ライフサイエンスコーパス: nonradioactive

1 0.14 microCi) and seven control stents (31P, nonradioactive).

2 carried out in the presence of an excess of nonradioactive 1 alpha,25(OH)2D3.

3 )-[(3)H]pentazocine competitive binding with nonradioactive [(127)I]IAF, it was concluded that SBDLI

4 Pretreatment with 1 mg/kg haloperidol (2), nonradioactive 13, or BD1047 (18) reduced the binding of

5 The nonradioactive (185/187)Re-P2045 bound more avidly (0.2

6 The affinity of nonradioactive (185/187)Re-P2045 for somatostatin recept

7 n vivo pharmacokinetics by infusing purified nonradioactive (19)F-FAA intravenously for 5 min at 2 do

8 ke was also blocked by the administration of nonradioactive (2) prior to imaging studies.

9 gh-yield stereoselective synthetic method of nonradioactive 20-(19)F-FAA.

10 lipids to avoid interference in the applied nonradioactive 96-well plate TTR competitive binding ass

11 groups by BH(3)-tetrahydrofuran yielded the nonradioactive ACF (yield 25%).

12 imaging (DMRI) with [6,6-(2)H(2)]glucose is nonradioactive, achieves tumor metabolic contrast, but c

13 ere we investigated whether A1R occupancy by nonradioactive agonists and antagonists can be assessed

14 high affinity (K(d) = 11 nM), application of nonradioactive alphaBgTx (up to 300 microM) had no effec

15 methods would allow the EIA to be used as a nonradioactive alternative to the established 125I RIA.

16 t on their own practice (P < 0.01) and about nonradioactive alternatives (P < 0.01).

17 Nonradioactive alternatives are therefore needed in the

18 -binding affinities were determined with the nonradioactive analogs.

19 F7 breast cancer cells demonstrated that the nonradioactive analogue (19)F-4a effectively competed wi

20 e DMPE = 1,2-bis(dimethylphosphino)ethane, a nonradioactive analogue of a heart imaging agent, with N

21 nium oxo complexes, which are isosteric, but nonradioactive, analogues of the potential imaging agent

22 Furthermore, we have developed a nonradioactive analytical HPLC assay to determine that t

23 A sensitive, nonradioactive analytical method has been developed to s

24 Thirty-seven swine underwent placement of 35 nonradioactive and 39 beta-particle-emitting stents with

25 l cell concentrations, it is nontoxic, it is nonradioactive and allows for simple disposal, it is les

26 a-2,3-sialyltransferase (alpha2,3ST) that is nonradioactive and allows specific identification of the

27 This new bioassay, which is specific, nonradioactive and inexpensive, represents a significant

28 Nonradioactive and radioactive in situ hybridization ana

29 samples and generated wastes were classified nonradioactive and the subject received a lifetime-integ

30 ensitive but also homogeneous, fast, simple, nonradioactive, and cost-effective.

31 Here we describe a nonradioactive, antibody-free, electrochemical assay in

32 Since nonradioactive AP-PCR fingerprinting also offers the uni

33 We assessed a nonradioactive approach to induce apoptosis in non-small

34 This nonradioactive assay affords detection levels of molecul

35 e, as measured by other assays, so that this nonradioactive assay can be used to measure prenyltransf

36 This assay marks the first continuous and nonradioactive assay for either acyltransferase.

37 A nonradioactive assay for protein tyrosine phosphatases (

38 Here we present a nonradioactive assay for the investigation of PAP activi

39 We have developed a nonradioactive assay method for DNA methyltransferases b

40 ave developed the first economical and rapid nonradioactive assay method that is suitable for high-th

41 The result is a sensitive, nonradioactive assay of inorganic phosphate with high th

42 alyses were performed using a new, sensitive nonradioactive assay that detects CoA.

43 ential antiviral agents, we have developed a nonradioactive assay that is suitable for high-throughpu

44 The PEA, a technically simple nonradioactive assay that uses ~20-fold fewer platelets

45 pies that target these enzymes, a continuous nonradioactive assay was developed to monitor the activi

46 on of PKC in HBMEC as measured by the PepTag nonradioactive assay.

47 ns of primer and template in an inexpensive, nonradioactive assay.

48 d by subtraction with coated Dyna beads by a nonradioactive assay.

49 rbohydrate-binding specificity using a novel nonradioactive assay.

50 gnosis because of the lack of a homogeneous, nonradioactive assay.

