ライフサイエンスコーパス: difference spectrum

1 erwhelming contributor to the R - T UV Raman difference spectrum.

2 s no substantial influence on the FTIR redox difference spectrum.

3 on of the heme c(n) Soret band in a chemical difference spectrum.

4 iorhodopsin, was observed as a trough in the difference spectrum.

5 to improve spectral resolution by means of a difference spectrum.

6 in the visible P(700)(+) - P(700) absorbance difference spectrum.

7 m, but are absent in the (P700(+)-P700) FTIR difference spectrum.

8 derably more so than the (P700(+)-P700) FTIR difference spectrum.

9 s at D1 His198 affect the P(+)--P-absorbance difference spectrum.

10 ion of the anion radical are observed in the difference spectrum.

11 tribution to the tryptophan features in this difference spectrum.

12 ching feature which escapes detection in the difference spectrum.

13 te tyrosines to the R - T UV resonance Raman difference spectrum.

14 In the reduced minus oxidized difference spectrum, (15)N labeling resulted in large ch

15 QNO leads to strong shifts in the FTIR redox difference spectrum, 2-methyl-3-undecylquinolone-4 induc

16 ln mutation has little effect on the optical difference spectrum, (3)P--(1)P, of the reaction center

17 The chimeric protein shows a reduced CO-difference spectrum absorption at 446 nm, and circular d

18 similar to that of the static (reduced - CO) difference spectrum, although the peak intensities were

19 e appearance of a "type I" substrate-induced difference spectrum analogous to those seen upon substra

20 First, we introduce the mass difference spectrum and note that confident elemental fo

21 he cross-peaks in the pure heterodimer 2D IR difference spectrum and the splitting of the homodimer p

22 By a difference spectrum approach, using the Cu K-edge EXAFS

23 Several bands in the bR --> M difference spectrum are attributable to guanidino group

24 From these spectra, a difference spectrum associated with phylloquinone reduct

25 The difference spectrum associated with the Lumi I to Lumi I

26 The cation-dependent changes in the UV difference spectrum, associated with the formation of E*

27 The time-resolved difference spectrum at 200 mus exhibited a pattern simil

28 named as a pigment having a carbon monoxide difference spectrum at about 450 nm and no known functio

29 ype MBP and a peak at about 250 nm in its UV difference spectrum (B mode (for blue).

30 The Raman difference spectrum between Prohead I and Prohead II dem

31 (4) The difference spectrum between SgcC4 and its S153A mutant s

32 and 1489 cm(-1), respectively, in the Raman difference spectrum between superhelical and relaxed DNA

33 nd 2715(-) cm(-1) in the (P740(+)-P740) FTIR difference spectrum, but are absent in the (P700(+)-P700

34 minima; and (iv) a reduced-oxidized optical difference spectrum characterized by DeltaepsilonmM = 3.

35 ; binding is accompanied by a type I optical difference spectrum consistent with binding near the hem

36 The Q(A)(-) minus Q(A) difference spectrum contains a number of features that r

37 erium-induced changes in (P740(+)-P740) FTIR difference spectrum could also indicate that one of the

38 band at 1654 cm(-1) in the A(1)(-)/A(1) FTIR difference spectrum downshifts 28 cm(-1) on (18)O labeli

39 D(2)O does not alter the (P700(+)-P700) FTIR difference spectrum, even with approximately 50% proton

40 The Raman difference spectrum for a single crystal that had been e

41 Thus, comparison of the FTIR difference spectrum for formation of the M intermediate

42 The pyridine hemochromagen redox difference spectrum for heme x covalently bound to the c

43 tral signatures, we produce an A1(-)/A1 FTIR difference spectrum for PS I particles with plastoquinon

44 The visible circular dichroism difference spectrum for the protein dimers minus monomer

45 The absorption difference spectrum for the PsaF/J/I/L-deficient photosy

46 The normalized difference spectrum had the hallmarks of membrane protei

47 variations in the amide I region of the FTIR difference spectrum, however, reflect a more general per

48 Raman OH-band, (ii) the integrated absolute difference spectrum, (iii) the intensity ratio of two re

49 ent on the concentration of peptide, in a UV difference spectrum in a solution of PFTase and the pept

50 e characteristic light-minus-dark absorbance difference spectrum in the QY region.

