ライフサイエンスコーパス: hydrogen ion

1 (pCa unit)-1, (about 250 times less than for hydrogen ions).

2 d enzymes that convert endogenous glucose to hydrogen ion.

3 d with a linked function model involving the hydrogen ion.

4 the alginate beads; prompting the release of hydrogen ions.

5 to the transfer of electrons from NAD(P)H to hydrogen ions.

6 ed autocatalytic production and diffusion of hydrogen ions.

7 enium(II), tetramethylammonium, ferrous, and hydrogen ions.

8 the response of sensory afferent neurons to hydrogen ions.

9 The complex also couples the flow of hydrogen ions across the cell membrane to movement of th

10 s were made for effects of ionic strength on hydrogen ion activity and pH meter readings.

11 the carbonate ion activity and the square of hydrogen ion activity.

12 est was used to estimate correlation between hydrogen ion and individual cytokine concentrations.

13 first detected herein to react with several hydrogen ions and electrons for the formation of CH3OH.

14 tory control of sodium, potassium, chloride, hydrogen ion, and water homeostasis through its effects

15 With the Stewart approach bicarbonate and hydrogen ions are dependent variables that represent the

16 (+) flux, lowering the concentration of free hydrogen ions around the cell.

17 cellular hydrogen ions, causing a release of hydrogen ions at the egg's surface.

18 This is explained by the local depletion of hydrogen ions at the sample-membrane interface as a resu

19 shown to correlate with the basicity of the hydrogen ion carrier doped within the membrane phase.

20 ently bound (aminated-poly-(vinyl chloride)) hydrogen ion carriers is reported.

21 zaldehyde acetals, PhCH(OR)(2), are specific hydrogen-ion catalyzed when R = methyl, n-butyl, but wit

22 extracellular sodium ions for intracellular hydrogen ions, causing a release of hydrogen ions at the

23 ormer system functions according to an anion-hydrogen ion coextraction mechanism and shows a Hofmeist

24 An inverse relationship was found between hydrogen ion concentration and concentrations of tumor n

25 d to determine if changes in gastric mucosal hydrogen ion concentration are associated with liver and

26 erent basic pH values to study the effect of hydrogen ion concentration on the reaction.

27 The effects of hydrogen ion concentration suggest that the blue and nea

28 simulated for oxygenation or oxygenation and hydrogen ion concentration together performed worse than

29 hermore, an increase in gastric intramucosal hydrogen ion concentration was associated with a concomi

30 The change in gastric mucosal hydrogen ion concentration was significantly associated

31 ecies also allows an in situ estimate of the hydrogen ion concentration, or pCH(+) values, of the rea

32 group was increased by raising the external hydrogen ion concentration, responses became outward rec

33 by assuming a Boltzmann distribution in the hydrogen ion concentration.

34 stants of these arsenic species in different hydrogen ions concentration leading to the arsine format

35 generally enhanced at low pH in the range of hydrogen ion concentrations found in the endosomal compa

36 nge in leukotriene B4, hydrogen peroxide, or hydrogen ion concentrations in exhaled breath condensate

37 KAE609 also increases cytoplasmic hydrogen ion concentrations in yeast cells.

38 solution as a function of the dihydrogen and hydrogen ion concentrations through direct measurement o

39 Arterial blood gases and hydrogen ion concentrations were measured, and cardiac r

40 imited by uncertainties in synaptic zinc and hydrogen ion concentrations, both of these being known t

41 are based on spectrophotometric detection of hydrogen ion concentrations.

42 be the conformation of class II at different hydrogen ion concentrations.

43 that in organic media through exploiting the hydrogen ion dependence for the equilibrium distribution

44 at Lake occurred between 1920 and 1930, when hydrogen ion deposition was approximately 74 eq ha(-1) y

45 From this, we conclude that hydrogen ions do not pass through M(2) as hydronium ions

46 ction method for directly measuring released hydrogen ions during nucleotide incorporation rather tha

47 ariants in CLCN4, which encodes the chloride/hydrogen ion exchanger CIC-4 prominently expressed in br

48 Hydrogen ions expelled from the membrane undergo acid-ba

49 anistic target of rapamycin activity and net hydrogen ion exporters, particularly sodium bicarbonate

50 to be depleted owing to the constant imposed hydrogen ion flux from the membrane, and a local pH chan

51 t deuterium isotope effects originating from hydrogen ion fractionation at multiple sites on the enzy

52 zene based stationary phases to separate the hydrogen ion from other monovalent cations.

