ライフサイエンスコーパス: fluoresce

1 es remain soluble and allow EGFP to fold and fluoresce.

2 he oxazine dye component, causing the dye to fluoresce.

3 Cells expressing such fusions do not fluoresce.

4 in those cells ( approximately 70%) that did fluoresce.

5 same cortical cells bearing arbuscules that fluoresce.

6 methoxycinnamylamine hydrochloride, does not fluoresce.

7 fibroblasts transfected with MLC-GFP did not fluoresce.

8 avelengths, while A. nordenskioeldii did not fluoresce.

9 a 655-nm diode laser that causes calculus to fluoresce.

10 ctronic circular dichroism spectra but which fluoresce.

11 sis of a fluorescent substrate leading it to fluoresce.

12 blue light also excites this active state to fluoresce.

13 umbers compounds that are highly unlikely to fluoresce.

14 2/DA) that, once intracellular, bound NO and fluoresced.

15 of the time that the positive growth control fluoresced.

16 ulating a monolayer of cultured cells, which fluoresces a calcium ion wave at a controlled ionic curr

17 t microscopy, we confirmed that NSCLC models fluoresce after exposure to 5-ALA in vitro.

18 However, despite their ability to fluoresce and chelate metal ions, existing bacs have thu

19 hotoconvertible Eos fluorescent protein that fluoresce and photoconvert normally in heavily fixed (0.

20 The photoswitching allows particles to fluoresce and release drugs inside cells when illuminate

21 data also indicate that the rhodamine dimers fluoresce and that the associated lifetimes are subnanos

22 hat the generated chimeras are expressed and fluoresce and that VDR-GFP is transcriptionally active.

23 cross-links, but the latter peptides did not fluoresce and were nonreducible with NaBH(4).

24 of the time that the positive growth control fluoresced and resistant if the tubes containing INH or

25 ver, they can only interrogate entities that fluoresce, and most chemical or biological processes do

26 Unlike canonical DNA bases, 2-AP absorbs, fluoresces, and displays CD spectra at wavelengths >300

27 fluorescing AA to its corresponding strongly fluorescing aristolactam (AL), facilitating the sensitiv

28 The fluorescing aromatics in OSPW were proposed to be an imp

29 NMR) spectra indicated that the oxidation of fluorescing aromatics resulted in the opening of some ar

30 rrate(VI) oxidation, two-ring and three-ring fluorescing aromatics were preferentially removed at dos

31 The use of a label fluorescing around 660 nm helps circumventing the interf

32 EB-NS fluoresce at 910 nm and the fluorescence intensity corre

33 robes were conjugated with Quantum dots that fluoresce at different emission wavelengths using the cl

34 These dyes are bright and fluoresce at long wavelengths (reaching epsilon = 100 00

35 tained at 77 K revealed another complex that fluoresced at 820 nm, which probably resulted from the c

36 uman prostate cancer cell proliferation, and fluoresced at a visible wavelength, allowing for the obs

37 PL) = 434 nm, with Phi(PL) = 0.74, while DPA fluoresces at 420 nm with Phi(PL) = 0.91; thus, there is

38 which shows reversible electrochemistry and fluoresces at 425 nm in its reduced form, dihydroxypyren

39 ot at 627 nm via electron transfer, and also fluoresces at 458 nm, resulting in a shift from red to b

40 REX-GECO1 fluoresces at 585 nm when excited at 480 nm or 910 nm by

41 ing Ru(bpy)(3)(2+), the model analyte, which fluoresces at 605 nm when excited with a 441.6-nm HeCd l

42 comes blue-shifted and absorbs at 625 nm and fluoresces at 657 nm.

43 BV chromophore GAF-FP absorbs at 635 nm and fluoresces at 670 nm.

44 orm a J-aggregate that absorbs at 793 nm and fluoresces at 824 nm.

45 Nile Red (compound A) fluoresces at about 530 nm with good quantum yields in a

46 is predominantly extracellular material that fluoresces at these wavelengths, not bacterial cells.

47 newly developed near-infrared (NIR) dye that fluoresces at two different wavelengths (dichromic fluor

48 izer complex containing 5% Eu-doped Y(2)O(3) fluorescing at 611 nanometers and decorated with SiO(2)

49 orting (FACS) to select variants of GFP that fluoresce between 20-and 35-fold more intensely than wil

50 ence causes the adaxial surface of leaves to fluoresce blue under UV light, and mutations that lead t

51 Dual-stained dead spores fluoresced bright yellow-green when viewed at an excitat

52 r first order excitonic transition (~985 nm) fluoresce brightly at ~1160 nm.

