ライフサイエンスコーパス: absorption spectrum

1 to such a degree that they can dominate the absorption spectrum.

2 228-Y272 cross-link, was identified from the absorption spectrum.

3 an intense band in the visible region of the absorption spectrum.

4 peaks of the low- and high-spin hemes in the absorption spectrum.

5 ig transformation of the molecular resonance absorption spectrum.

6 -transfer bands to the visible region of the absorption spectrum.

7 fer transitions in the near-UV region of the absorption spectrum.

8 with the previously observed alterations in absorption spectrum.

9 s the second titratable group modulating the absorption spectrum.

10 ectronic states appear in the O K-edge x-ray absorption spectrum.

11 velength excitation near the peak of the dye absorption spectrum.

12 combined to ensure distinct plasmon peaks in absorption spectrum.

13 the pigment configuration and red-shifts the absorption spectrum.

14 ies toward the blue edge of the core antenna absorption spectrum.

15 and cyanide anion had no effect on the heme absorption spectrum.

16 hange evidenced by changes in the electronic absorption spectrum.

17 e of a low-energy shoulder in the UV/vis/NIR absorption spectrum.

18 which leads to the bathochromic shift of the absorption spectrum.

19 rmine the time shift required to generate an absorption spectrum.

20 times, and data are processed to obtain the absorption spectrum.

21 a dip in the total-fluorescence-yield X-ray absorption spectrum.

22 lends fall within the low-energy tail of the absorption spectrum.

23 basis by fitting to the experimental linear absorption spectrum.

24 A large wavelength shift in the transient absorption spectrum accompanies the conversion of the si

25 On the basis of changes in the UV-vis absorption spectrum, addition of free-base or metalated

26 The absorption spectrum also exhibits a pH dependence larger

27 Self-assembly results in a blue-shifted absorption spectrum and a red-shifted, quenched fluoresc

28 O2 in the polymer displayed a red-shifted IR absorption spectrum and a shorter vibrational lifetime o

29 ole separation are identified in the optical absorption spectrum and are found to correlate strongly

30 having an emission spectrum adapted to algal absorption spectrum and assembled on the final system.

31 e interior of the trimer, the differences in absorption spectrum and carotenoid binding in trimers co

32 g orbital model is employed to interpret the absorption spectrum and coupling.

33 F mutation causes an 11 nm blue shift of the absorption spectrum and decreases the size of the absorp

34 les was confirmed by changes in nanoparticle absorption spectrum and electrophoretic mobility in the

35 The absorption spectrum and fluorescence decay time componen

36 e UV-B (280-320 nm) which comprise its broad absorption spectrum and give rise to wavelength-dependen

37 eumelanin aggregate structures broadens the absorption spectrum and gives rise to a relative enhance

38 se to a shoulder at 391 nm in the UV/visible absorption spectrum and indicates that the hydrogen bond

39 hose binding was found to perturb the flavin absorption spectrum and inhibit MSOX activity.

40 x exhibits a monotonically increasing UV-Vis absorption spectrum and it contains stable radicals.

41 ive-porphyrin nanoring exhibits a structured absorption spectrum and its fluorescence extends to 1200

42 This shift in absorption spectrum and lowering of the oxidation potent

43 which quantify the relationship between the absorption spectrum and reflected light intensity as a f

44 This domain has the same absorption spectrum and similar photocycle kinetics as f

45 The temperature dependence of the absorption spectrum and the changes in dynamics measured

46 Both the calculated ground-state absorption spectrum and the excited-state spectral dynam

47 The absorption spectrum and the pH dependence of a transient

48 in the dialysate had a different UV-visible absorption spectrum and was enriched in low molecular we

49 The computed optical absorption spectrum and X-ray diffraction pattern are in

50 harge-transfer states that contribute to the absorption spectrum ( and ) were calculated by using a d

51 elative molecular weight, a slightly altered absorption spectrum, and a lower specific activity for c

52 d cells was compared with the rate rhodopsin absorption spectrum, and the comparison showed that bloo

53 band broadening and small red shift of their absorption spectrum, and the shortened lifetime of the e

54 ly similar perturbations of the MTOX visible absorption spectrum are observed for complexes formed wi

55 ight-dependent activity and a pH-independent absorption spectrum are recovered upon reconstitution of

56 her small changes in the observed electronic absorption spectrum are suggestive of a modification in

57 The absorption spectrum arising from only the strongly coupl

58 nas augustae (CaChR1) exhibits a red-shifted absorption spectrum as compared to Channelrhodopsin-2, w

59 r identification of plaques due to the lipid absorption spectrum at 1.7 mum.

