ライフサイエンスコーパス: photolyze

1 avy atom substituted DBTOs were prepared and photolyzed.

2 e CO-Cu(B) species that is formed when CO is photolyzed.

3 ns when fertilized or when caged InsP(3) was photolyzed.

4 horylated or unphosphorylated forms and then photolyzed.

5 ical self-reaction mechanism was obtained by photolyzing 1-nitronaphthalene in the presence of excess

6 equivalents of CO2, yet a small fraction of photolyzed 2 follows a different pathway leading to 6-ox

7 HCCC2/AM (acetoxymethyl ester); (ii) locally photolyzing a caged coumarin in one cell of a coupled ce

8 By focally photolyzing a novel caged IP3 compound in dendritic spin

9 ting to the formation and decay of Fe(II) in photolyzed acidic solutions containing Suwannee River fu

10 oth in the NO-bound inactive form and in the photolyzed active form.

11 ctrophotometric observations of both rapidly photolyzed adenosylcobalamin and the reaction of cob(III

12 oCbl, we simulated the enzymatic reaction by photolyzing AdoCbl, and found that even at low NO concen

13 Parent cyclobutenedione 1 was photolyzed and ionized in an Ar matrix at 10K.

14 only two structural states are present, the photolyzed and the CO-bound states.

15 ions necessary to predict the amount of cage photolyzed and the temporal behavior of the liberated ca

16 n of the temperature dependence of fusion of photolyzed and unphotolyzed liposomes demonstrated that

17 as been incubated with 1 equiv of alpha2 and photolyzed, and the results have been analyzed quantitat

18 e suggestion that sulfuric acid (H2SO4) must photolyze at high altitudes.

19 odopsin solubilized in dodecyl maltoside was photolyzed at 20 degreesC with 477 nm light, and differe

20 nglet ground-state N,N'-diamidocarbene 1 was photolyzed at 380 nm, excitation to a triplet state was

21 imethoxy-2-nitrophenyl)ethyl] NADP (VIII) is photolyzed at a rate of 1.8 x 10(4) s-1 with a quantum y

22 5-dimethoxy-2-nitrophenyl)ethyl] NAD (IX) is photolyzed at at a rate of 1.7 x 10(4) s-1 with a quantu

23 The derivative is photolyzed by a laser pulse to release free beta-alanine

24 ng a single photosensitive group that can be photolyzed by a light flash to achieve spatially and tem

25 romo-7-hydroxyquinoline (BHQ) is efficiently photolyzed by classic 1PE (365 nm) and 2PE (740 nm) unde

26 Aqueous free available chlorine (FAC) can be photolyzed by sunlight and/or artificial UV light to gen

27 transient kinetic investigations that can be photolyzed by visible light allows the use of simple-to-

28 In this study we show that photolyzing caged NAADP+ in intact sea urchin eggs elici

29 By photolyzing caged neurotransmitter in brain slices we ca

30 IR absorbance measurements were performed on photolyzed carbonmonoxy hemoglobin (Hb(13)CO).

31 e geminate ligand recombination reactions of photolyzed carbonmonoxyhemoglobin were studied in a nano

32 roethers and relative rates of reaction with photolyzed chlorine in excess at ambient temperature.

33 binding to activated rhodopsin, reduction of photolyzed chromophore and regeneration processes with 1

34 ant over this time period, implying that the photolyzed chromophore rotates less than 8 degrees C wit

35 ads to a change in the heme pocket such that photolyzed CO cannot readily escape from the protein mat

36 Recombination kinetics of their photolyzed CO derivatives showed that effectors did inde

37 Using local uncaging, we photolyzed dextran-CANPE-HCC to release the small HCC dy

38 hing of Ap by G and through HPLC analysis of photolyzed DNA assemblies containing Ap and the modified

39 In vitro, the compound was photolyzed efficiently with robust fluorescence enhancem

40 ies has a Z(eff) very similar to that of its photolyzed Fe(III) counterpart.

41 covery, analogous to methionine rebinding in photolyzed ferrous cytochrome c.

42 of NO to catalase were investigated using NO photolyzed from N,N'-bis(carboxymethyl)-N,N'-dinitroso-p

43 The photolyzed fully reduced enzyme showed two relaxations,

44 formationally driven ligand switch exists in photolyzed H93G-*CO.

45 yHb indicates that the R --> T transition in photolyzed HbCO is a stepwise process, as previously sug

46 violet resonance Raman spectroscopy of fully photolyzed HbCO.

47 (-3) s(-1), and that fluorescent lights will photolyze HCHO to form HO2 at rates of approximately 10(

48 to both ligated and unligated forms of Hb* (photolyzed heme), in which the excited state 1Q decays s

49 rcular dichroism (TRCD) studies performed on photolyzed hemoglobin-CO complex (HbCO) probe room tempe

50 7% and 63 +/- 7%, respectively, relative to photolyzed heptanal.

51 ct that sunlight and fluorescent lights will photolyze HONO to form OH at rates of 10(6)-10(7) molecu

52 ergic interneurons, the caged compounds were photolyzed in an chromatically orthogonal manner using b

53 idophenyl)-N-tert-butyl-N-aminoxyl (25) were photolyzed in frozen solution to give S = 3/2 state ESR

54 r was suppressed when 1-nitronaphthalene was photolyzed in the presence of excess NO and nitronaphtho

55 When rhodopsin was photolyzed in the presence of several n-alcohols, increa

56 incarcerated 3b increased up to 67% if 6 is photolyzed inside a hemicarcerand with deuterated spanne

57 ligand bound in the proximal cavity, to the photolyzed intermediate of H93G(L)*CO at 8 ns.

