ライフサイエンスコーパス: extinction coefficient

1 uency), and medium optical properties (e.g., extinction coefficient).

2 metric detection, thanks to their high molar extinction coefficient.

3 bsorption and estimating by means of a molar extinction coefficient.

4 attering and also on a correct value for the extinction coefficient.

5 is is nearly a doubling of the band averaged extinction coefficient.

6 photobleaching and 10-100 times higher molar extinction coefficient.

7 different structure types to have different extinction coefficients.

8 ure their hypochromicity and determine their extinction coefficients.

9 vation of oil quality, as indicated by lower extinction coefficients.

10 ation may have been obtained using different extinction coefficients.

11 incorrect lifetimes and underestimated mass extinction coefficients.

12 y the orders of magnitude variation in molar extinction coefficients.

13 tructures share an apparent maximum in their extinction coefficients.

14 -I substituents, mostly due to higher molar extinction coefficients.

15 ably parts per billion) with very high molar extinction coefficients.

16 ed as a change in fluorescence intensity and extinction coefficients.

17 line widths inversely proportional to their extinction coefficients.

18 ectly absorbs both UVA and UVB light with an extinction coefficient 10-100 times that of opsins and c

19 ectral overlap, low quantum efficiencies and extinction coefficients [10], or rapid photobleaching [6

20 tly blue-shifted from thioindigo, with molar extinction coefficients 17-70% higher compared to thioin

21 42/670-nm excitation-emission peaks, a large extinction coefficient (180,000 M(-1)cm(-1)) and quantum

22 in concentration by linear regression (molar extinction coefficient 23.2 (+/-0.3)x10(3)M(-1)cm(-1)).

23 lix[n]phyrins 4 and 5 display extremely high extinction coefficients (3.67 and 4.82x10(5) m(-1) cm(-1

24 gated TTA pi-bridge, these dyes exhibit high extinction coefficients (4.5-5.2 x 10(4) M(-1) cm(-1)).

25 s essentially nonfluorescent and has a large extinction coefficient (67,000 cm-1 M-1).

26 porphyrin, cyclo[8]pyrrole (CP), with a high extinction coefficient (89.16 L/g.cm) within the second

27 d in the range of 816-850 nm with high molar extinction coefficients (89,900-136,800).

28 Based on the protein extinction coefficients, a calibrationless methodology w

29 However, due to uncertainties in the extinction coefficient affecting the accuracy of the met

30 Using the measured extinction coefficient and change in absorbance of the s

31 chia coli, we have accurately determined the extinction coefficient and cluster content of the enzyme

32 sed for protein labeling because of its high extinction coefficient and fluorescence emission quantum

33 transduction resulting in a doubling of the extinction coefficient and improving the resulting fluor

34 AIGS-AGS NCs show higher extinction coefficient and narrower spectral linewidth c

35 We now show that DsRed has a much higher extinction coefficient and quantum yield than previously

36 dependent tunability of emission wavelength, extinction coefficient and quantum yield through distinc

37 ggregates also show up to a 25% reduction in extinction coefficient and significantly lower heating (

38 n, resulting in cuprophilic sensitization in extinction coefficient and solid-state photoluminescence

39 erve as a light collector that increases the extinction coefficient and transfers excitation energy t

40 e, having approximately 660,000 M(-1) cm(-1) extinction coefficient and up to 40% quantum yield, wher

41 fective masses) and optical properties (high extinction coefficient and wide absorption) suitable for

42 bance at 260 nm is simulated using published extinction coefficients and computed base pair probabili

43 NMR techniques further enables us to extract extinction coefficients and construct sizing curves for

44 indicated a strong correlation between molar extinction coefficients and decreasing energy gaps betwe

45 well as online methods to determine protein extinction coefficients and dn/dc values both unconjugat

46 Furthermore, we calculate molar extinction coefficients and emission efficiencies for pa

47 roscopy showed little difference between the extinction coefficients and quantum yields of wtGFP and

48 Because of their large extinction coefficients and quantum yields, synthetic he

49 mber density were experimentally controlled, extinction coefficients and scattering coefficients were

50 the visible spectral region with high molar extinction coefficients and significantly enhanced fluor

51 dampen metal/substrate peaks, ensuring high extinction coefficients and spectral purity for biosensi

52 d detection is desirable because of the high extinction coefficients and strong distance-dependent op

53 Measurement of the extinction coefficients and the relative quantum yields

54 The assay can also be used to determine PA extinction coefficients and to measure binding kinetics;

55 rcome enhancement in canopies with low light extinction coefficients and/or leaf area, pointing towar

56 anisotropies in refractive index and optical extinction coefficient, and can therefore probe structur

57 chromophore due to its photostability, large extinction coefficient, and high triplet yield, but the

58 It is relatively sharp, has a high extinction coefficient, and provides a novel marker band

59 ltaneous measurements of aerosol scattering, extinction coefficient, and soot mass concentration.