53 The Zn(II) complexes also fluoresce brightly in the presence of excess Mn(II), Fe(

54 The emitters fluoresce brightly once switched on by integrin tensions

55 ng nitrogen vacancy (NV) defect centers that fluoresce brightly under optical excitation and simultan

56 33 nm, their (100) faces and thus their rims fluoresce brightly, while the pseudohexagonal faces rema

57 esence of FM1-43, their cores absorb dye and fluoresce brightly.

58 Only the malignant tissue fluoresced brightly in both models.

59 The mutant fluoresced brightly on minimal succinate agar containing

60 Spores in 29 (24.1%) of the 120 samples fluoresced brightly, indicating that they were E. intest

61 orescent, confocal, and TIRF microscopy, but fluoresces brightly within the Ser-Ser-Pro-Gly-Ser-Ser-r

62 This highly fluorescing [CdL] has been used to recognize Cys selecti

63 lations resulted in an increase of class II+ fluorescing cells that peaked at the fourth inoculation.

64 ulation resulted in an increase of class II+ fluorescing cells that peaked following the second inocu

65 Whereas the mature, red-fluorescing chromophore has the expected cis peptide bon

66 the crystal structure of the immature green-fluorescing chromophore of DsRed, presented here for the

67 e bacterial cells treated with SpNPs stop to fluoresce compared to the untreated bacterial cells.

68 veral absorbing components and only a single fluorescing component.

69 which appear as darker features in images of fluorescing concrete.

70 ine-based p53 peptide reporter, JP1-R, which fluoresces conditionally only upon Mdm2 binding.

71 In this way Calcein Blue, newly free to fluoresce, contributes to global fluorescent signal gene

72 Simultaneous copolymerization of green fluorescing dCTP and dUTP nucleotides were undertaken in

73 Here, we synthesized a green-fluorescing dextran conjugate of TAC-bodipy ("TAC-Limede

74 Fluorescing DOM was preferentially adsorbed relative to

75 NS5A-GFP appeared as brightly fluorescing dot-like structures in the cytoplasm.

76 icant populations of FPs misfold and fail to fluoresce due to non-native disulphide bond formation.

77 pon delivery of an electric pulse, the cells fluoresce due to transmembrane influx of SYTOX((R)) afte

78 this tetracysteine sequence and specifically fluoresce, effectively labeling Gag in the cell.

79 Green fluorescent protein (GFP) fluoresces efficiently under blue excitation despite maj

80 molecules, behavior opposite to that of hot fluorescing emitters is expected.

81 The fact that some of the compounds present fluoresce enabled both steady state and time-resolved fl

82 pid cycles of excitation and relaxation, non-fluorescing, excitation-induced triplet states with life

83 the equivalent scattered intensity as 10(5) fluorescing fluorescein molecules substantially increasi

84 ndall) beam and has the same appearance as a fluorescing fluorescein solution.

85 s compatible with rhodamine dye-ligands that fluoresce from green to near-infrared, including several

86 a natural product that enables scorpions to fluoresce, GADAC is fluorescent in water (lambda(abs) =

87 s two-color fluorescence assay, viable cells fluoresce green, and the nuclei of nonviable cells fluor

88 Cells that fluoresced green, contained a bullet and responded to po

89 e mice and nu/+ GFP female mice, the embryos fluoresced green.

90 cal red dye (ReAsH) were dually fluorescent, fluorescing green due to incorporation of PeGFP in the n

91 Naturally fluorescing green fluorescent protein (GFP) was separate

92 thienylbipyridines absorb visible light and fluoresce; however, on attachment to ruthenium, both the

93 Red green-to-red maturation includes a green-fluorescing immature chromophore and requires a chromoph

94 h are nucleic acid hybridization probes that fluoresce in a variety of different colors, yet are exci

95 issamphibia: Caudata) appear to consistently fluoresce in green wavelengths (520-560 nm) when excited

96 dogenous biliverdin chromophore and brightly fluoresce in mammalian cells.

97 For ions that do not fluoresce in solution, such as protonated tryptophan, fu

98 ylethene is in the open form, the BPEA units fluoresce in the 515 nm region with a quantum yield near

99 hich rapidly and irreversibly dissociates to fluoresce in the acidic extracellular tumor microenviron

100 ss of functionalized diamondoids is shown to fluoresce in the gas phase.

