voltage-dependent activation, deactivation and inactivation in hCx26 hemichannels.
Figure 8: Amino acid alignment of human, sheep and rat connexin 26.
Figure 9: Electrophysiological properties of rat Cx26-N159D hemichannels.
Figure 10: Comparison of transjunctional voltage gating properties of gap junction channels formed by hCx26, sCx26, wild type rCx26 and rCx26 carrying the N159D mutation (rCx26-N159D) in paired oocytes.
Table I: Boltzmann parameters of G_hj/V_m dependence for hCx26, sCx26, and rCx26-N159D hemichannels.
Table II: Boltzmann parameters of G_jss/V_j dependence for hCx26, sCx26, rCx26 and rCx26-N159D junctions expressed in pairs of Xenopus laevis oocytes.

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