58 and recombination of radicals in ultraviolet-photolyzed interstellar ices at low temperatures.

59 acellular mechanisms involved, the effect of photolyzing intracellular caged inositol 1,4,5-triphosph

60 Similar results were obtained on the photolyzed iodoacetamide-alkylated yeast GR, which was e

61 When photolyzed, it instead forms a [5,6]-open oxidoannulene

62 -resolved mid-infrared spectroscopy of flash-photolyzed L29F MbCO revealed a short-lived CO intermedi

63 s of the NO-bound Cu(B)Mb/Cu(+) complex, the photolyzed ligand transiently binds to Cu(+) and subsequ

64 Upon UV irradiation, the PAG gets photolyzed, lowering the pH by approximately 3 units.

65 dditional irradiation of the lambda = 221 nm photolyzed matrix, using UV-light with lambda >/= 240 nm

66 tentially important finding because Br(2) is photolyzed more readily and to longer wavelengths than B

67 l rotatory dispersion (MORD) measurements of photolyzed myoglobin-CO visible bands (500-650 nm) are p

68 eduction rates in the presence of previously photolyzed natural organic matter.

69 ts (tau = 22 and 72 ps) and that ~23% of the photolyzed nitric oxide escaped into the bulk phase.

70 We showed that the photolyzed NO group binds to Cu(B)(I) to form an end-on

71 This is the first direct observation of photolyzed NO in the distal pocket of myoglobin.

72 onfiguration between CuB and heme a3 for the photolyzed NO, we assign the exceptionally low nu(NO) to

73 ociated with the ability of arrestin to bind photolyzed, phosphorylated rhodopsin in the outer segmen

74 nts between 2 and 20 K and characterized the photolyzed products by EPR and Mossbauer spectroscopy.

75 ng groups for glycine, this precursor can be photolyzed rapidly and efficiently in the visible wavele

76 aging groups for carboxylic acids, it can be photolyzed rapidly and efficiently in the visible wavele

77 It photolyzes rapidly in aqueous solution to release glutam

78 In the visible wavelength region, it photolyzes rapidly to release glycine with a half-life o

79 These derivatives photolyze readily in aqueous solution to release free ur

80 ds: biologically inert precursors that, when photolyzed, release bioactive vanilloid ligands.

81 The liganded fraction is photolyzed repeatedly and the rate of recombination allo

82 ed that cone arrestin reduced signaling from photolyzed rhodopsin but was unable to quench its activi

83 At 37 degrees C and a G(t) to photolyzed rhodopsin ratio of 1:1 in 18:0,22:6PC bilayer

84 are added to the rhodopsin pool per mole of photolyzed rhodopsin.

85 the amount and the phosphorylation status of photolyzed rhodopsin.

86 GTP/GDP exchange in transducin catalyzed by photolyzed rhodopsin.

87 Annealing the photolyzed sample for 30 min at 77 K quantitatively rest

88 on of high signal to noise EXAFS data from a photolyzed solution sample of the myoglobin--carbon mono

89 We refine the structure of the photolyzed state present in the early-microsecond time r

90 No N2 was formed when PH3-NH3 mixtures were photolyzed, suggesting that the destruction of NH3 is qu

91 rbed by coumarin was utilized efficiently to photolyze the NPE group.

92 To accomplish this, we first photolyzed the internalized dye in the presence of diami

93 introduced in which dioxygen is generated by photolyzing the O(2)-carrier with a 355 nm laser pulse a

94 ur results suggest that while most lamps can photolyze these molecules, only sunlight and fluorescent

95 These are potentially harmful gases that photolyze to form highly reactive chlorine atoms.

96 3H-Diazirines were thermolyzed or photolyzed to generate the corresponding carbenes.

97 PH3 is photolyzed to H2 and P2H4 and the P2H4 in turn is conver

98 The caged isocitrate is photolyzed to isocitrate with a rate constant of 234 s-1

99 Clear fetal bovine lenses, photolyzed under the identical conditions, displayed ess

100 By using FTIR difference spectroscopy (photolyzed/unphotolyzed) of isotopically labeled ferrous

101 rly susceptible to UV and can be efficiently photolyzed using a spectrofluorimeter.

102 p44 binding to different rhodopsin species (photolyzed versus unphotolyzed and/or phosphorylated ver

103 inly on regeneration for the inactivation of photolyzed visual pigment, but RK also contributes to co

104 within the two-photon focal volume would be photolyzed with a 10-micros pulse train of approximately

105 This compound was photolyzed with a quantum efficiency of 0.09 at pH 7.4.

106 lysis in the electronic ground state but was photolyzed with a quantum efficiency of 0.78.

107 (with a CW Nd:YAG laser at 1064 nm) and then photolyzed with a single 3-ns UV laser pulse (from a N(2

108 ctanal in synthetic air (up to 100 ppm) were photolyzed with fluorescent UV lamps (275-380 nm) at 298

109 These carbene complexes were photolyzed with N-protected imidazolines to give protect

110 showed similar losses when human lenses were photolyzed with the same dose of UVA light delivered to

111 At 308 nm, the compound photolyzes with a quantum yield of 0.38.

112 a glycosylated metabolite were subsequently photolyzed within leaf tissue under simulated sunlight,

113 rast with a related 2-nitrobenzyl ether that photolyzed without involvement of a long-lived hemiaceta

114 Experiments with UVA-photolyzed yeast GR revealed that UVA photolysis caused