60 sent a blue-shifted absorption, higher molar extinction coefficients, and higher E(ox) values compare

61 asurements were made of refractive index and extinction coefficient anisotropies with two exciting li

62 bound to ds calf thymus DNA) and large molar extinction coefficient (approximately 70,000 cm-1 M-1).

63 Absolute molecular number concentration and extinction coefficient are simultaneously determined fro

64 spectra of oligomers having these backbones, extinction coefficients are obtained and compared to oth

65 We show that the experimentally determined extinction coefficient (around 5.0 cm(-1) g(-1) L depend

66 absorptions in the near-UV region show molar extinction coefficients as high as ca. 3.5 x 10(5) M(-1)

67 bandgap organic semiconductor ITIC with high extinction coefficients as the acceptor.

68 terase/DNase I was used to measure the ODN's extinction coefficient at 260 nm.

69 The extinction coefficient at 275 nm for DTPA-A in DMF has b

70 The molar extinction coefficient at 280 nm for subtilisin BPN' is

71 me shows maxima at 446, 384, and 274 nm; the extinction coefficient at 446 nm is 11.7 mM-1 cm-1.

72 The T(1)-->T(n) PDI extinction coefficient at 560 nm (epsilon(T) = 6.6 x 10(

73 denaturations monitored by the change in the extinction coefficient at 695 nm, which is sensitive to

74 include red-shifted excitation and a higher extinction coefficient at the preferred uncaging wavelen

75 Using the substrate's extinction coefficients at excitation and emission wavel

76 They have good extinction coefficients at the donor part and transfer e

77 ld analogues and due to their vastly greater extinction coefficient both visual and absorption analys

78 The extinction coefficient can then be determined from the a

79 The extinction coefficient could also be resolved for each f

80 ng is formally analogous to that of apparent extinction coefficient data for optical binding titratio

81 ther positions led to the increment in molar extinction coefficients due to the increase in the chrom

82 s a great enhancement of absorptivity (molar extinction coefficient epsilon > 42,000 M(-1) cm(-1)), u

83 tarting with the 19 dye, which shows a molar extinction coefficient epsilon of over 14,000 M(-1) cm(-

84 An accurate CO(2) molar extinction coefficient epsilon was derived for in situ C

85 states, endowing Ar-Iso and Rf-Iso with high extinction coefficient (epsilon approximately 10(5) M(-1

86 g particles exhibit brightness values (molar extinction coefficient (epsilon) x quantum yield (Phi))

87 s redshifted absorption, a fast rising molar extinction coefficient (epsilon), and markedly boosted f

88 tuents in the alkenyl moiety with high molar extinction coefficients (epsilon up to 88,200 M(-1) cm(-

89 ficient emission (Phi(total) >/= 50%), large extinction coefficients (epsilon(max) >/= 20,000 M(-1) c

90 The extinction coefficients (epsilon) of DGCR8-heme complexe

91 with respect to values of lambda(max), molar extinction coefficients (epsilon), bandwidths at half-he

92 to assemble new chromophores with high molar extinction coefficients (epsilon), whose absorption feat

93 c shifts in absorption of up to 500 nm, with extinction coefficients exceeding 30,000 M(-)(1) cm(-)(1

94 The extinction coefficient for a colored product or the quan

95 a mutant of GFP with a significantly larger extinction coefficient for excitation at 488 nm with a r

96 rst amplitude and kinetics suggests that the extinction coefficient for the cinnamoyl acyl-enzyme is

97 This value allows the value of the extinction coefficient for the reduced enzyme (E.NADH)to

98 leaf area index (LAI) data and an empirical extinction coefficient for V(cmax) , and converted to an

99 The extinction coefficients for the ferric and ferrous nitri

100 that nearly all of the previously published extinction coefficients for the nucleoside-5'-monophosph

101 Extinction coefficients for the oligomers in this series

102 Both 1 and 2 exhibit high molar extinction coefficients for the S(0)-S(1) transition and

103 s uniformity, the first nanoparticle optical extinction coefficients for these eight shapes were anal

104 ambda(max)) and a 2.5-fold increase in molar extinction coefficient from cis to trans.