101 ucting single-wall carbon nanotubes (SWCNTs) fluoresce in the near-infrared (NIR) region, and the emi

102 responsible for coloration in amphibians and fluoresce in the near-infrared (NIR) spectral region.

103 ucting single-wall carbon nanotubes (SWCNTs) fluoresce in the near-infrared (NIR), and the emission w

104 ive/fluorescent tracers and new tracers that fluoresce in the near-infrared (NIR-II [wavelength > 1,0

105 that can specifically bind solid tumors and fluoresce in the near-infrared range, minimizing light s

106 not cross the blood-brain barrier, and would fluoresce in the near-infrared spectrum.

107 Single-walled carbon nanotubes (SWCNTs) fluoresce in the NIR (800-1700 nm) and serve as building

108 Notably, Cu(II)[BOT1] does not fluoresce in the presence of nitric oxide, making this s

109 uleus in the laboratory and were observed to fluoresce in the same manner as the affected blue catfis

110 abrication of OCC arrays on solid films that fluoresce in the shortwave infrared and presents an impo

111 Chemical defects that fluoresce in the shortwave infrared open exciting opport

112 and an amine cation are shown to absorb and fluoresce in the visible region of the spectrum.

113 ups that can form complexes with apatite and fluoresce in the visible spectrum.

114 c] thiophenylidene]-3,3'-dione, are found to fluoresce in their neat solid phases, from upper (S(2) )

115 EEM's showed that flours strongly fluoresce in two spectral regions, where amino acids, to

116 bone-resorbing osteocytes cause the probe to fluoresce in vivo, thus allowing imaging by intravital t

117 The inherent ability of the NCPs to fluoresce in water opens new possibilities for the devel

118 Additionally, the numbers of spores that fluoresced in seven of these samples were substantially

119 NIR FP, called miRFP670nano3, which brightly fluoresces in mammalian cells and enables deep-brain ima

120 dogenous biliverdin chromophore and brightly fluoresces in mammalian cells and tissues.

121 d preferentially removed organic matter that fluoresces in region V, suggesting that the organic matt

122 ssie blue or Fast Green FCF bound to protein fluoresces in the near infrared.

123 polymer: A hydrophobic organic molecule that fluoresces in the near-infrared II (NIR-II) region was m

124 We found that thioflavin T fluoresces in the presence of G4.M(+) precursor structur

125 tive (pKa = 7.3), photochemically stable dye fluoresces in the red part of visible light (601 and 578

126 is constrained to exist in the keto form and fluoresces in the red.

127 In addition, XAN fluoresces in the visible region with lambda(max) = 527

128 We identified 21 clones as fluorescing in the initial screen, and further character

129 resorufin derivative excitable at 590 nm and fluorescing in the red.

130 es within clades of vertebrates are known to fluoresce including mammals, reptiles, birds, and fish.

131 The cells therefore fluoresce intensely, revealing fine dendritic and axonal

132 However, PK-treated spirochetes fluoresced intensely after incubation with antibodies to

133 n each cell type, areas containing membranes fluoresced intensely while areas containing no membranes

134 methodology is unique in that high- and low-fluorescing IR puncta are equally masked, allowing for q

135 een fluorescent protein reporter to fold and fluoresce is inversely correlated with the aggregation p

136 rophores can induce a loss of the ability to fluoresce, known as photobleaching.

137 is constrained to exist in the keto form and fluoresces mainly in the red.

138 SAF emerges when a fluorescing molecule is located very close to an interfa

139 urfaces of illuminated quantum dots and near fluorescing molecules.

140 ed out a screen for mutant forms of GFP that fluoresce more intensely than the wild-type protein when

141 he natural HIV-1 NA7 Nef fused to a strongly fluorescing mutant of green fluorescent protein (GFP) to

142 Here, we show that single non-fluorescing nanodiamonds exhibit strong coherent anti-St

143 The unique property of GFP to fluoresce naturally was combined with CE-LIF to compare

144 To fluoresce, NIR FPs utilize an enzymatic derivative of he

145 rk, whereas in the presence of targets, they fluoresce-not in the emission range of the harvester flu

146 parts linked to separate proteins that only fluoresce on complementing with one another.

147 one another, such that they self-quench, but fluoresce on separation via enzymatic cleavage of the su

148 scaffold by designing molecular probes that fluoresce only after enzymatic treatment.

