Inactivation Current

Steady state inactivation and activation curves A Current traces of

Kinetics of current inactivation in Kv42 channels A Macroscopic K

Time course of activation and inactivation of the current from Ca V 33

Activation and inactivation of Atype current at 1 wk and 45 wk of

Times constants representing current inactivation and activation Time

Inactivation curve of Ltype Ca 2 current I CaL determined by

Steadystate inactivation of Ltype current is leftward shifted and

Voltage dependence of sodium current activation and inactivation

Voltage and timedependent current inactivation IendImax at various

Voltage dependence of potassium current inactivation kinetics A and B

Steadystate parameters of activation and inactivation for Na current

HVACa 2 current activation and steadystate inactivation curves of

Sodium current INa model optimization A steadystate inactivation

Acidosis and Ca 2 current inactivation kinetics Effect of acidosis on

Inactivation of potassium channels a The macroscopic current of KcsA

Recovery from inactivation A After current inactivation during a 1s

Adding a slow sodium current inactivation to the model creates a

Voltage dependency of current activation steady state inactivation and

The current voltage relation and steadystate inactivation of

Ctype inactivation properties of Shaker and Kv12 A Ionic current

Activation and inactivation time constants of I Ca A inset current

A Steady state activation and inactivation curves of the INa current

Activation and inactivation of the Na current in immature IHCs a

Properties of measured RA current inactivation and adaptation a Time

HVACa 2 current activation and steadystate inactivation curves of

Steadystate inactivation and tailcurrent analysis Current recordings

Comparison of outward current inactivation properties in male and

Steadystate inactivation of the native Kv current is similar to Kv21

Fast inactivation recovery Normalized Current is plotted against a

Steadystate inactivation of Ltype current is leftward shifted and

Inactivation and deactivation kinetics of the E4031sensitive current

Steadystate inactivation curves for Ltype current obtained in the

Properties of measured RA current inactivation and adaptation a Time

Positive shift of Nav18 current inactivation curve in injured neurons

Modulation of Na Current Inactivation by Stimulation of Protein Kinase

Basic properties of Nav current and steadystate inactivation in rat

Potassium current inactivation as a novel pathomechanism for KCNQ2

Depolarizationinduced inactivation of a subthreshold outward current

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Kinetics of activation and inactivation of Na currents AB

Sets of ionic currents and activation and inactivation currentvoltage

Sodium currents Comparison of Na current INa activation function

Atype currents differed in inactivation voltage dependence and

Inactivation of 3a currents is coupled to the usedependent increase in

Steadystate slow inactivation Normalized Current is plotted against

Kinetic parameters of inactivation and recovery from inactivation for

The rapidly inactivatingrecovering Kv current is eliminated in

Recovery from inactivation of Atype currents A Inactivation recovery

Inactivation of ANO 2 currents A Currenttovoltage IV m

Steadystate inactivation and inactivation onset for 2 currents A

AC Voltage dependence of inactivation time course A Examples of

Activation and steadystate inactivation of voltagegated Na currents

A Currentvoltage relationship of sodium channel fast inactivation

Inactivation properties of I Na and window current A Families of I

Inactivation of ECaCmediated currents A currents at steps from 20 mV

Dependence of inward tail current waveforms on the development of

Alteration of the window current of activation and steadystate

K current inactivation The two current components had different

Na currents in BCs show negative shift of inactivation sensitivity and

Voltagedependence of activation and inactivation of transient

Effect of channel inactivation on characteristic biophysical changes

Steadystate inactivation A The current traces shown were recorded by

18 Voltage dependence of steady state inactivation of Ca 2 input flux

Ca 2 enhances Ntype calcium current inactivation A currents recorded

Steadystate activation and inactivation curves A a b the

Inactivation kinetics of Na currents were biexponential and voltage

Steadystate inactivation and time courses of inactivation analysis

Steadystate activation and inactivation curves for delayed rectifier

Steadystate slow inactivation Normalized Current is plotted against

The voltage dependence of the rate of inactivation in 18 and 10 mM

AB The voltagedependence of activation and inactivation of the

Steadystate inactivation and time courses of inactivation of expressed

The lack of effect of LA on voltagedependent inactivation of Tcurrent

Voltage dependence of Na current inactivation A 35msec prepulse was

Voltage dependence of activation and inactivation of transient currents

Properties of the Acurrent A Steadystate inactivation of the

The activation and inactivation curves of transient outward potassium

Inactivation of outwardly rectifying currents in 2 peripheralzone type

Time constants of activation and inactivation gates for delayed

Calciumdependent inactivation and voltagedependent inactivation of

Steadystate inactivation A The current traces shown were recorded by

W7 affects current inactivation A Comparison of the time course of

Properties of the inactivation of voltagegated K currents in wing

Sets of ionic currents and activation and inactivation currentvoltage

Calciumdependent inactivation and voltagedependent inactivation of

Figure 3 from Production of Resurgent Current in NaV16Null Purkinje

Activation and Inactivation of the VoltageGated Sodium Channel Role

Solved The IA current illustrates Voltage independent Cheggcom

Figure 1 from Rapid Induction of PCtype Inactivation Is the Mechanism

Steadystate activation and inactivation curves for the silicon neuron

Ca 2 enhances Ntype calcium current inactivation A currents recorded

Rapid Inactivation Determines the Rectification and Ko Dependence of

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Figure 2 from Rapid Induction of PCtype Inactivation Is the Mechanism

Activation and Inactivation of the VoltageGated Sodium Channel Role

Figure 3 from Rapid Induction of PCtype Inactivation Is the Mechanism

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Atmospheric nonthermal plasma inactivation of Ascosphaera apis the

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Curves illustrating the voltage dependence for Na channel activation

A Currentvoltage relationships B Activation and C Steadystate

Time course of the recovery of outward currents from inactivation A

Recovery from inactivation a Representative Na currents in type II

Activation Cycle of Voltage Gated Sodium Channels Closed Open and

Deactivation of Ctype inactivated channels A and B Tail currents

A To study the voltage dependence of inactivation twostep voltage

The inactivating current a Family of currents were evoked by

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Figure 1 from Afterpotential Excitability by Delaying a Somatic

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