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1 ts, picrotin had a 30 times higher IC50 than picrotoxinin.
2 similar to those of the classical antagonist picrotoxinin.
3 namely antagonism by the plant-derived toxin picrotoxinin.
4  enhanced by pentobarbitone and inhibited by picrotoxinin.
5 thesis of the neurotoxic sesquiterpenoid (-)-picrotoxinin (1, PXN).
6  striking similarity between ginkgolides and picrotoxinin, a GABA(A) and recombinant glycine alpha-ho
7                                              Picrotoxinin, although superficially similar to PS in it
8                                  Picrotin, a picrotoxinin analog, blocks responses of receptors compo
9  alpha3 T258F does remove block by picrotin, picrotoxinin and alphaEMTBL.
10 o glutamate and ivermectin were inhibited by picrotoxinin and fipronil.
11 ebound current was considerably smaller when picrotoxinin and glycine were co-applied.
12                       Our data indicate that picrotoxinin and picrotin are not equivalent in blocking
13                                              Picrotoxinin and picrotin decreased the mean open time o
14                                Although both picrotoxinin and picrotin inhibited glycine-evoked outsi
15 the embryonic alpha2 homomeric GlyRs between picrotoxinin and picrotin is unknown.
16 nselective between the picrotoxin components picrotoxinin and picrotin.
17 an, lindane, and fipronil, and the botanical picrotoxinin are noncompetitive antagonists (NCAs) for t
18 that is overlapping but not identical to the picrotoxinin binding site.
19 mata/dendrites showed similar sensitivity to picrotoxinin blockade.
20 bition displayed voltage dependence, whereas picrotoxinin did not.
21 amine-activated currents were not blocked by picrotoxinin, fipronil, strychnine, or the H2 antagonist
22 hannel level, the mechanism of picrotin- and picrotoxinin-induced inhibition of currents, which were
23 ABA currents, experiments with wild-type and picrotoxinin-insensitive GABA(A) receptors were performe
24 domain of alpha1, beta2, or gamma2 conferred picrotoxinin-insensitivity onto GABA(A) receptor complex
25 roids, as well as the nonsteroidal inhibitor picrotoxinin, modify GABA-elicited fluorescence changes
26                         The plant metabolite picrotoxinin (PXN) is a widely used tool in neuroscience
27       Here we explore two parallel series of picrotoxinin (PXN, 1) analogs and identify leads with se
28 ed GABA receptor type A (GABA(A)) antagonist picrotoxinin, TETS has been proposed to bind to the nonc
29                            Both picrotin and picrotoxinin were unable to bind to the unbound conforma