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1 ated NIR-II organic dye (CH-4T) to produce a brilliant 110-fold increase in fluorescence, resulting i
2 eetles exhibit an extraordinary diversity of brilliant and colourful appearances and optical effects
3       The marine world is incredibly rich in brilliant and intense colours.
4                                          The brilliant and often prescient hypotheses of Ramon y Caja
5 Cherry or green fluorescent proteins allowed brilliant and specific staining of the C. reinhardtii ce
6                                              Brilliant bases (e.g., deprotonating C-H bonds), nucleop
7 oma, meaning "fire-body", derives from their brilliant bioluminescence.
8 e (E133), Green S (E142), Fast Green (E143), Brilliant Black (E151), and Black 7984 (E152) in sugar a
9 on and radioligand binding assays found that Brilliant Black BN (5-500 microM) did not significantly
10                                              Brilliant Black BN (5-500 microM) had no significant eff
11 d A(3) receptor was achieved within 1 min of Brilliant Black BN addition, despite receptors having be
12                    This study has identified Brilliant Black BN as a novel allosteric modulator of th
13   Taken together, these results suggest that Brilliant Black BN can act allosterically to modify liga
14 ing a food dye and pharmaceutical excipient, Brilliant Black BN is commonly used within calcium mobil
15 icantly decreased in the presence of 500 muM Brilliant Black BN.
16 on rate of the antagonist in the presence of Brilliant Black BN.
17 ate (SDS) upon the response of the Coomassie Brilliant Blue (CBB) and Pyrogallol Red-molybdate (PRM)
18           Gel destaining following Coomassie Brilliant Blue (CBB) staining involves the use of toxic
19 teins were electrophoresed and the Coomassie Brilliant Blue (CBB)-positive bands were analyzed to ide
20  nonfluorescing chromophore label, Coomassie Brilliant Blue (CBB).
21 ), Amaranth (E123), Sunset Yellow (E110) and Brilliant Blue (E133) were extracted from soft drinks us
22 Patent Blue V (E131), Indigo Carmine (E132), Brilliant Blue (E133), Green S (E142), Fast Green (E143)
23 on assays, we found that Alexa Fluor 647 and Brilliant Blue 700 (BB700) dyes had the greatest labelin
24 ximately 50 pmol per zone for both Coomassie Brilliant Blue and Amaranth dyes; these values were 0.4
25 end-point, cells were stained with Coomassie brilliant blue and area was determined using image analy
26                After staining with Coomassie brilliant blue and destaining, the gels were analyzed wi
27 8 kDa that was weakly stained with Coomassie Brilliant Blue and strongly stained with silver.
28 uantitation of tartrazine in the presence of brilliant blue and sunset yellow FCF as possible interfe
29                                    Coomassie brilliant blue binding was used to indicate conformation
30 ent exhibited a linear relationship with the brilliant blue concentration within the range of 0.01-1.
31                                The Coomassie brilliant blue dye-binding method for protein assay has
32 loped for seperation and preconcentration of Brilliant Blue FCF (BB) by the prepared MNG.
33 exin 1 channels using carbenoxolone (CBX) or Brilliant Blue FCF (BB-FCF) (1-100 mum, intravesically),
34  have been developed for preconcentration of Brilliant Blue FCF (E133) from some food products by the
35 luminescence as the reporter system, the dye Brilliant Blue FCF as the signal-masking reagent, and bu
36 per oxide nanoparticles for the detection of brilliant blue FCF from various soft beverages was devel
37 , the structurally related food-coloring dye Brilliant Blue FCF had very little effect at concentrati
38 istration of the pannexin channel antagonist Brilliant Blue FCF increased bladder capacity, whereas i
39  to real samples for the preconcentration of Brilliant Blue FCF.
40  is blocked by oxidized ATP (100 microm) and Brilliant Blue G (1 microm).
41 or antagonists oxidized ATP (100 microm) and Brilliant Blue G (2 microm).
42 king agents BAY 11-7082 (30 mg/kg, i.p.) and Brilliant Blue G (BBG) (45.5 mg/kg, i.p.) in a mouse mod
43 rgery using xenon endolight illumination and Brilliant blue G (BBG) dye.
44                                              Brilliant blue G (BBG), best known as an antagonist of P
45  systemically administered P2X7R antagonist, Brilliant blue G (BBG), in a weight-drop model of thorac
46 n extracellular Ca(2+), and was prevented by brilliant blue G (BBG).
47 riodate oxidised ATP (OxATP: 100 microM) and brilliant blue G (BBG: 1 microM), but not by suramin (10
48 led area, but were matched to the area where brilliant blue G accidentally entered the subretinal spa
49  and microperimetry indicate that subretinal brilliant blue G might cause focal macular damage with a
50 nal changes in his right eye associated with brilliant blue G migration into the subretinal space dur
51  inhibited by the P2X(7) receptor inhibitors Brilliant Blue G or A 438079.
