| CoCoDatCat 041008 > Folder > Neurons IonicCurrents > 988292479 |
|
||||||
|---|---|---|---|---|---|---|
| ID Neurons | 988292479 | |||||
| ID Methods Electrophysiology | -862865877 | |||||
| Current name | I(K) | |||||
| Charge carrier | K+ | |||||
| Peak conductance | - | |||||
| Peak current | - | |||||
| E rev | - | |||||
| V threshold | - | |||||
| V half activation | - | |||||
| V peak | - | |||||
| Citations |
"...with external and internal solutions (see Table 1) that minimized the contribution of Ca2+-activated K+-currents, which are not studied here." "In more mature nonpyramidal cells, a transient current did not appear, but the sustained current became larger." "The differences (see legend, Fig. 5A) between the transient and sustained current are essentially similar to differences reported previously for the A current and the delayed rectifier, with the A current showing activation and steady state inactivation at relatively less depolarized potentials and the delayed K current showing only incomplete inactivation at positive voltages (Adams et al., 1980; Adams and Galvan, 1984)." |
|||||
| Reference figures | Fig.4 | |||||
| Reference text | pp.55-57 | |||||
| Comments |
Currents in response to voltage steps, normalized current densities (early and late component) in Fig. 4. |
|||||
|
Methods Electrophysiology.ID Ref. | -862865877 | ||||
|
Neurons.ID Ref. | 988292479 | ||||