Nature, Volume 456Sir Norman Lockyer Macmillan Journals Limited, 2008 |
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Página 202
... paddle motifs within Na , channel voltage sensors to the kinetics of voltage sensor activation and to forming toxin receptors . Our results uncover binding sites for toxins from tarantula and scorpion venom on each of the four paddle motifs ...
... paddle motifs within Na , channel voltage sensors to the kinetics of voltage sensor activation and to forming toxin receptors . Our results uncover binding sites for toxins from tarantula and scorpion venom on each of the four paddle motifs ...
Página 203
... paddle motifs into K2.1 renders the channel sensitive to the a - scorpion toxin AaHII ; however , in this instance only the paddle motif from domain IV can transfer toxin sensitivity ( Fig . 2a , Supplementary Fig . 3a ) . Although the ...
... paddle motifs into K2.1 renders the channel sensitive to the a - scorpion toxin AaHII ; however , in this instance only the paddle motif from domain IV can transfer toxin sensitivity ( Fig . 2a , Supplementary Fig . 3a ) . Although the ...
Página 205
... paddle motifs , that multiple paddle F2084 motifs can be targeted by individual toxins , and that these interac- tions can differ between Na , channel subtypes . L835A N8424 Critical residues in the toxin - paddle interaction 161741 To ...
... paddle motifs , that multiple paddle F2084 motifs can be targeted by individual toxins , and that these interac- tions can differ between Na , channel subtypes . L835A N8424 Critical residues in the toxin - paddle interaction 161741 To ...
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