ORDB: Publication facts - NMDA and AMPA conductances properties were studied using patch-clamp recordings in morphologically identified cells in slices prepared from surgically removed medial temporal lobe specimens of epileptic patients (14 specimens from 14 patients). The wide range of changes in the slope conductance of the NMDA EPSCs suggests that the NMDA-receptor-mediated conductance could be altered in human epileptic DGCs

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NMDA and AMPA conductances properties were studied using patch-clamp recordings in morphologically identified cells in slices prepared from surgically removed medial temporal lobe specimens of epileptic patients (14 specimens from 14 patients). The wide range of changes in the slope conductance of the NMDA EPSCs suggests that the NMDA-receptor-mediated conductance could be altered in human epileptic DGCs

Paper having this fact

Isokawa M, Levesque M, Fried I, Engel J (1997) Show Other

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Reference Id

206

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human

Other categories referring to NMDA and AMPA conductances properties were studied using patch-clamp recordings in morphologically identified cells in slices prepared from surgically removed medial temporal lobe specimens of epileptic patients (14 specimens from 14 patients). The wide range of changes in the slope conductance of the NMDA EPSCs suggests that the NMDA-receptor-mediated conductance could be altered in human epileptic DGCs

Neuronal Receptors.Publication facts (1)

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