149 (MBs) are dual-labeled oligonucleotides that fluoresce only in the presence of complementary mRNA.

150 agged GluA1-containing AMPA receptors, which fluoresce only on the cell surface.

151 quencher at the other; they are designed to fluoresce only when hybridizing to a complementary targe

152 a single malachite green (MG) acceptor that fluoresce only when the MG is noncovalently but specific

153 uorescent protein (GFP)-derived protein that fluoresces only after cleavage by 3CL(pro) This experime

154 with two As(III) substituents, FlAsH, which fluoresces only after the arsenics bind to the cysteine

155 ched BODIPY-labeled phosphatidylcholine that fluoresces only upon cleavage by PLA2, lipase activity w

156 n the presence of a nucleophile (CN-), which fluoresces only upon covalent binding to the protein.

157 By contrast, SG fluoresces only weakly in the presence of T(33) alone.

158 rom a structure-based design strategy, pSIVA fluoresces only when bound to PS and remains effectively

159 probes based on short single-stranded DNAs, fluorescing only upon hybridizing to their complementary

160 Highly fluorescing or fluorescence-quenching compounds (false p

161 romic fulgimide, and the other is a strongly fluorescing oxazine dye.

162 We believe these PDA-coated NIR-fluorescing P-dots will be very useful in a variety of b

163 udy, replacing umbelliferone in the gel by a fluorescing paper sheet in contact with the lower extern

164 molecular spectroscopic explanation for dual fluorescing peaks in amino acids and humic substances is

165 evenly throughout the cell, suggesting that fluorescing phycobilisomes are more prevalent along the

166 that the anthracene-substituted derivatives fluoresce poorly (Phi < 0.01).

167 Using Pontamine Fast Scarlet 4B, a dye that fluoresces preferentially in the presence of cellulose a

168 he increasing desire for near-infrared (NIR) fluorescing probes for in vivo biological measurements,

169 restricted to reactions that generate highly fluorescing product molecules.

170 isualization of amplicons revealed intensely fluorescing products that indicated positive detection.

171 ssing protein dynamics, and, among naturally fluorescing proteins, light-harvesting (LH) proteins fro

172 e that allowed us to tag rock phosphate with fluorescing quantum dots of three different colours.

173 sce green, and the nuclei of nonviable cells fluoresce red.

174 luorescence, while the zwitterionic tautomer fluoresces red.

175 t vascular volume was significantly lower in fluorescing regions.

176 ages in optically opaque, scattering or auto-fluorescing samples.

177 A. thaliana whole cells and are activated to fluoresce selectively in hypoxic conditions.

178 the small probe Nitro-BODIPY, which in vivo fluoresces selectively inside peroxisomes.

179 h obtaining narrow-band-emitting and near-IR-fluorescing semiconducting polymer nanoparticles while c

180 ses simple DNA probes that are engineered to fluoresce sequentially when, and only when, activated wi

181 y DNA dynamics, because natural DNA does not fluoresce significantly.

182 Key to this is a dye that fluoresces significantly when bound to protein-SDS compl

183 icle suspension has the same appearance as a fluorescing solution.

184 , all the while minimizing interference from fluorescing species present in the sample matrix.

185 xes that correspond to a group of humic-like fluorescing species were determined to be highly correla

186 light or qE, and we demonstrate that weakly fluorescing states are stabilized under qE conditions.

187 fluorescence quantum yields in solution and fluoresce strongly in the solid state.

188 atoms templated on single-stranded DNA that fluoresce strongly when placed in proximity to particula

189 rescent dye, fluorescein, in solution, which fluoresces strongly above pH 6.5, to map the pH adjacent

190 The dye molecule fluoresces strongly at acidic pH values but not basic on

191 e with a unique fluorescent cAMP analog that fluoresces strongly in the hydrophobic binding pocket an

192 standard salt dialysis procedures, the probe fluoresces strongly, reflecting its ability to intercala

193 ized for binding of hexahistidine-tagged red-fluorescing TagRFP, while an appropriately modified biot

194 ate, coupled to dextran, together with a red fluorescing tetramethylrhodamine reference chromophore.

195 , where it localized in the mitochondria and fluoresced through the acceptor part, i.e., red.

196 age reporter cell line in NIH-3T3 cells that fluoresce to report genotoxic stress caused by a wide va

197 TAC-Lime-dextran-TMR, consisting of a green-fluorescing triazacryptand K(+) ionophore-Bodipy conjuga

198 Hypoxic EGFP-fluorescing tumor regions colocalized with regions of hi

199 readable in the field via paper tickets that fluoresce under a mobile phone and filter device.