60 l during pipi*/npi* internal conversion, the absorption spectrum at the heteroatom K-edge exhibits an

61 for [o-MeStilSiO(1.5)](8), which exhibits an absorption spectrum blue-shifted from trans-stilbene.

62 c [26]hexaphyrin with a strongly red-shifted absorption spectrum, but the oxidized macrocyle is too u

63 nit is also indicated in its Fe K-edge x-ray absorption spectrum by an intense 1-s --> 3-d transition

64 tal spectrum is in very good accord with the absorption spectrum calculated using the one-dimensional

65 ndon region is sufficiently accurate that an absorption spectrum calculated with a one-dimensional mo

66 ct the perturbation of the heme visible band absorption spectrum caused by water entry after CO photo

67 BP1/2-OG results in the formation of a broad absorption spectrum centered at 530 nm attributed to met

68 substoichiometric amounts of iron and had an absorption spectrum characteristic of a [2Fe-2S] cluster

69 d similar amounts of sulfide ion and gave an absorption spectrum characteristic of a [4Fe-4S] cluster

70 Co-TrzN showed a visible absorption spectrum characteristic of other members of t

71 The chromophore exhibits a two-photon absorption spectrum characterized by a peak cross sectio

72 of a significant shift in the excited-state absorption spectrum combined with the observed spectral

73 t triplets have a very similar excited-state absorption spectrum compared to the free charge carriers

74 This double mutant had a UV-visible absorption spectrum consistent with a protonated Schiff

75 The absorption spectrum, corresponding to the long-wavelengt

76 l for ultra-broadband photodetectors, as its absorption spectrum covers the entire ultraviolet to far

77 these cells with light coinciding with PR's absorption spectrum creates a proton motive force (pmf)

78 ) exhibits a large bathochromic shift in the absorption spectrum, demonstrating the exceptional Lewis

79 ](+) (6) are described, in addition to x-ray absorption spectrum-derived and preliminary crystallogra

80 Changes in the absorption spectrum during the irradiation were recorded

81 al mutations cause detectable changes in the absorption spectrum, especially at pH 7.5, reflecting ch

82 rimarily responsible for the fact that DNA's absorption spectrum exhibits a red tail that is absent i

83 The effective light dose, weighted to the absorption spectrum for protoporphyrin IX, was calculate

84 The steady-state absorption spectrum for the enzyme-polynucleotide substr

85 The broad absorption spectrum for the ES complex in the 6000-31000

86 Because RNA has the same absorption spectrum for UV as DNA, we have investigated

87 toms results in a remarkable redshift of its absorption spectrum from an absorption maximum at 267 nm

88 ent electrical semiconductor and has a broad absorption spectrum, from 300 to 2500 nm.

89 mental sensitivity of quercetin's UV-visible absorption spectrum gave information about quercetin par

90 nm under excitation into the red side of the absorption spectrum (>690 nm) can be explained by borrow

91 cal pigment, and the origin of its broadband absorption spectrum has long been a topic of scientific

92 opsin genes, particularly in terms of their absorption spectrum, has not been explored in wild popul

93 (MA) and simulation of the ultraviolet (UV) absorption spectrum in both the gas phase and water (pH

94 tein differs from wild type in its color and absorption spectrum in both the oxidized and reduced sta

95 few-cycle laser pulses alter the silicon XUV absorption spectrum in sharp steps synchronized with the

96 The visible absorption spectrum in solution is characteristic of typ

97 contributions of molecular motion to the THz absorption spectrum in terms of distinct modes stemming

98 In the light-induced absorption spectrum in the 700-1000 nm region, the Y(L16

99 us to acquire a rotationally resolved direct absorption spectrum in the C-H stretching region of nitr

100 An understanding of the VO2 absorption spectrum in the extreme UV is developed using

101 The aggregate absorption spectrum in the Soret region is resolved into

102 band gap, which leads to a red shift of the absorption spectrum in these benzothiadiazole systems.