52 hosphate-6-azophenyl-2',4'-disulphonic acid, Brilliant Blue G or periodate oxidized ATP dialdehyde to
53                      Animal data demonstrate Brilliant Blue G to be an effective capsular stain with
54                 In mdx/mdx mice treated with Brilliant Blue G, a P2X7 blocker, these blood lymphocyte
55                                              Brilliant blue G, a selective P2X(7) antagonist, suppres
56 ) permeability to Na+, and (e) inhibition by Brilliant Blue G, Cu2+, and pyridoxal phosphate-6-azophe
57                  For the larger antagonists, brilliant blue G, KN-62, and calmidazolium, our data imp
58 he P2X7R-selective antagonists ZINC58368839, brilliant blue G, KN-62, and calmidazolium.
59                     In all eyes stained with brilliant blue G, the preoperative diagnosis of large IL
60 -5-phosphate-6-azo-2',4'-disulfonic acid and Brilliant Blue G, with half-maximal inhibition at 3, 0.2
61 Bradford reagent, comprised of the Coomassie Brilliant Blue G-250 dye, methanol, and phosphoric acid,
62 ABA(A)) receptor agonists were unaffected by brilliant blue G.
63 nnel blockers, but not by the P2X(7) blocker Brilliant blue G.
64 ing species of Begonia(5), notable for their brilliant blue iridescence, have a photonic crystal stru
65 used as adsorbent for removing toxic remazol brilliant blue R (RBBR).
66  Addition of contrast agents (trypan blue or brilliant blue R) improve the signal-to-noise ratio by q
67                                    Coomassie brilliant blue R-250 (CBB) is a popular and widely used
68 w/v) solution of the protein stain Coomassie Brilliant Blue R-250 for 16 to 24 h and then destained.
69 parable to that of the traditional Coomassie Brilliant Blue staining procedure.
70  was utilized for sensitive detection of the brilliant blue synthetic dye, achieving a limit of detec
71 hermore, the signal towards the oxidation of brilliant blue was examined using the differential pulse
72 tents of other colorants i.e. Tartrazine and Brilliant Blue were within 4.74-140.284 mg/kg.
73 ity of commonly used staining dye 'coomassie brilliant blue' (CBB) towards GMP.
74 ity of commonly used staining dye 'coomassie brilliant blue' (CBB) towards GMP.
75 ing ARPE-19 for 10 minutes with trypan blue, brilliant blue, bromophenol blue, fast green, light gree
76                             Examples include brilliant blue, carmoisine, sunset yellow, allura red, a
77 ed overlapping sensitivity to the inhibitors Brilliant Blue, gadolinium, and carbenoxolone.
78 P and BzATP and inhibited by zinc, Coomassie Brilliant Blue-G, and KN-62, demonstrating activation of
79 120, reactive black-5, brilliant yellow, and brilliant blue-R.
80 form showed greater selectivity in detecting brilliant blue.
81 injection analysis was employed to determine brilliant blue.
82 ellow, Amaranth, Allura Red, Indigotine, and Brilliant Blue.
83                                 In 2023, the brilliant chromatin biologist C.
84 travelling through an undulator can generate brilliant coherent radiation in the visible to vacuum ul
85 turally occurring iridescent systems produce brilliant color displays through multiscale, hierarchica
86 he adhesion properties of gecko feet and the brilliant color variation of butterfly wings.
87                                          The brilliant coloration of the parental species results fro
88 stigation of conformational heterogeneity of brilliant cresyl blue molecules and the controllable obs
89 (RCB) (Grandio [GN], Lava(TM) Ultimate [LV], BRILLIANT Crios [B], and Cerasmart [CS]), were prepared
90 ite materials (Grandio blocs, Lava Ultimate, BRILLIANT Crios, Cerasmart), and a polymer-infiltrated c
91 uLtiple lIneAr regression with peNalizaTion (Brilliant), designed for feature selection and outcome p
92 of the color rendering index (CRI), which is brilliant for warm white light emission.
93 developed by Flory and Stockmayer provides a brilliant framework for treating multivalent interaction
94 st of synthetic Inorganic Chemists promise a brilliant future for this class of compounds.
95 hree-dimensional PIC simulations show that a brilliant gamma-ray pulse with unprecedented power of 6.
96 systems were dissected out and shown to have brilliant GFP fluorescence: the entire digestive system
97 schscholzia californica) is renowned for its brilliant golden-orange flowers, though white petal vari
98                                              Brilliant green and crystal violet dyes were the molecul
99  organs homologous to branchiae that produce brilliant green bioluminescence when autotomized.
