ライフサイエンスコーパス: voltage dependency

1 ith the expected field, temperature and gate voltage dependencies.

2 channels characterized by positively shifted voltage dependencies and very fast deactivation rates.

3 junctional hemichannels that display altered voltage dependency and reduced permeability, and which c

4 We showed that the voltage dependency and slope factors of NLC and motility

5 We subsequently compared the voltage dependency and the values of slope factor of NLC

6 a mechanism underlying the diverse BacNa(V) voltage dependencies, and demonstrate that a discrete do

7 n the physiological voltage range, and their voltage dependencies are of opposite signs.

8 C1, which had a similar channel activity and voltage dependency as full-length, was hypoxia-inducible

9 The derived voltage dependency does not require any physical, molecu

10 reaks down without electrical coupling; NMDA voltage-dependency doubles the range of synaptic feedbac

11 AMIO shifted the voltage dependency for current inactivation without sign

12 me constant of inactivation (tauh) derives a voltage dependency from coupling to voltage-dependent ac

13 As a result, these voltage dependencies have not been considered relevant t

14 rents have similar amplitudes, kinetics, and voltage dependencies in male and female myocytes, simula

15 ocytes had smaller Na+ currents with altered voltage dependencies of activation and inactivation and

16 be composed of two components with differing voltage dependencies of activation.

17 The voltage dependencies of steady-state activation and inac

18 rent using protocols employing the different voltage dependencies of the channel types and their diff

19 ximal current and by positively shifting the voltage dependency of gating.

20 alian cells, induced a positive shift in the voltage dependency of K(+) current activation, and slowe

21 The different voltage dependency of LTP induction is thought to be med

22 This hyperpolarizing shift in the voltage dependency of LTS amplitude is best explained by

23 nally, the beta3 subunit alters the rate and voltage dependency of relief of the inhibition produced

24 nnel activation and inactivation in that the voltage dependency of tauh is substantially reduced whil

25 ome independent, parallel processes, and any voltage dependency of tauh is then entirely intrinsic to

26 te constant of zero also removes the derived voltage dependency of tauh, but activation and inactivat

27 plitude of the delay process and the derived voltage dependency of tauh.

28 ICa as manifested by flattened and broadened voltage dependency of the amplitude of cytosolic Ca2+ tr

29 f I(Ca)- induced Ca transients (at 0 mV) but voltage dependency of the Ca transients was markedly wid

30 e (I/V) data that may be used to measure the voltage dependency of the membrane conductance.

31 manner: (1) by providing the driving force (voltage dependency of the transport itself) and (2) by l

32 The weak voltage dependency of the VIC channel (and its lack of m

33 a depolarizing prepulse and also shifts the voltage dependency of this relief to more hyperpolarized

34 channel CCA-1 and symmetrically re-tune its voltage-dependencies of activation and inactivation towa

35 The different voltage-dependencies of the two modes of action of these

36 the second and third resting states, and the voltage-dependency of forward transitions through restin

37 of activation/deactivation and a bell-shaped voltage dependency, reminiscent of the rapid (R)-type an

38 This shift in voltage dependency strongly and specifically bypasses th

39 gh Cav1 channels of lymphocytes retain their voltage dependency, T cell receptor stimulation dramatic

40 e that accompanies electromotility imparts a voltage dependency to the membrane capacitance.

41 d inactivation curves showed no shift in the voltage dependency under the inhibition by oxo-M.

42 fold to fourfold by 50 microm NEM, and their voltage dependencies were negatively shifted by 10-20 mV

43 different time-dependent characteristics and voltage dependencies, which interact with each other and