ライフサイエンスコーパス: ion exchanger

1 ospheres (containing solvatochromic dyes and ion exchanger).

2 aluate the retention of the isotopes on PCST ion exchanger.

3 eed effectively suppressed in the absence of ion exchanger.

4 on that is independent of its function as an ion exchanger.

5 surfactants, castor oil as plasticizers, and ion exchangers.

6 lives, namely as catalysts, adsorbents, and ion exchangers.

7 mbrane phase via ion pairing with lipophilic ion exchangers.

8 han do other zirconia- and nonzirconia-based ion exchangers.

9 as heterogeneous catalysts, absorbents, and ion-exchangers.

10 t blocked by inhibitors of endogenous oocyte ion-exchangers.

11 nly observed for systems that do not contain ion-exchanger additives.

12 traditional manner, containing a lipophilic ion exchanger and a calcium-selective ionophore.

13 ns made using a combination of high capacity ion exchanger and a neutral polystyrene/divinylbenzene m

14 ophore-free PVC membranes containing UBC- as ion exchanger and either DOS or NPOE as plasticizer also

15 The first column was packed with a strong ion exchanger and eluted with a KCl gradient.

16 ncorporate an ionic solvatochromic dye (SD), ion exchanger and ionophore.

17 The membrane is free of ion exchanger and is formulated with plasticized poly(vi

18 only (Miptode 3), the optode containing the ion exchanger and the MIP particles (Miptode 2) showed i

19 of both metal- and ligand-centred emission, ion exchangers and molecular sieves.

20 ffect of temperature on selectivity for both ion exchangers and neutral carrier ionophores is also di

21 ression profiles and spatial arrangements of ion exchangers and the cytoskeleton in different pressur

22 optodes using chromoionophore I, lipophilic ion-exchanger and sodium ionophore X, BME-44, and ETH 52

23 lyanionic matrix that functions as a Ca2+/K+ ion exchanger, and two Ca2+-sensitive channels, one to i

24 Zeolites have been widely used as catalysts, ion exchangers, and adsorbents since their industrial br

25 being developed for use as molecular sieves, ion exchangers, and catalysts, but most are oxides.

26 patible interface for assembling ionophores, ion exchangers, and indicator molecules, yielding reprod

27 These ion exchangers are characterized by very low selectivity

28 This effect was quantified for ion exchangers as well as neutral carrier ionophores.

29 A microscale continuous ion exchanger based on two liquid streams flowing in par

30 Ion-exchanger based Donnan exclusion membranes (IEDEM) a

31 of suppressing the major interference of an ion-exchanger based membrane, the 80 muL desalinated sam

32 , the suppressor consists of a solid polymer ion exchanger block.

33 CaCO3 is that starch may act as a weak acid ion exchanger capable of exchanging alcoholic group prot

34 the CNTs and that the ISM requires a certain ion-exchanger capacity, but this does not further affect

35 Given their importance as molecular sieves, ion exchangers, catalysts and catalyst supports, we have

36 n CLCN4, which encodes the chloride/hydrogen ion exchanger CIC-4 prominently expressed in brain, were

37 PCST ion exchanger could separate (225)Ac from isotopes of Ra

38 on-sensitive membrane electrode based on the ion-exchanger dinonylnaphthalene sulfonate has previousl

39 ions for ion-transfer voltammetry between an ion-exchanger doped and plasticized poly(vinyl chloride)

40 g pH-sensitive fluorophores, ionophores, and ion-exchangers enable highly selective and rapid fluores

41 on-selective electrodes (ISEs) without added ion exchanger exhibited a functional potentiometric resp

42 PBO-4 is a putative Na+/H+ ion exchanger expressed on the basolateral membrane of t

43 flow due to a deficiency in a sodium calcium ion exchanger expressed specifically in the heart.