103 own on 8-nor-8-chlororiboflavin exhibited an absorption spectrum indicating the covalent flavin is an

104 OCP photocycle by monitoring changes in its absorption spectrum, intrinsic fluorescence, and fluores

105 damax of the lower energy band in the UV-vis absorption spectrum is as follows: anthracene, 356 nm; B

106 The absorption spectrum is characteristic of a linear molecu

107 ic point in the temperature dependence of an absorption spectrum is commonly viewed as a sign of inte

108 ide generates a dead time intermediate whose absorption spectrum is identical to that of a putative f

109 The calculated optical absorption spectrum is in good correspondence with the m

110 However, the heme absorption spectrum is not altered in the presence of 1

111 We have shown that the FQ.- transient absorption spectrum is quite distinct from that of 3B*.

112 porphyrin H(2)2 is severely ruffled, and its absorption spectrum is red-shifted and broadened compare

113 The pre-edge region of the X-ray absorption spectrum is sensitive to the Z(eff) of the Fe

114 leotide and the noncatalytic APE1, the dye's absorption spectrum is shifted relative to its spectrum

115 The peak of the excited-state visible absorption spectrum is shifted to ca. 490 nm, and the sh

116 separation between the two components of the absorption spectrum is twice the coupling between the di

117 The measured absorption spectrum is unexpectedly blue shifted, which

118 es the vibrational features in the transient absorption spectrum, is not observed in the 2D IR spectr

119 ertinent physicochemical properties, such as absorption spectrum, isoionic point, and solution confor

120 his compound exhibits an intense red-shifted absorption spectrum (lambda(max) = 1417 nm; epsilon = 1.

121 ing of the analyte by the ligand affects its absorption spectrum, leading to decrease of the free lig

122 ron moiety at the 3-position that shifts the absorption spectrum maximum of DEAC from 375 to 450 nm.

123 tance and the magnitude of blue shift in the absorption spectrum maximum.

124 lifetime of this state and the broad optical absorption spectrum mean that the ligand-stabilized silv

125 Schiff base counterion Asp-97, modulates the absorption spectrum near neutral pH.

126 site as it displays a pH- and NaCl-dependent absorption spectrum not observed with the wild-type pigm

127 The uranium L(III)-edge X-ray absorption spectrum of (C5Me5)2U(=N-2,4,6-(t)Bu3-C6H2)(C

128 The electronic absorption spectrum of (k33)(2)PD(+) is calculated by us

129 en calculated, and the theoretical gas-phase absorption spectrum of (porphine)Fe(NO)(NO(2)) has been

130 litting that is manifested in the electronic absorption spectrum of 1 (lambda = 610 nm, epsilon = 137

131 The electronic absorption spectrum of 1 exhibits a weak transition near

132 The electronic absorption spectrum of 3 features a broad observation at

133 We have determined the absolute transient absorption spectrum of 4-coordinate ferrous heme to whic

134 ound to the HisB10 sites of the R state, the absorption spectrum of 4H3N is red-shifted, exhibiting s

135 diagram, the lowest energy transition in the absorption spectrum of [L(Delta)Zn] exhibits charge-tran

136 DHOase secondary structure, but the visible absorption spectrum of a Co(2+)-substituted DHOase is ap

137 The infrared absorption spectrum of a linear, 13-atom carbon cluster

138 Laser-induced holes are burned in the absorption spectrum of aluminum phthalocyanine tetrasulf

139 instrument is used to measure the UV-visible absorption spectrum of ambient aerosol demonstrating a d

140 The optical absorption spectrum of Au(24) nanocluster was theoretica

141 A prominent peak in the absorption spectrum of BM3 FeII-CO in a DDAB dispersion

142 The absorption spectrum of BPB is also observed to be polari

143 The absorption spectrum of breast tissue allows quantificati

144 The ground-state absorption spectrum of C(120)O(2) in toluene is slightly

145 We have measured the infrared absorption spectrum of C(6)H(5), /X (2)A(1), in an Ar ma

146 NA triplexes, there is a large change in the absorption spectrum of coralyne and also a substantial f

147 Gaussian deconvolution of the ground-state absorption spectrum of Cu(phacac)(2) (phacac = 3-phenyla

148 DEPC does not affect the absorption spectrum of cytochrome b(561) nor does it cha

149 two inhibitors have different effects on the absorption spectrum of cytochrome b, they differ in thei

150 he manganese K-edge (1s core electron to 4p) absorption spectrum of D1-H332E shifts to a lower energy

151 uces well-known base-stacking effects on the absorption spectrum of DNA.