51 aracterized two quantitative, sensitive, and nonradioactive assays for evaluating IKKbeta activity: a

52 c studies, we have developed two continuous, nonradioactive assays for the prototypical GCN5 HAT.

53 nt and increasing demand for simple, robust, nonradioactive assays of protein tyrosine kinase activit

54 nd lower sensitivity, a need for more robust nonradioactive assays would be ideal.

55 We describe a simple, nonradioactive, bead-based method for detecting kinase a

56 rating its potential to be used as a tool in nonradioactive binding assays for studying the affinity

57 Preadministration of nonradioactive biotin inhibited organ uptake and increas

58 We have developed a nonradioactive branched DNA (bDNA)-based assay for the d

59 sting include wireless motility capsules and nonradioactive breath tests.

60 nd then chase perfusions were performed with nonradioactive buffer for 0, 60, 120, and 240 minutes.

61 abeling the macromolecule of interest with a nonradioactive but NMR-active isotope (15N or 13C).

62 re performed using a pharmacological dose of nonradioactive carrier in addition to [18F]EF1 to optimi

63 Nonradioactive carrier MIBG molecules inhibit uptake of

64 ubjected to cell viability screening using a nonradioactive cell proliferation assay.

65 A nonradioactive cell-based rubidium (Rb(+)) efflux assay

66 ition of binding to OGA in the presence of a nonradioactive compound.

67 tologists wanted to treat by themselves with nonradioactive compounds (mean +/- SD, 3.418 +/- 1.49) a

68 e of 100 fold excess of Sr(II), Al(III), and nonradioactive Cs(I).

69 was specific and can be displaced by excess nonradioactive derivative.

70 Nonradioactive destain solution can, therefore, be recyc

71 50 bp) and enhanced signal quality by use of nonradioactive detection and a LI-COR DNA sequencing ins

72 development of azido-fatty acids enabled the nonradioactive detection of fatty-acylated proteins in m

73 using terminal transferase-dependent PCR and nonradioactive detection.

74 morphology of cells expressing the D2R mRNA, nonradioactive, digoxigenin in situ hybridization was pe

75 adioactively labeled DNA-binding protein and nonradioactive DNA coupled with PCR amplification from g

76 Using nonradioactive DNase I footprinting, we confirmed Fur bi

77 riod, 783,525 radiopharmaceutical and 67,835 nonradioactive drug administrations were analyzed.

78 Mass characteristics of several common nonradioactive drugs and several diagnostic radiopharmac

79 emitting radiopharmaceuticals as well as to nonradioactive drugs used in interventional nuclear medi

80 rse reactions to radiopharmaceuticals and to nonradioactive drugs used in interventional nuclear medi

81 This study investigated whether a nonradioactive dye, Evans blue, can be adapted as a safe

82 echnetium Tc 99m, physicians are looking for nonradioactive dyes for sentinel lymph node labeling.

83 Additionally, the effects of nonradioactive EF5 (30 mg/kg) on the hypoxia-imaging cha

84 Combined use of radioactive and nonradioactive EF5 for independent assessment of tumor h

85 mong tumor models when animals also received nonradioactive EF5.

86 Conventional nonradioactive electron emitters require high vacuum (<1

87 refore, we have developed a high-throughput, nonradioactive ELISA method to monitor Raf and MEK1 kina

88 We describe a homogeneous, nonradioactive, enzymatic PLP assay that uses the apo fo

89 and characterization of the performance of a nonradioactive fluid phase IAA assay in relation to stan

90 We have recently reported a homogeneous, nonradioactive fluorescence polarization method to assay

91 assay from Upstate Biotechnology and (ii) a nonradioactive fluorescence resonance energy transfer (F

92 hesis of GDP-[1-2H]-Fuc and GDP-2F-Fuc and a nonradioactive, fluorescence assay for fucosyltransferas

93 ne heart in the absence of vessel tone using nonradioactive fluorescent microsphere measurements.

94 Prior to fluorine-18 labeling, the nonradioactive fluoro derivative S-(2-fluoroethyl)isothi

95 eveloped as a companion imaging agent to the nonradioactive form of the drug, FdCyd.

96 ed 4-hydroxy-RA (4-OH-RA) in radioactive and nonradioactive form, 4-hydroxy-retinyl acetate (4-OH-RAc

97 ammaTyr-105 was inhibited in the presence of nonradioactive galanthamine.