200 ds displaying self-assembling peptides would fluoresce under aqueous environment.

201 imiting (0.1 micro M Fe) minimal medium agar fluoresce under UV light due to the accumulation in the

202 In both cases the produced protein fluoresced under UV illumination on an SDS gel, further

203 lates calcium, causing a permanent mark that fluoresces under ultraviolet light.

204 ant biarsenical dyes such as FlAsH and ReAsH fluoresce upon binding to genetically encoded tetracyste

205 accommodate environment-sensitive dyes that fluoresce upon binding.

206 eacons (MBs) are oligonucleotide probes that fluoresce upon hybridization.

207 These "naked" nanotubes fluoresce upon patching the exposed surface with sodium

208 the cell membrane of the Neuro-2a cells and fluoresced upon reaction with endogenous AChE.

209 ges was enabled by a fluorogenic ligand that fluoresces upon AgHalo forming soluble aggregates.

210 ding to a hydrophobic dye akin to ANS, which fluoresces upon binding to molten globules and thermal d

211 Q-iRGD, which fluoresces upon cleavage, including the one that leads t

212 ATTC) was replaced with 2-aminopurine, which fluoresces upon excitation at 310 nm.

213 synthetic, dark-quenched bRNA substrate that fluoresces upon hydrolysis.

214 Newborn mice and adult mice fluoresced very bright green and could be detected with

215 ible spectrum (approximately 550-750 nm) and fluoresce weakly (Phi(F) < 0.06).

216 The conjugates fluoresce weakly in the absence of DNA but showed signif

217 contain intrinsic defect colour centres that fluoresce when excited at 532 nm.

218 ecome fluorescent upon activation and do not fluoresce when free in solution.

219 omic pantetheine probes attached to ACP that fluoresce when sequestered.

220 o fluorophore-quencher pairs that unfold and fluoresce when subjected to specific forces.

221 e thiazole orange is able to intercalate and fluoresce when the conjugate binds, at concentrations wh

222 ll nucleic acid hairpin probes that brightly fluoresce when they are bound to their targets and have

223 ats, primary and metastatic tumors form that fluoresce when they are excited with FITC-filtered light

224 ed with bacteria which were synthesizing GFP fluoresced when illuminated with blue light.

225 cence-detecting thermocycler with a dye that fluoresces when bound to dsDNA.

226 (GDH) reduces NAD(+) to NADH, a product that fluoresces when excited with UV light.

227 he protein environment makes its chromophore fluoresce, whereas the fluorescence is completely lost w

228 containing nanodrops that also contain OH(-) fluoresce, whereas those with NO(3)(-) do not.

229 tation from external illumination sources to fluoresce, which results in a strong autofluorescence ba

230 e cascade creates calcite nanoparticles that fluoresce white.

231 in nanodrops with 8 or more water molecules fluoresce with a quantum yield of ~1.

232 laboratory conditions however, the crystals fluoresce with an intense green colour.

233 We report that different granules fluoresce with different colors, despite being stained w

234 t these pre-ligands into native ligands that fluoresce with FLAPs.

235 orate water-solubilizing groups will tend to fluoresce with good quantum yields in aqueous media, and

236 data for 2 and 3 showed that they do indeed fluoresce with good quantum yields in the 640 nm region

237 Their highly unusual optical properties to fluoresce with near-zero photobleaching, photoblinking a

238 ch to develop monomeric smURFP variants that fluoresce with phycocyanobilin but not biliverdin.

239 Free bases and Zn complexes fluoresce with quantum yields of up to 50%, whereas Pd a

240 Initially all molecules fluoresced with a lifetime of 1 +/- 0.2 ns, similar to t

241 escence microscopy revealed that the barrier fluoresced with excitation between 405 and 445 nm.

242 phospholipase C, aligned with raft markers, fluoresced with thioflavin, and were rapidly abolished b

243 strong absorption in the visible region and fluoresces with high quantum yield.

244 e--the nucleus and the kinetoplast--begin to fluoresce within 1 min of introduction of DB99, unless d

245 e if the tubes containing INH or RIF did not fluoresce within 2 days of the time that the positive gr

246 stant if the tubes containing INH or RIF did fluoresce within 2 days of the time that the positive gr

247 Here, we demonstrate that diffracted and fluoresced x-rays detected by the PIXL instrument (an x-