152 y functional theory to calculate the optical absorption spectrum of each molecule along the eumelanin

153 The absorption spectrum of each mutant enzyme undergoes a pH

154 Ilicicolin induces a blue shift in the absorption spectrum of ferro-cytochrome b, and titration

155 xima at 429, 529, and 558 nm, resembling the absorption spectrum of ferrous cytochrome b(558).

156 Lastly, we measured the broadband absorption spectrum of flame generated soot aerosol at 5

157 The transient absorption spectrum of G(+*)-PDI(-*) within the GPDI qua

158 A high-resolution absorption spectrum of gaseous acetone near 8.2 mum has

159 The absorption spectrum of green proteorhodopsin (GPR) is pH

160 In addition, the UV-visible absorption spectrum of H77Y Fe(II) CooA without added ef

161 high affinity and caused a blue shift in the absorption spectrum of heme to a shorter wavelength.

162 m of I(+)PF(6) in 2-MeTHF and the electronic absorption spectrum of I(+)PF(6)(-) in THF are consisten

163 core and antenna complexes determined by the absorption spectrum of intact vesicles in Rhodobacter sp

164 2) by the sand and ash films scaled with the absorption spectrum of iron oxalate, which suggests that

165 However, the optical absorption spectrum of its cytochrome bL heme was modifi

166 In contrast, on the basis of an absorption spectrum of K69R ODC, PLP is likely to be bou

167 the UV-visible absorption spectrum of L-Arg-bound ferric full length NN

168 The oxygen K-edge x-ray absorption spectrum of liquid thin-film water on BaF(2)

169 The absorption spectrum of low-light-adapted vesicles is sho

170 The absorption spectrum of M'(404) (maximum at 404 nm) consi

171 t with results that were consistent with the absorption spectrum of macular pigment.

172 ion spectrum deviated significantly from the absorption spectrum of milk.

173 quenching but is caused by the broad optical absorption spectrum of mixed-valence Fe3O4.

174 he binding of chloride is known to shift the absorption spectrum of most long-wavelength-absorbing co

175 ponsible for shifts in the Soret band of the absorption spectrum of myeloperoxidase.

176 Whereas the changes of the absorption spectrum of OCP characterize the geometry and

177 ive ones (830 nm, 670 nm) paralleled the NIR absorption spectrum of oxidized cytochrome c oxidase, wh

178 tively charged Arg did not shift the visible absorption spectrum of PR.

179 urface were studied by measuring the surface absorption spectrum of R6G on an Ag film.

180 The absorption spectrum of rat red blood cells was compared

181 rmed over the pH range 6-10, reveal that the absorption spectrum of reduced enzyme is highly sensitiv

182 Deconvolution of the absorption spectrum of single-walled carbon nanotubes (S

183 The electronic absorption spectrum of solubilized beef heart cytochrome

184 mbinant protein displayed the characteristic absorption spectrum of sulfite oxidase and exhibited ste

185 Furthermore, the absorption spectrum of the 9-demethyl retinal regenerate

186 ar 22,600 cm(-1), was observed in the direct absorption spectrum of the a(2+)a(3)(3+).HCOO(-) form of

187 fluorescence spectrum does not overlap with absorption spectrum of the acceptor.

188 The electronic absorption spectrum of the aqueous electron in bulk wate

189 alously large blue shift was observed in the absorption spectrum of the bathorhodopsin decay product,

190 tudied through the changes that occur in the absorption spectrum of the bound chromophores on heating

191 abled us to optimize the overlap between the absorption spectrum of the cell and the solar emission s

192 haracteristic sulfonate feature in the X-ray absorption spectrum of the cell cultures, which can be r

193 BChl a, and caused only minor changes in the absorption spectrum of the chlorosomes.

194 The absorption spectrum of the cluster shows an asymmetric l

195 The electronic absorption spectrum of the Co(II)-substituted LuxS under

196 The visible absorption spectrum of the cobalt(II) complex is consist

197 However the absorption spectrum of the compounds in the UV region, p

198 bathochromically shifted band in the visible absorption spectrum of the DASA.

199 ring at near-normal incidence the reflection-absorption spectrum of the diffusion boundary layer in [

200 The transient absorption spectrum of the dimer undergoes time-dependen

201 irmed photoacoustically by using the optical absorption spectrum of the dye.