98 oss-linking of this mixture would yield only nonradioactive gamma(A)-gamma(A) dimers, whereas transve

99 ionic forms of (99)Tc and (238)U, as well as nonradioactive gaseous iodine (i.e., a surrogate for (12

100 per Gigabase pair) in nanogram quantities of nonradioactive, genomic DNA by dispersing the DNAs on el

101 Treatment did not affect the levels of (nonradioactive) glucose in blood, sigma-1 and sigma-2 re

102 gen by the addition of glycogen synthase and nonradioactive glycogen as primer.

103 anticipate that the readily synthesized and nonradioactive GNC-F2 will find use both as a tool for b

104 PC3 ACC, with or without preinjection of the nonradioactive GPC3 ACC, in participants with advanced H

105 We have developed an inexpensive nonradioactive high-throughput screening system to ident

106 previously patented (U.S. patent 5,888,757) nonradioactive, high throughput screening assay for anti

107 Nonradioactive, high-throughput LIPS assays are quicker

108 trand breaks in approximately 1 microgram of nonradioactive human DNA.

109 in-line calibration of Raman systems for the nonradioactive hydrogen isotopologues.

110 We developed a nonradioactive IAA assay where bivalent IAA cross-link t

111 model for the development of sensitive and "nonradioactive" immunoassays for peptides, including pol

112 Nonradioactive in situ hybridization also enabled the mo

113 Nonradioactive in situ hybridization analysis revealed a

114 We therefore used nonradioactive in situ hybridization and immunohistochem

115 rat and mouse central nervous systems using nonradioactive in situ hybridization histochemistry.

116 day 20 (E20) to postnatal day 15 (PN15) with nonradioactive in situ hybridization methods.

117 With a highly sensitive, nonradioactive in situ hybridization technique and both

118 image guidance 0-8 days before surgery, 123 nonradioactive, infrared-activated, electromagnetic wave

119 enterotoxin gene by Southern blotting with a nonradioactive internal probe and a chemiluminescence sy

120 were no deaths or hospitalizations caused by nonradioactive interventional pharmaceuticals used adjun

121 ort demonstrating that a therapeutic dose of nonradioactive iodide has potent efficacy and high selec

122 with an atmospheric flow tube (AFT) using a nonradioactive ionization source coupled to a mass spect

123 ionization (SESI) method was developed as a nonradioactive ionization source for ion mobility spectr

124 econdary electrospray ionization (SESI) as a nonradioactive ionization source to detect analytes in b

125 The assay is nonradioactive, is quantitative, and has a good signal-t

126 ed with naturally occurring stable (that is, nonradioactive) isotopes of carbon and/or nitrogen.

127 Cell pretreatment with nonradioactive KSS3, rodent PET imaging, biodistribution

128 A nonradioactive label for peptide hormones would be usefu

129 c peptides and that a new, highly sensitive, nonradioactive labeling approach can be used to reveal a

130 demonstrate a rapid (seconds to minutes) and nonradioactive labeling strategy of inositol polyphospha

131 fied, this system may be also applicable for nonradioactive labeling.

132 Nonradioactive labels, such as fluorophore and antigen l

133 state NMR to establish the speciation of all nonradioactive lanthanide ions (La(3+), Ce(3+), Pr(3+),

134 A nonradioactive lanthanide-chelate derivatized IL8 ligand

135 In the present study, we developed a nonradioactive ligand blotting assay, which, together wi

136 (120 muCi) of (213)Bi-7.16.4, and (d) cold (nonradioactive) liposome-CHX-A''-DTPA-7.16.4 as control.

137 Pretreatment with thiamet-G or nonradioactive LSN3316612 reduced brain uptake to a low

138 either thiamet-G, a potent OGA inhibitor, or nonradioactive LSN3316612.

139 To address these issues in a nonradioactive manner, a thermally denaturing high-perfo

140 proteins in a sensitive, high-throughput and nonradioactive manner.

141 We suggest plasma clearance of nonradioactive markers be more widely implemented in cli

142 0% of [(11)C]MC1 brain uptake was blocked by nonradioactive MC1 and celecoxib (a COX-2 selective inhi

143 active pulse as well as after a 2-h chase in nonradioactive medium, but at low levels.

