| Title : Potassium channels in mouse neonate dorsal root ganglion cells: a patch-clamp study - Simonneau_1987_Brain.Res_412_224 |
| Author(s) : Simonneau M , Distasi C , Tauc L , Barbin G |
| Ref : Brain Research , 412 :224 , 1987 |
|
Abstract :
Isolated neurons from mouse neonate dorsal root ganglia were analyzed using both whole-cell clamp and single-channel recording techniques and presented a complex repertoire of potassium (K) channels. Different types of potassium channels have been found: calcium-activated K channel presenting a large unit conductance of 260 pS in symmetrical K; voltage-dependent K channels of 130 pS without calcium-dependence; two types of inward rectifying K channels (90 and 120 pS in symmetrical K); low probability K channels; delayed rectifier channels and non-selective cationic channels. |
| PubMedSearch : Simonneau_1987_Brain.Res_412_224 |
| PubMedID: 2440521 |
Simonneau M, Distasi C, Tauc L, Barbin G (1987)
Potassium channels in mouse neonate dorsal root ganglion cells: a patch-clamp study
Brain Research
412 :224
Simonneau M, Distasi C, Tauc L, Barbin G (1987)
Brain Research
412 :224