ライフサイエンスコーパス: relative permeability

1 significantly increases their Na(+) to K(+) relative permeability.

2 rnal protons decrease calcium/monovalent ion relative permeability.

3 ng efforts should incorporate sensitivity to relative permeability.

4 pillary trapping, and at the field-scale via relative permeability.

5 govern anion-vs.-cation selectivity and the relative permeabilities among anions.

6 ations, but its mutation dramatically alters relative permeabilities among anions.

7 We then measured the effects on the relative permeability and conductance of the channel to

8 nsistent with increases in the Na(+) to K(+) relative permeability and decreases in electrochemical d

9 A linear correlation between membrane relative permeability and MS2 removal was found.

10 ering quantities of CO(2) residual trapping, relative permeability, and caprock integrity.

11 experiment in which the saturation topology, relative permeability, and tortuosity were kept constant

12 polyamines freely permeated TRPV1 (estimated relative permeabilities compared with Na+ were between 3

13 Endpoint drainage CO2 relative permeabilities for liquid and supercritical CO2

14 pus oocytes and in HEK293 cells gave similar relative permeabilities for selected anions, suggesting

15 experiments designed to measure CO2 endpoint relative permeability for CO2 displacing brine at in sit

16 -fold higher unitary conductance and greater relative permeability for Na(+) ions, as compared with t

17 olerant HKT1 mutants by a markedly decreased relative permeability for Na+ at high Na+ concentrations

18 phosphate to adenosine appears to shift its relative permeability from channels formed by Cx32 to ch

19 pace CO2 saturation of 0.5, and steady state relative permeabilities of CO2 and water on the order of

20 We compared the relative permeabilities of five different retinal gap ju

21 Pore radius, estimated by fitting relative permeabilities of organic cations to the Renkin

22 permeability of sodium is decreased, and the relative permeability of calcium and magnesium is increa

23 the receptor (T348K, D352N, D352K) increased relative permeability of chloride ions.

24 cularly applicable for the evaluation of the relative permeability of compounds in a combinatorial li

25 bitors, such as sodium azide, to compare the relative permeability of HDTA conjugates.

26 ns of various ionic composition to determine relative permeability of homomeric rho1 receptors.

27 T441S) in this region increased the apparent relative permeability of the channel to NH4+.

28 The relative permeability of the conductances to I(-) and Cl

29 nel of transgenic mice was influenced by the relative permeability of the mutant AChRs to calcium, on

30 The relative permeability of this conductance to anions was

31 The WT current exhibited a relative permeability P(X)/P(Cl) order of SCN(-) > or =

32 The tail current was carried by K+ and Cs+ (relative permeabilities PCa/PK = 0.22), and was fully bl

33 g 5 mM Ca2+; the values were used to compute relative permeabilities (PNMDG/PNa and PCa/PNa).

34 Li)/P(Cs) by about one-half, and shifted the relative permeability sequence of Cs(+), Rb(+), K(+), an

35 KCNKO has a common relative permeability series (Eisenman type IV) but cond

36 In the oocyte expression system, relative permeabilities to SCN-, I-, NO3-, Br- and HCO3-

37 ptors containing alpha7 subunits have a high relative permeability to calcium and influence numerous

38 The receptor has a high relative permeability to calcium and performs a variety

39 ontains the alpha 7 gene product, has a high relative permeability to calcium, and binds alpha-bungar

40 s), because they are widespread, have a high relative permeability to calcium, and regulate numerous

41 tains the alpha7 gene product and has a high relative permeability to calcium.

42 product, because of their abundance and high relative permeability to calcium.

43 There was no significant difference in the relative permeability to INH between these two species.

44 in amplitude to those of WT, but had altered relative permeability to large anions.

45 agonist concentration-dependent increases in relative permeability to large cations and changes in Ca

46 ion 438 increased, to different extents, the relative permeability to Li(+), K(+), Rb(+), and Cs(+).

47 We now report that this increased relative permeability to NH4+ is sensitive to small chan

48 These channels shared a similar relative permeability to various anions, but the express

49 Relative permeabilities were estimated on the basis of t