105 90 nm, high fluorescence quantum yield, high extinction coefficient), good photostability, minimal ag

106 ission profiles >650 nm and high brightness (extinction coefficient >140,000 M(-1) cm(-1) and fluores

107 sion maxima of 684 and 708 nm, respectively; extinction coefficient >90,000 M(-1) cm(-1); and quantum

108 without the perylene trap exhibit high molar extinction coefficients (>10(5) M(-1) cm(-1)) and high f

109 They also exhibit higher extinction coefficients (>100 000 M(-1) cm(-1), except f

110 -PNPs are demonstrated to have strong NIR-II extinction coefficient, high photostability and excellen

111 mes is used to determine that the resorcinol extinction coefficient in 1100 EW PSA membrane has a val

112 elding a non-fluorescent sonophore with high extinction coefficient in the near infrared that increas

113 nanoshells used were designed to have a peak extinction coefficient in the NIR, where penetration of

114 they have a high thermal conductivity, a low extinction coefficient in UV-vis spectral range, and sta

115 t are shifted to lower energies with smaller extinction coefficients in comparison to those for NCTPP

116 The extinction coefficients in the visible spectrum are on t

117 obtained for refractive indices and optical extinction coefficients in these two directions, as well

118 (rFAP) exhibited identical pH optima of 7.5, extinction coefficients (in(280 nm)(1%)) of 20.2 and 20.

119 Differences in molar extinction coefficients indicate that tyrosines 25, 92,

120 -1 absorbs UV photons with an unusually high extinction coefficient, involving essential tryptophans.

121 e quantum yield of photolysis is 0.7 and the extinction coefficient is 18,400 M(-1) cm(-1)).

122 10-fold decrease in the charge transfer band extinction coefficient is found for the complex with the

123 rbance of CdSe at lambda = 350 nm, where the extinction coefficient is independent of size, and the d

124 NA modifications database of UV profiles and extinction coefficient is reported within a 2.3-5.2 % re

125 ptical bandgap (E(g)), refractive index (n), extinction coefficient (k), optical conductivity (sigma(

126 The extinction coefficient K270 well reflected the EVOO prod

127 al range between 300 and 800 nm witnesses an extinction coefficient larger than 100 000 M(-1) cm(-1).

128 a selective metallochromic sensor with high extinction coefficient, low quantum yield, and high phot

129 In contrast, S65T and EGFP extinction coefficients made them both approximately 6-f

130 ptically determined molar concentrations and extinction coefficients match gravimetric determinations

131 (PMO) structure, suggests that the UV-260 nm extinction coefficient may need to be re-established for

132 hange resulted in enhanced brightness (i.e., extinction coefficient multiplied by fluorescence quantu

133 al ions and oxidoreduction cofactors, and an extinction coefficient of (6.2 +/- 0.4) x 10(4) M-1 cm-1

134 ibit an absorbance maximum at 288 nm with an extinction coefficient of 1,500 M(-1) small middle dotcm

135 gap of 1.49 eV in thin film and a high molar extinction coefficient of 1.90 x 10(5) m(-1) cm(-1) in s

136 pectrum with a lambda(max) at 462 nm with an extinction coefficient of 11 300 M(-)(1) cm(-)(1).

137 est case, a photocage was identified with an extinction coefficient of 124000 M(-1) cm(-1), a quantum

138 low reactivity of (3) with (2) and the high extinction coefficient of 2-nitro-5-thiobenzoate produce

139 sing a copper-coated cadmium reagent with an extinction coefficient of 29,500 M(-1) cm(-1) and a dete

140 h has an absorption maximum of 489 nm and an extinction coefficient of 37,615, to facilitate visible

141 optical (NLO) responses, with the nonlinear extinction coefficient of 374 cm GW(-1) , much higher th

142 ransfer complex accumulates with an apparent extinction coefficient of 4.9 mM-1 cm-1 at 560 nm.

143 The protein had a molar extinction coefficient of 5.0 x 10(4) and a pI of 10.

144 s a single absorption peak at 336 nm with an extinction coefficient of 7.4 mM-1 cm-1.

145 a fluorescence quantum yield of 0.98 and an extinction coefficient of 86 000 M(-1)cm(-1).

146 Thanks to its large extinction coefficient of 95,000 M(-1)cm(-1), mGarnet ca

147 thod that can be used to determine the molar extinction coefficient of a light-generated metastable s

148 ally, the protocol was used to determine the extinction coefficient of alloyed semiconductor nanopart

149 e pink membrane analog, dIbR485, has a molar extinction coefficient of approximately 39,000 cm-1 M-1

150 That is due to the high extinction coefficient of AuNPs and the complementary ov

151 The extinction coefficient of cytochrome cM is 23.2 +/- 0.5

152 ayed an absorption maximum at 464 nm with an extinction coefficient of epsilon 464 = 11700 M-1 cm-1.