51 ed at pH values above 7.5, the light-induced difference spectrum indicates a pH-dependent equilibrium

52 uced modification of the (P740(+)-P740) FTIR difference spectrum indicates that only the highest freq

53 ith isoniazid failed to produce a measurable difference spectrum indicating an altered active site co

54 (Ki = 22.6 +/- 1.9 nM), reversed the type II difference spectrum induced by imidazole (Kd = 17.7 nM),

55 This difference spectrum is compared with available vibration

56 he peak-to-trough magnitude of the R - T MCD difference spectrum is equal to 30% of the total R-state

57 band at 1494 cm(-1) in the A(1)(-)/A(1) FTIR difference spectrum is found to downshift 14 cm(-1) and

58 The Lumi-R minus Pr difference spectrum is indicative of global restructurin

59 ifferences also: 1), The (P740(+)-P740) FTIR difference spectrum is significantly altered upon proton

60 band at 1654 cm(-1) in the A(1)(-)/A(1) FTIR difference spectrum is therefore due to a C=O mode of ne

61 band at 1494 cm(-1) in the A(1)(-)/A(1) FTIR difference spectrum is therefore due to the antisymmetri

62 band shift at 681 nm, observed in the P(+)-P difference spectrum, is attributed to an electrochromic

63 The difference spectrum may result from an isoniazid-induced

64 rough magnitude of the Soret band photolysis difference spectrum measured as a function of the delay

65 sed expression of hemoprotein with a reduced difference spectrum of 450 nm (P450 species) and a corre

66 pectrum, interpreted as the (A(0)(-) - A(0)) difference spectrum of a chlorophyll a molecule, consist

67 characteristic of the oxidized minus reduced difference spectrum of a semiquinone, consistent with ch

68 observed between the shape of the absorption difference spectrum of BPB and the polarity of the envir

69 e assignment of methionine bands in the FTIR difference spectrum of BR provides a means to study meth

70 spectrum of SRII is similar to the BR-->O640 difference spectrum of BR, especially in the configurati

71 band is present in the S(2)-minus-S(1) FTIR difference spectrum of D1-Asp61Ala but absent from the c

72 d states, gives rise to a new maximum in the difference spectrum of Einactive minus E at 57.0 ppm.

73 pectra were distinctly different from the IR difference spectrum of F that formed with extended treat

74 y subtraction of the spectra, the redox FTIR difference spectrum of heme a(3) can be resolved from th

75 equency S(2)/S(1) Fourier transform infrared difference spectrum of hydrated PSII samples.

76 The nondecaying component is ascribed to the difference spectrum of P(700) and the quinone or A(1) el

77 ficans oxidase, the major features of the IR difference spectrum of P(M) were similar when produced b

78 s often observed in the S(2)-minus-S(1) FTIR difference spectrum of PSII from the cyanobacterium Syne

79 4 was identified in the S(2)-minus-S(1) FTIR difference spectrum of PSII particles having Sr substitu

80 both room temperature and -20 degrees C, the difference spectrum of SRII is similar to the BR-->O640

81 The difference spectrum of the (3E)-phycocyanobilin adduct w

82 In the difference spectrum of the active fatty acid hydroxylase

83 A feature in the difference spectrum of the complex at 1700 cm-1 is assig

84 The difference spectrum of the extrahelical uracil base in t

85 appearance of a new band in the P700 - P700+ difference spectrum of the HN(B656) PSI are discussed.

86 The difference spectrum of the modified enzyme versus the na

87 The difference spectrum of the photoreduction of the possibl

88 The difference spectrum of the semiquinone MQA- minus UQB- a

89 The kinetic difference spectrum of this process is consistent with o

90 Comparison of the light-induced BPR difference spectrum recorded at 80 K to that of green-ab

91 The light minus dark CD difference spectrum resembles an inverted alpha-helix sp

92 Analysis of the reduced CO-difference spectrum revealed an ~44% reduction in ferrou

93 Imidazole induced a type II difference spectrum, reversible by L-Arg.

94 For the low-frequency QA-/QA difference spectrum, several modes can be assigned to ri

95 The L minus L' FTIR difference spectrum shows that the chromophore in L' is

96 In addition, the light-induced difference spectrum shows that, at pH values above 9.3,

97 In the Y(Z*)--Y(Z)-difference spectrum, the band shift of a reaction center

98 nus wild type (WT) Q(A)(-) minus Q(A) double-difference spectrum; this assignment provides new eviden

99 d the Trp alpha14 contributions to the T - R difference spectrum to be negligible and confirmed Trp b

100 to a bilin pigment, which produced a native difference spectrum upon assembly with oat apophytochrom

101 3(+)/1638(-) cm(-1) in the P700(+)/P700 FTIR difference spectrum upshifts by approximately 30-40 cm(-

102 d H(2)O, a ((1)H-(2)H) isotope edited double difference spectrum was constructed, and it is shown tha

103 enzyl viologen, and the (P(700)(+) - P(700)) difference spectrum was constructed.

104 ive to the wild-type lattice, its light-dark difference spectrum was normal, and its circular dichroi

105 The (A(1)(-) - A(1)) difference spectrum was obtained by taking the differenc

106 In the present study the difference spectrum was obtained of the N intermediate w

107 from that with unlabeled substrate, a simple difference spectrum was obtained with features involving

108 are superimposed on a subsequently evolving difference spectrum which is characteristic of PPII, alt

109 ents of E222D can be described with only one difference spectrum, with the nu(sym) mode at 1435 cm(-1