44 f the nanospheres (containing the probes and ion exchanger) followed by measuring the pH and Na(+) re

45 se merits make it be a promising material as ion exchanger for the removal of radioactive cations fro

46 l the exceptional potential of sulfide-based ion-exchangers for remediating of uranium-containing was

47 Poorly crystalline silicotitanate (PCST) ion exchanger had high selectivity for Ba, Ag and Th.

48 In the first approach, a liquid ion exchanger (i.e. a strongly basic compound, e.g., tet

49 trifluoromethyl)phenyl]borate was used as an ion exchanger in a poly(vinyl chloride) membrane.

50 has been evaluated for its suitability as an ion exchanger in solvent polymeric membrane electrodes a

51 Here we study the role of these ion exchangers in mitochondrial Ca(2+) extrusion and in

52 Ion exchangers, ion channels, and subunits of proton and

53 1), a ubiquitously expressed plasma membrane ion exchanger, is necessary for establishing polarity in

54 We show here that a layered sulfide ion exchanger K(2)MnSn(2)S(6) (KMS-1) overcomes these li

55 th a hydrogen ionophore (chromoionophore I), ion exchanger (KTFBP), and lipophilic electrolyte (ETH 5

56 Predicted detection limits on the basis of ion-exchanger leaching alone are here listed for a numbe

57 Ion-exchanger lipophilicities are significantly increase

58 his, we introduced previously ionophore-free ion exchanger membranes doped with a well controlled rat

59 constants, the selectivity of ionophore-free ion-exchanger membranes, and ionophore stability constan

60 Fabrication of an ion exchanger microchannel, capable of withstanding at l

61 slightly, we considered that this pellicular ion exchanger might also allow resolution of identical R

62 Here, we show that the plasma membrane ion exchanger NHE1 acts as an anchor for actin filaments

63 there has never been a report on a polymeric ion exchanger of an ideal electrostatic selectivity orde

64 In comparison to the optode containing the ion exchanger only (Miptode 3), the optode containing th

65 ing developed to reduce such effects, simple ion-exchanger partitioning may indeed become an importan

66 iffusional transfer of molecules between the ion exchanger phase and the eluent phase and is applied

67 ely ground ion-exchange resin is used as the ion exchanger phase.

68 ectrodes, made from a Cl(-)-selective liquid ion exchanger previously used to measure putative Cl- fl

69 s they show their typical Young's moduli and ion exchanger properties; divalent histamine shrinks the

70 -sensing membranes preferentially contain no ion-exchanger properties in order to function optimally

71 trong retention of NPs exhibited by aromatic ion exchangers, retained NPs are eluted as a plug by inj

72 ium-dinonylnaphthalene sulfonate (TDMA/DNNS) ion-exchanger salt.

73 The equilibrium partitioning of lipophilic ion-exchanger salts from ion-selective polymeric membran

74 ernal reference dye (DiIC18), and lipophilic ion-exchanger sites sodium tetrakis[3,5-bistrifluorometh

75 ered voltage-gated chloride flux through the ion exchanger SLC26A11, active KCC2-mediated chloride ex

76 , such hydrous oxides are the main inorganic ion exchangers suitable (on the basis of their chemical

77 Pulstrode membrane which lacks an ion-exchanger suppresses the zero current ion flux, allo

78 strongly retained than the analyte ion on an ion exchanger, the analyte peak is fronting.

79 s containing BME-44 and tetraphenylborate as ion-exchanger, the experimental detection limits are in

80 The latter could be used as an ion exchanger through manipulation of transport proteins

81 to the surface provide dual-functionality as ion-exchangers to the hybrid material, firstly used for

82 ction limits appear to be independent of the ion-exchanger used.

83 Titanium based ion exchanger were evaluated for purification of (225)Ac

84 onditions (avoiding excess of ionophore over ion-exchanger), which is purposely different from common

85 f the Na+/H+ antiporter, a mitogen-activated ion exchanger whose activity correlates with its phospho

86 PNs, thus, represent an immobilized ion exchanger with ion sorting properties high enough to

87 elective catalysts as well as adsorbents and ion exchangers with high capacities and selectivities we

88 isostructural, variable composition class of ion exchangers with the general formula Na(2)Nb(2-x)M(IV

89 exchanger (QN-AX) and a zwitterionic chiral ion-exchanger (ZWIX(+)) ((2)D) as well as the ionization