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>