53 e same sensor by imposing an outward flux of hydrogen ions from an ion-selective membrane to the samp

54 is determined by imposing a defined flux of hydrogen ions from the membrane to the sample with an ap

55 tion of mercury (Hg), sulfate (SO4(-2)), and hydrogen ion (H+) in northern Minnesota.

56 ghly conserved process to transfer cytosolic hydrogen ions (H+) across plasma membranes in exchange f

57 Mixed-mode acid dissociation constants (hydrogen ion in terms of activity, conjugate acid-base s

58 The hydrogen ion in water, H(aq)(+), is a unique H(13)O(6)(+

59 induced by the interactions between CNTs and hydrogen ions in an electrochemical cell.

60 The properties of hydrogen ions in aqueous solution are governed by the ab

61 nvolves the net generation or consumption of hydrogen ions in aqueous solutions over the pH range of

62 r their reactions, changes in the binding of hydrogen ions in these reactions, and standard apparent

63 g the insertion and extraction of oxygen and hydrogen ions independently of each other can direct rev

64 oenvironment; consisting of oxygen, glucose, hydrogen ions, inhibitory factors and growth factors.

65 The carbonate ion is extracted together with hydrogen ions into a polymeric film that contains the an

66 microclimate by preventing free diffusion of hydrogen ions into the bulk phase.

67 ne and boron nitride can be used to separate hydrogen ion isotopes.

68 ochemical mechanism (bicarbonate loss versus hydrogen ion load).

69 and extracellular pH (e.g., bicarbonate and hydrogen ion movements), and endocytosis.

70 s, indicating a higher concentration of free hydrogen ions near the extracellular surface of the cell

71 Concentrations of exhaled hydrogen ions, nitric oxide products, hydrogen peroxide

72 The stimulatory effect of hydrogen ion on these sensory nerves is generated by act

73 Exchange of ammonium cations with hydrogen ions on the cation column forms an acetic acid

74 ormation of these two products resulted from hydrogen ion or hydride transfer from C1' and C5' positi

75 5-MF for dsDNA was attributed to the ease of hydrogen ion (or hydride transfer) from the C5' compared

76 aicin, the potent vanilloid resiniferatoxin, hydrogen ions (pH 6.2), or noxious thermal stimuli (50 d

77 h the local moments mimic the frustration of hydrogen ion positions in frozen water.

78 me, and they suggest that factors other than hydrogen ion production during ischemia are responsible

79 ICP-RIE produces high-density hydrogen ions/radicals at low energy, which produces hig

80 Hydrogen ions reduce ion flux through voltage-gated Ca2+

81 Zinc and hydrogen ions regulate Drosophila KCNK0 and mammalian TA

82 r findings argue against the hypothesis that hydrogen ions released by horizontal cells normally act

83 hannels of the DEG/ENaC family by sodium and hydrogen ions, respectively.

84 ate of leukotriene B4, hydrogen peroxide and hydrogen ions rose significantly (p < 0.05).

85 r H+-ATPases have an essential role in renal hydrogen ion secretion in the proximal tubule, collectin

86 etermination of the degree of protonation of hydrogen ion-selective chromoionophores incorporated int

87 surfactants on the EMF response function of hydrogen ion-selective polymeric membrane electrodes are

88 e sample phase on the response properties of hydrogen ion-selective polymeric membrane electrodes con

89 O3), although associations with sulfates and hydrogen ion suggest a possible role by fine particles a

90 are impermeable to atoms and molecules, but hydrogen ions (thermal protons) penetrate through them.

91 us 100 muM formic acid to provide sufficient hydrogen ions to ionize the protein without dislodging m

92 osteoclasts depends upon active transport of hydrogen ions to solubilize bone mineral.

93 For pH < 4, the hydrogen ion transport number becomes substantial and it

94 ng acridine orange to indicate ATP-dependent hydrogen ion transport.

95 he concentrations of calcium, phosphate, and hydrogen ions were also determined in the same solutions

96 Enteral feeding stimulates the secretion of hydrogen ions, which are then buffered by ionized bicarb

97 tor was used to image high concentrations of hydrogen ions, which were generated in the electrooxidat

98 ning species that result from replacement of hydrogen ions with sodium or potassium ions at multiple