100 e enzyme-activated intracellular delivery of brilliant green using dextrin-coated halloysite nanotube
101 al violet, ethyl violet, fast green fcf, and brilliant green) have been analyzed.
102 organic (dyes such as Pyronin Y, Auramine O, Brilliant green, and Methylene blue) contaminants, and,
103 hylene blue (MB) compared to crystal violet, brilliant green, malachite green, and azure B with decol
104 ic triphenylmethane dyes malachite green and brilliant green, tissue culture cells recruit beta-arres
105 ers triggers the release of the lumen-loaded brilliant green, which allowed for preferable eliminatio
106 stoppers secure the intercellular release of brilliant green.
107 t all these techniques have in common is the brilliant insight of a few pioneering physical scientist
108    Orchid bees (Euglossini), noted for their brilliant iridescence, are elusive pollinators throughou
109 ral principles that govern the production of brilliant iridescence.
110  birds and propose two evolutionary paths to brilliant iridescence.
111  and air are responsible for producing their brilliant iridescent body coloration.
112                                          The brilliant iridescent plumage of birds creates some of th
113  feature that unites all melanosome forms in brilliant iridescent structures is thin melanin layers.
114 ates and wiggles electrons, giving rise to a brilliant keV X-ray emission.
115 miluminescence (ECL) technique showcased its brilliant knack in probing microscopic biointerfacial ev
116 imes could be achieved by combining a highly brilliant laser produced plasma (LPP) source with a scan
117 ed on gravitational forces, computed via the brilliant legacy of Newton, Einstein, De Broglie and Boh
118                              This results in brilliant, localized oxidation, where remaining material
119 y of epilepsy, which he presented in his own brilliant Lumleian lectures to the Royal College of Phys
120 positive correlation between anthracosis and brilliant lymph nodes (p-value = 0).
121 mediastinal and hilar lymph nodes, known as "brilliant lymph nodes", compared to bronchoscopy were 55
122          Based on our analyses, the triad of brilliant lymph nodes, hyper-attenuated lung, and multi-
123                           The specificity of brilliant lymph nodes, hyper-attenuated lung, and multi-
124                                   Opsins are brilliant molecules to assess the adaptations at the gen
125           The compound was isolated from the brilliant orange-colored arils of Strelitzia nicolai, th
126  optical interface can interfere to generate brilliant patterns of colour.
127                      Recently, we reported a brilliant "pointillistic" iridescence in colony biofilms
128                  Congo red staining revealed brilliant red amyloid deposits confirmed by apple-green
129 invasive optical whole-body imaging based on brilliant red fluorescent protein expression of the tumo
130  primitive erythropoiesis characterized by a brilliant red hemoglobinization, CD71/CD325a (glycophori
131 ulfate (NZVI/PS) for enhanced degradation of brilliant red X-3B in an upflow anaerobic sludge blanket
132 hat uniformly stains oocysts of Cyclospora a brilliant reddish orange, provided that the fecal smears
133 is stellar collapse also powers an even more brilliant relativistic explosion known as a long-duratio
134 r wide-ranging, technically and conceptually brilliant research on the functional organization of neu
135 his accomplishment began with the pairing of brilliant scientists with complementary expertise who id
136 st to maximize the potential of the numerous brilliant scientists, technicians, academics, and clinic
137 rotron Radiation Facility (ESRF)'s Extremely Brilliant Source (EBS).
138 ean Synchrotron Radiation Facility-Extremely Brilliant Source (ESRF-EBS) beamline ID29.
139 rgy X-ray diffraction from the new Extremely Brilliant Source of the European Synchrotron Radiation F
140                                              Brilliant specifically incorporates genome and/or phenot
141                                          The brilliant SR IR source permits rapid collection of polar
142                         The crystals exhibit brilliant structural colors, which can be actively tuned
143                                        Their brilliant, structurally colored feathers play a principa
144             I am also very proud of the many brilliant students and collaborators with whom I have wo
145                                   We applied Brilliant to two omics studies.
146 sts (GRBs) and their afterglows are the most brilliant transient events in the Universe.
147 d betatron oscillations) can generate highly-brilliant ultrashort X-ray pulses using a comparably sim
148 unches in helical motions and hence emitting brilliant vortical gamma-ray pulses in the quantum elect
149                                        Using Brilliant, we improved the accuracy for cell-type fracti
150 tly require long scan times even with highly brilliant X-ray sources.
151 n view of the new generation of phenomenally brilliant X-ray sources.
152 ncluding reactive red-120, reactive black-5, brilliant yellow, and brilliant blue-R.

 
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