144 he spatial distribution and concentration of nonradioactive metallic probes, such as GNPs, within the

145 ipitated at various times after chasing with nonradioactive methionine to determine residual radioact

146 Thus, our nonradioactive method allowed us to accurately visualize

147 This nonradioactive method can detect picomolar amounts of ph

148 This PLP assay is the first homogeneous, nonradioactive method for diagnosing vitamin B(6).

149 Here we present a simple nonradioactive method for direct localization of isoAsp

150 translation (SUnSET) were used to develop a nonradioactive method for ex vivo and in vivo measuremen

151 This provides a simple nonradioactive method for multiplex hybridization analys

152 side an intact living animal and may provide nonradioactive method of measuring the antiproliferative

153 We have developed a nonradioactive method to assay UDP-Gal:beta-d-GlcNAcbeta

154 To this end, we developed a simple, nonradioactive method to detect T-cell receptor gamma (T

155 In the current study we used a sensitive nonradioactive method to investigate GHSR mRNA distribut

156 rugs, we report a convenient high-throughput nonradioactive method to measure activity of these enzym

157 A sensitive, nonradioactive method was developed to measure cellular

158 Using a simple allele-specific PCR-based nonradioactive method, we detected a total of eight indi

159 Various nonradioactive methods using chromatographic separations

160 megaloblastic anemia to levels detectable by nonradioactive methods.

161 f uracil in the DNA by amounts detectable by nonradioactive methods.

162 measurement, this method can be adapted to a nonradioactive microscale assay for CaMK II and also for

163 This homogeneous, nonradioactive, miniaturizable, and multiplex-capable as

164 phy (immunoPET), serving as a convenient and nonradioactive molecular imaging tool for animal models

165 Thirty stents (control nonradioactive, n=10; low-activity (32)P, 3.5 to 6.0 mic

166 e preferred because of their sensitivity and nonradioactive nature.

167 ve developed four quantitative and sensitive nonradioactive Nek2 in vitro kinase assays: (i) a dissoc

168 A safe, more sensitive, nonradioactive, neutral red uptake assay was adopted to

169 that can measure DNA synthesis rates using a nonradioactive, nontoxic tracer.

170 In the blocked scans, a selective nonradioactive NOP receptor antagonist (SB-612111; 1 mg/

171 nding was efficiently inhibited, however, by nonradioactive oligonucleotides containing H2, the kappa

172 easily replaced in the same nES housing by a nonradioactive one, i.e., by an AC corona discharge unit

173 Structurally analogous nonradioactive oxorhenium(V) complexes were also synthes

174 The addition of nonradioactive p-aminobenzoate has no effect.

175 t is trapped in the cell, as the addition of nonradioactive p-aminobenzoyl-glutamate to these cells r

176 Nonradioactive palbociclib was used as a blocking agent

177 Thus, this high-throughput, nonradioactive PARG assay should find widespread use in

178 A plasma PCR test, using a nonradioactive PCR plate assay, was evaluated for detect

179 ) were analyzed for telomerase activity by a nonradioactive PCR-based method using the TRAP-eze telom

180 We conclude that nonradioactive PCR-SSCP for TCR-gamma gene rearrangement

181 hesized to investigate their applications as nonradioactive peripheral benzodiazepine receptor (PBR)

182 In addition, 112,830 adjunctive nonradioactive pharmaceutical administrations were monit

183 non-PET radiopharmaceuticals, and adjunctive nonradioactive pharmaceuticals in nuclear medicine from

184 umber of adverse reactions to interventional nonradioactive pharmaceuticals used for PET.

185 dergo the same quality assurance measures as nonradioactive pharmaceuticals.

186 GP is competed with both thalidomide and the nonradioactive photoaffinity label at concentrations com

187 Therapeutic potential of nonradioactive PIMBA was studied using in vitro colonoge

188 ntrast MRI of regional CBV is promising as a nonradioactive, potentially lower-cost alternative to ot

189 Described here is a nonradioactive, precise, rapid and sensitive enzymatic c

190 hemiluminescence signal was also observed in nonradioactive prostate specimens, with a half-life of 4

191 hemiluminescence signal was also observed in nonradioactive prostate specimens, with a half-life of 4

192 We describe a novel nonradioactive protein-labeling technique that permits m

193 nce for the development of high-sensitivity, nonradioactive receptor binding assays and demonstrate t

194 The nonradioactive reference compound PSMA-1007 and the prec

195 Methods: The nonradioactive reference compound PSMA-1007 and the prec

196 nyl]isatins were developed as a new group of nonradioactive reference compounds for future radiotrace

197 chemical identification via coinjection with nonradioactive reference standard.

