10.1371/journal.pone.0052475.t001
Elvira de la Peña
Elvira
de la Peña
Annika Mälkiä
Annika
Mälkiä
Hugo Vara
Hugo
Vara
Rebeca Caires
Rebeca
Caires
Juan J. Ballesta
Juan
J. Ballesta
Carlos Belmonte
Carlos
Belmonte
Felix Viana
Felix
Viana
Effect of temperature on the electrophysiological properties of hippocampal neurons recorded in current-clamp configuration in the presence of synaptic blockers (20 µM CNQX+50 µM AP-V+5 µM bicuculline), which in these abolished cooling-evoked action potential firing.
Public Library of Science
2013
electrophysiological
properties
hippocampal
neurons
recorded
current-clamp
configuration
synaptic
blockers
abolished
cooling-evoked
2013-02-19 17:54:37
Dataset
https://plos.figshare.com/articles/dataset/_Effect_of_temperature_on_the_electrophysiological_properties_of_hippocampal_neurons_recorded_in_current_clamp_configuration_in_the_presence_of_synaptic_blockers_20_181_M_CNQX_50_181_M_AP_V_5_181_M_bicuculline_which_in_these_abolished_cooling_evoked_actio/187268
<p>The parameters were obtained using depolarizing current pulses of 450-ms-duration at a membrane potential of −60 mV. Membrane resistance was calculated from the I–V slope generated from depolarizing and hyperpolarizing pulses. Statistical significance between parameters obtained at 30°C <i>vs.</i> 35°C was determined with 2-way repeated-measures ANOVA, and indicated with <sup>a</sup> p<0.05; <sup>b</sup> p<0.001; n = 8 for all columns.</p>