202 The wide absorption spectrum of the electron transfer chain revea

203 al mutations cause detectable changes in the absorption spectrum of the enzyme reflecting increased a

204 ed enzyme in solution causes a change in the absorption spectrum of the enzyme.

205 ion of the fast phase has the characteristic absorption spectrum of the established dimethyl sulfoxid

206 s yields a significant change in the visible absorption spectrum of the film, with a decrease in the

207 The ground-state absorption spectrum of the Glu46Asp mutant shows a pH-de

208 A UV absorption spectrum of the holoenzyme resulted in a peak

209 spectrum of this initial species mirrors the absorption spectrum of the MES/TCNB complex.

210 attached to the polypeptide, and the visible absorption spectrum of the mutant protein is identical t

211 on, we reconstructed the near-infrared E S11 absorption spectrum of the narrow diameter distribution

212 dition, the temperature-dependent electronic absorption spectrum of the Ni(II) complex, Tp(Cum,MeNi)(

213 The dependence of the visible absorption spectrum of the oxy-ferrous complex on the he

214 The x-ray absorption spectrum of the plant-accumulated Mo was diff

215 with a wavelength dependence resembling the absorption spectrum of the plasmon of the AuNPs.

216 phore (3.04 eV) agrees with the experimental absorption spectrum of the protein.

217 N-terminal amino acid analysis and the absorption spectrum of the purified protein suggest that

218 The absorption spectrum of the purpurin also provides a conv

219 Furthermore, the absorption spectrum of the recombinant NFU3 protein show

220 Voltage-induced shifts in the absorption spectrum of the rhodopsin lead to voltage-dep

221 e the metal-to-ligand charge-transfer (MLCT) absorption spectrum of the Ru(II) coordination compounds

222 Significantly, the absorption spectrum of the Ru(II) sensitizer in this new

223 At equilibrium the absorption spectrum of the sample is collected and decom

224 The absorption spectrum of the Trp synthase-L-Ser complex sh

225 However, it is found that the absorption spectrum of the unfolded protein increases it

226 about the light output from the LCU and the absorption spectrum of their resin-based composite (RBC)

227 328 nm), significantly blue-shifted from the absorption spectrum of thioindigo.

228 The absorption spectrum of this hybrid material reflects tho

229 The visible absorption spectrum of this intermediate closely resembl

230 in agreement with TD-DFT calculations of the absorption spectrum of this intermediate.

231 The Pb L(III) -edge X-ray absorption spectrum of this metal-DNA complex is very si

232 The absorption spectrum of this species (but not that of eit

233 The absorption spectrum of this Zn-containing RC in the near

234 videnced by changes in the circular dichroic absorption spectrum of tubulin.

235 The absorption spectrum of UCA extends into the UV-A (320-40

236 The visible absorption spectrum of W161F MnSOD in the inhibited stat

237 A well-resolved absorption spectrum of W32(*) is presented, and analysis

238 The absorption spectrum of whole cells was dominated by the

239 Both action spectra match the absorption spectrum of zeaxanthin, a chloroplastic carot

240 The absorption spectrum of Zn-pbp-Mg or Zn-pbp-Fb is the sum

241 ate with a blue-shifted and lower extinction absorption spectrum, opposite of the case of bacteriorho

242 differences among the tomato ferredoxins in absorption spectrum or cytochrome c reduction activity.

243 While analysis of the absorption spectrum or HPLC chromatogram can provide an

244 obtained directly by either analysis of the absorption spectrum or HPLC chromatography.

245 mations can be inferred by either the linear absorption spectrum or the 2D spectrum alone, considerat

246 xcitation at different wavelengths along the absorption-spectrum red edge indicated differing functio

247 ees of freedom, ultrafast changes in the Na0 absorption spectrum reflected the solvation that began f

248 e with a hypsochromically shifted electronic absorption spectrum relative to the starting diazochlori

249 rs exhibit a stepwise, multiple-band optical absorption spectrum, reminiscent of quantum confinement

250 When Br(2) adds to the tellurium center the absorption spectrum shifts to a lower energy.

251 ion efficiency of organic solar cells, their absorption spectrum should be broadened while maintainin

252 The absorption spectrum showed a large, broad absorbance ban

253 LSPR shift maxima are found, whereas the R6G absorption spectrum shows only two absorption features.

254 The extended x-ray absorption spectrum shows that the geometric structure o

255 S (2-) per ApbC monomer and had a UV-visible absorption spectrum similar to known [4Fe-4S] cluster pr

256 experiments revealed an intermediate with an absorption spectrum similar to that of compound ES (Cpd

257 ta2:eta2-peroxodicopper(II) complex, with an absorption spectrum similar to that of the enzymatic act

258 LH1, the LH2 of Rs. molischianum displays an absorption spectrum similar to the LH2 complexes of othe

259 constituted with 11-cis-retinal displayed an absorption spectrum similar to the wild type (WT) counte

260 high level ab initio analysis of the optical absorption spectrum supports this observation.

