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1 urons (appearance of tetrodotoxin-sensitive, voltage-dependent sodium channels).
2 ve expression of distinct genes encoding the voltage-dependent sodium channel.
3 e sensors and the outer pore of a eukaryotic voltage-dependent sodium channel.
4 e for subsequent assembly of ankyrin and the voltage-dependent sodium channel.
5 ed at nodes of Ranvier with ankyrinG and the voltage-dependent sodium channel.
6 osamide is an antiseizure agent that targets voltage-dependent sodium channels.
7 perexcitability), due to a local response of voltage-dependent sodium channels.
8 te outgrowth and the increased expression of voltage-dependent sodium channels.
9 rsal root ganglia and analyze the effects on voltage-dependent sodium channels.
10  of Ranvier and are candidates to couple the voltage-dependent sodium channel and neurofascin to the
11 ansmitter receptors and ion channels such as voltage-dependent sodium channels and GABA-gated chlorid
12 oxins that bind to the extracellular face of voltage-dependent sodium channels and retard channel ina
13            Tetrodotoxin (TTX, 0.3 microM), a voltage-dependent sodium channel antagonist that blocks
14                                              Voltage-dependent sodium channels are believed to have e
15                                              Voltage-dependent sodium channels are the central player
16                                              Voltage-dependent sodium channels are uniformly distribu
17                                  Blockade of voltage-dependent sodium channels by TTX also reduced CS
18 e fractions that also contain high levels of voltage-dependent sodium channels, caspr, and neuron-gli
19                                 Mutations in voltage-dependent sodium channels cause severe autism/in
20                                              Voltage-dependent sodium channels cluster at high densit
21 mbrane proteins (neurofascin, NrCAM, and the voltage-dependent sodium channel) colocalize within a sp
22  LQT3, is caused by mutations in the cardiac voltage-dependent sodium channel gene, SCN5A.
23 h--as well as changes in the inactivation of voltage-dependent sodium channels in living cells.
24                                  The type II voltage-dependent sodium channel is present in neuronal
25 Although action potentials are not involved, voltage-dependent sodium channels may enhance subthresho
26                                              Voltage-dependent sodium channels mediate transient curr
27  discovery of a new class of neuroprotective voltage-dependent sodium channel modulators exemplified
28       Rat GP neurons express fast, transient voltage-dependent sodium channels (NaF channels) in thei
29                      Binding to the neuronal voltage-dependent sodium channel (NVSC) was evaluated fo
30  show that both glutamate NMDA receptors and voltage-dependent sodium channels play roles in CSD.
31 nes caused delayed inactivation of mammalian voltage-dependent sodium channels, resulting in a positi
32 distribution of ankyrinG 480/270 kDa and the voltage-dependent sodium channel, suggesting that the ad
33 evident when tetrodotoxin was added to block voltage-dependent sodium channels, suggesting that inter
34 ate subthreshold current carried by the same voltage-dependent sodium channels that underlie fast act
35  recruitment of ankyrinG 480/270 kDa and the voltage-dependent sodium channel to cluster sites contai
36               One neuronal target is NaV1.2, voltage-dependent sodium channel type II, to which CaM b
37 evealed that the pore-lining (P) segments of voltage-dependent sodium channels undergo sizable motion
38                                              Voltage-dependent sodium channels were studied in dissoc