198 Using a newly developed nonradioactive reverse-phase high-performance liquid chr

199 [99mTc]TRODAT-1 complexes was deduced using nonradioactive rhenium as a surrogate for radioactive te

200 were assigned to receive a similar-appearing nonradioactive ribbon (placebo).

201 ells infected with either MEV or ADV using a nonradioactive RNase protection assay.

202 , this study presents a highly sensitive and nonradioactive RT polymerase assay that is based on elec

203 and was totally inhibited by the addition of nonradioactive SC58125.

204 Finally, a rapid nonradioactive screen for unnatural amino acid uptake wa

205 th a ribbon containing either iridium-192 or nonradioactive seeds.

206 Nonradioactive selenium is also an important contaminant

207 A nonradioactive, sensitive assay method to evaluate the a

208 We report a practical, nonradioactive, sensitive assay of MCD in crude tissue e

209 ha/gamma dual activator offers a homogeneous nonradioactive, sensitive, robust, and less expensive hi

210 re able to visualize PCR products by a rapid nonradioactive silver-staining technique using a simple

211 A nonradioactive, simple, sensitive fluorescence polarizat

212 umors were analyzed for mutation of MENIN by nonradioactive single-stranded conformation polymorphism

213 gnal was investigated in 3 radioactive and 3 nonradioactive specimens using CLI.

214 lification and PCR products were analyzed by nonradioactive SSCP.

215 It uses the nonradioactive stable isotopic thyroid hormone (13)C(6)-

216 We used a nonradioactive, stable isotopic labeling method to measu

217 Protected precursors and authentic nonradioactive standards were synthesized by reductive a

218 was significantly greater than that for the nonradioactive stents (1.78+/-0.68, P<0.0001).

219 placed in normal rabbit iliac arteries with nonradioactive stents as controls.

220 hin 24- and 48-microCi stents versus control nonradioactive stents at both 6 and 12 months.

221 water distribution systems (DWDS) to monitor nonradioactive strontium (Sr(2+)) in drinking water in 2

222 (99m)Tc-Phen's nonradioactive, structurally matched counterpart [Re(CO)

223 In addition to using a nonradioactive substrate, the HPLC-MS/MS method had incr

224 ase ion-pair chromatographic assay that uses nonradioactive substrates and n-propionyl coenzyme A as

225 duction and incorporation of ReO(4)(-), as a nonradioactive surrogate for (99)Tc, does not proceed th

226 n the solubility and retention of rhenium, a nonradioactive surrogate for (99)Tc, in a sodium borosil

227 complexes of these peptides were prepared as nonradioactive surrogates for the technetium complexes.

228 Such nonradioactive tags are easier to visualize after transl

229 Among the nonradioactive tags, BODIPY-FL-lysine offers the advanta

230 We describe a new nonradioactive technique for determining substrate speci

231 sisted carbohydrate electrophoresis (FACE, a nonradioactive technique) was used to analyze steady-sta

232 emonstrated by complete inhibition by excess nonradioactive TGF-beta1.

233 as a modular component for the generation of nonradioactive therapeutic products.

234 owever, limited referrals due to alternative nonradioactive therapies and logistic, educational, and

235 However, nonradioactive TID as well as two inhibitors, ibuprofen

236 ent of entirely new methods based on stable, nonradioactive tracers that satisfied the conditions of

237 -21 cells by electromobility shift assay and nonradioactive transcription factor assay and interprete

238 The nonradioactive transcription factor assay, which has a h

239 ribe a comprehensive protocol for monitoring nonradioactive UDS and RRS by studying the incorporation

240 We have developed an approach that enables nonradioactive, ultrasensitive (attamole sensitivity) si

241 Here, a nonradioactive variation of this method compared the pho

242 and 2 h with or without a preinjection of a nonradioactive version of the fluorophosphoramidate.

243 r below the limit (50 nCi/g) for disposal as nonradioactive waste.

244 elow the limit of disposal (50 nCi per g) as nonradioactive waste.

245 linder, hot sphere in a cylinder filled with nonradioactive water, and hot sphere in a cylinder fille

246 r than 2 mm, and for spillover ratios in the nonradioactive water- and air-filled chambers.

247 In this work, we used a nonradioactive zinc isotope, (70)Zn, and inductively cou

248 idic identity and purity, and measurement of nonradioactive Zn(+2), Cu(+2), Fe(+3), and Ni(+2) by ion