261 is photophobic response, and yields a UV/Vis absorption spectrum that closely matches the bacterium's

262 e of 0.9-1.6 eV but also a desirable optical absorption spectrum that is comparable to those of the s

263 e models investigated, complex 3 exhibits an absorption spectrum that is particularly similar to the

264 C9-linked perylene wire) exhibits a visible absorption spectrum that is the sum of the spectra of th

265 Phase correction of FT-ICR data yields an absorption spectrum that offers a gain by up to a factor

266 In the absorption spectrum, the macrocycles showed one strong b

267 et of the long wavelength band in its UV/Vis absorption spectrum (THF, lambdaonset =788 nm).

268 o the central core enables broadening of the absorption spectrum, this change is mostly apparent in f

269 f the sensitivity of the CH(3)-H(4)PteGlu(3) absorption spectrum to probe its protonation state when

270 growth factor receptor shifted their optical absorption spectrum to the red-near-infrared region afte

271 -terminal domain has an identical UV/visible absorption spectrum to the wild-type protein and is redu

272 Q143N MnSOD lacked the visible absorption spectrum typical of wild-type Mn(III)SOD.

273 se, and exhibits the red shift in the heme a absorption spectrum upon Ca(2+) binding for both reduced

274 racteristic perturbation of the FMN cofactor absorption spectrum upon NADP(+) binding by the wild-typ

275 or 2 gave rise to significant changes in the absorption spectrum upon titration with AcO(-) and H2PO4

276 Although the mesityl analogue BSI's absorption spectrum was blue-shifted relative to its pig

277 However, the properties of the dimer's absorption spectrum were most consistent with the presen

278 ucoside (3OHKG) by mass spectrometry and its absorption spectrum, whereas the lesser peak was identif

279 55, L164, and M164 have little effect on the absorption spectrum, whereas those at L135 and L247 shif

280 Met100Ala PYP has an absorption spectrum which is very similar to wild-type (

281 pH 9 and exhibited an altered Rieske center absorption spectrum which resembled that of the D218 var

282 the Cu-S(met) (M314) component of the X-ray absorption spectrum which underwent a transition from a

283 th the temperature dependence of the optical absorption spectrum, which provides insight into the bal

284 1) of matrix/analyte, and a broader optical absorption spectrum, which should obviate specific wavel

285 ations is in agreement with CPO-II's visible absorption spectrum, which shows no change over the enzy

286 ctronic conjugation as proved by the intense absorption spectrum with a broad band between 400 and 60

287 AD per monomer as the cofactor exhibiting an absorption spectrum with a lambda(max) at 462 nm with an

288 ography (HPTLC) and a characteristic visible absorption spectrum with a peak near 450 nm.

289 R-LOV-HK has a typical LOV domain absorption spectrum with broad bands in the blue and UV-

290 n to matched energy levels and complementary absorption spectrum with IDIC, PM6 possesses high crysta

291 the plasmonic structure aligns its resonant absorption spectrum with incident illumination by varyin

292 imental red shift of the hydrated electron's absorption spectrum with increasing temperature at const

293 protein is active and displays an electronic absorption spectrum with lambda(max) at 504 nm, consiste

294 NO- radical exhibits a strong characteristic absorption spectrum with maxima at 280 and 420 nm (epsil

295 meV or greater) transient Stark shift of the absorption spectrum with respect to the luminescence lin

296 Comparison of the absorption spectrum with the excitation spectrum for ret

297 obactin with an R(f) of 0.58 on HPTLC and an absorption spectrum with the peak shifted to a wavelengt

298 ike normal reduced flavin, has a distinctive absorption spectrum with two distinctive peaks in the ne

299 spersed, FC12-wrapped nanotubes exhibited an absorption spectrum with ultrasharp peaks (widths of 12

300 ion, mutations in the zinc ligands alter the absorption spectrum without reducing the discrimination