153 s from the three detectors combined with the extinction coefficient of human HL.

154 The extinction coefficient of isolated complex I was 495 mM(

155 The absorption extinction coefficient of ITIC2 is 2.7 x 10(5) m(-1) cm(

156 results show that the transition energy and extinction coefficient of the 2S(h3/2)1S(e) excitonic ba

157 Since the molar extinction coefficient of the 30-mer palindromic oligonu

158 The extinction coefficient of the active product was determi

159 Moreover, we determine the absolute molar extinction coefficient of the CT transition for an arche

160 er is approximately 100 times lower than the extinction coefficient of the donor chromophore involved

161 ot changed because these rates depend on the extinction coefficient of the fluorophore.

162 ive amino acid analysis, we have revised the extinction coefficient of the HIV-1 RT heterodimer and s

163 e reactions slowed down but, due to the high extinction coefficient of the Lewis acid/dihydropyridone

164 nm red shift and an 11-fold increase in the extinction coefficient of the lowest-energy Q band.

165 The extinction coefficient of the nanoparticles of all emiss

166 ine type chromophore ( (max) 542, 546 nm, 1% extinction coefficient of the sodium salt = 244 2).

167 een in use for many years, the correct molar extinction coefficient of this complex ion under FRAP as

168 Cu center at 280, 390, 500, and 720 nm have extinction coefficients of 13.9, 7.0, 2.2, and 0.9 mM(-1

169 orption maxima at 323 and 326 nm, with molar extinction coefficients of 2100 and 2900 M-1 cm-1, for B

170 n of total nitric oxide/nitrite levels using extinction coefficients of 38,000 and 36,900 M(-1) cm(-1

171 Extinction coefficients of 5400 and 6600 M(-1) cm(-1) we

172 They show very high extinction coefficients of absorption (A(max) approximat

173 Values for the UV extinction coefficients of DNA and RNA rely on the monon

174 The energies and extinction coefficients of each anionic species were mea

175 bsolute concentrations were calculated using extinction coefficients of each of the RNA modifications

176 nature even at elevated temperature, and the extinction coefficients of nucleic acids are also affect

177 nown structures, absorbance frequencies, and extinction coefficients of residues and cofactors, analy

178 HPLC column in which we have determined the extinction coefficients of the relevant pigments.

179 also analyzed data in the literature for the extinction coefficients of unpaired DNA oligomers.

180 to accurately determine concentrations (and extinction coefficients) of biomolecules within 1%.

181 eroxide and iodine values, and UV absorbance extinction coefficients, of the oil.

182 ous species because of their relatively high extinction coefficients, outstanding fluorescence quantu

183 ion and emission to red and increasing their extinction coefficient, photostability, and sensitivity

184 in terms of light sensitivity (higher molar extinction coefficient), photoswitch efficiency (higher

185 ured Stark tuning rates, peak positions, and extinction coefficients provide the primary information

186 Although mRFP1 has somewhat lower extinction coefficient, quantum yield, and photostabilit

187 A kinetics model combining the molar extinction coefficients, quantum yields and (*)OH rate c

188 We measured the extinction coefficients, quantum yields, pH effects, pho

189 We show how to account for changes in extinction coefficients, quenching, labeling stoichiomet

190 orted, for the first time, a highly accurate extinction coefficient ratio for metallic to semiconduct

191 axima, Stokes shifts, vibronic progressions, extinction coefficients, Stark tuning rates, and spontan

192 ause the released dye (resorufin) has a high extinction coefficient, substantially lower amounts are

193 Analytes with low UV extinction coefficients such as polyethylene glycol (PEG

194 he hypsochromic wavelength shift and reduced extinction coefficient suggest that the polar perfluoros

195 higher refractive index and slightly higher extinction coefficient than for the RMS TiOx.

196 of 9-cis astaxanthin, with its higher molar extinction coefficient than that of all-trans-astaxanthi

197 was also characterized with 1.3-fold higher extinction coefficient that together with FQY resulted i

198 ectroscopy (DRIFTS) with known site-specific extinction coefficients to quantify the fraction of Rh s

199 We determined that the molar extinction coefficient was 21,140.

200 The value of the molar extinction coefficient was also shown to depend on the t

201 These extinction coefficients were compared with those obtaine

202 Aerosol absorption and extinction coefficients were measured using photoacousti

203 tween theoretical and experimental values of extinction coefficients, where the latter is affected by

204 CPPs have tunable emission, possess large extinction coefficients, wide effective Stokes shifts, a

205 The N extinction coefficient with respect to light (b) varied

206 ted, the nonempirical approximations yielded extinction coefficients within 20% of the measured value