ライフサイエンスコーパス: chromogenic

1 tonated peptides with a second population of chromogenic 4-formyl-1,3-benzenedisulfonic acid (FBDSA)

2 lasma clot lysis assay correlated with their chromogenic activity.

3 STEC; Remel, Lenexa, KS) and by culturing on chromogenic agar (Chromagar O157; BD BBL, Sparks, MD).

4 spectively, were 98% and 95% for Spectra VRE chromogenic agar (Remel, Lenexa, KS), 86% and 92% for bi

5 pan, Brescia, Italy) software to analyze VRE chromogenic agar and compared the results to technologis

6 ods, detecting all suspected colonies on the chromogenic agar and identifying 3 additional true-posit

7 Chromogenic agar can expedite culture results, but techn

8 f differentiating negative and "nonnegative" chromogenic agar can reduce the labor cost of these scre

9 ed to accurately sort positive from negative chromogenic agar cultures regardless of the pigmentation

10 the properties and documented the utility of chromogenic agar for surveillance of methicillin-resista

11 Software reading of the chromogenic agar for suspected colonies detected 110 ora

12 clinical microbiology laboratory; the use of chromogenic agar is one method by which the laboratory m

13 ents, and the use of fluconazole-impregnated chromogenic agar may significantly reduce treatment deci

14 To this end, we evaluated a prototype chromogenic agar medium (VRE-BMX; bioMerieux, Marcy l'Et

15 ieux, La Balme Les Grottes, France) is a new chromogenic agar medium designed to enable the isolation

16 development and evaluation of MRSA ID, a new chromogenic agar medium for the specific isolation and i

17 enic Detection Module (CDM) for categorizing chromogenic agar plates as negative or "nonnegative" for

18 ity testing (AST) systems and five selective chromogenic agar plates.

19 ecimens plated on two different types of VRE chromogenic agar plates.

20 Chromogenic agar used at these sites included MRSASelect

21 gar, 90.6% and 94.0% for software reading of chromogenic agar, 83.3% and 97.7% for technologist readi

22 87.5% and 97.7% for technologist reading of chromogenic agar, 90.6% and 94.0% for software reading o

23 categories, including conventional culture, chromogenic agar, and polymerase chain reaction.

24 of the C. albicans complex by appearance on chromogenic agar, and were incapable of forming chlamydo

25 phylococcus aureus (MRSA) on a new selective chromogenic agar, BD BBL CHROMagar MRSA II (CMRSAII), to

26 s assessed using a combination of culture on chromogenic agar, morphology on cornmeal agar, and molec

27 g yolk-polymyxin B agar and/or the Anthracis chromogenic agar.

28 Five chromogenic agars, evaluated using 400 stool specimens,

29 By immunostaining the sample with different chromogenic agents, we further demonstrated the ability

30 duced cysteine residues with a 351 nm active chromogenic Alexa Fluor 350 (AF350) maleimide tag.

31 ivates ERAP1's hydrolysis of fluorogenic and chromogenic amino acid substrates but competitively inhi

32 obiose-6P, methyl-beta-glucoside-6P, and the chromogenic analog, p-nitrophenyl-beta-D-glucopyranoside

33 cellobiose, a native substrate rather than a chromogenic analog, using a continuous, thermostable cou

34 f P-selectin were confirmed through indirect chromogenic and cell binding assays, respectively.

35 nted in AD and neocortical LBD samples using chromogenic and fluorescent LMTK2 immunohistochemistry o

36 m, which could be used as a highly selective chromogenic and fluorogenic chemosensor for the detectio

37 e years 2010-2011 dealing with the design of chromogenic and fluorogenic chemosensors or reagents for

38 and Tyr (chymotrypsinlike activity) in short chromogenic and fluorogenic peptides.

39 synthesis and application of a novel type of chromogenic and fluorogenic substrate for protease detec

40 The chromogenic and fluorogenic substrates, p-nitrophenyl-al

41 sitive tangle-bearing ones, showed decreased chromogenic and immunofluorescent labelling in AD in eve

42 astically impaired catalytic activity toward chromogenic and natural substrates but efficiently activ

43 ely 100-fold loss of activity toward several chromogenic and natural substrates carrying Arg or Lys a

44 nificantly the catalytic activity toward all chromogenic and natural substrates that are tested.

45 ve method combining bright-field dual-colour chromogenic and silver ISH assays with an image-based co

46 munofluorescence, Western blotting, and both chromogenic and single-molecule in situ hybridizations,

47 ompounds 3-6 behave as very selective redox, chromogenic, and "turn-on" fluorescent probes for Pb(2+)

48 eak non-chromogenic anion-pi interactions to chromogenic anion-induced charge-transfer (CT) and elect

49 DI interactions vary from extremely weak non-chromogenic anion-pi interactions to chromogenic anion-i

50 It is based on the response of a chromogenic array composed of five sensing materials pre

51 A new chromogenic array for the identification and classificat

52 The chromogenic array used eight sensing materials (based on

53 The colour modulations of the chromogenic array were processed by the principal compon

54 The results suggest that chromogenic arrays and optoelectronic noses can be a sui

55 The changes in the chromogenic arrays data were processed by statistical an

56 ted by a tissue factor-dependent clotting or chromogenic assay and IL-6 was measured by specific ELIS

57 TF activity was determined with the use of a chromogenic assay in cell lysates, and TF messenger RNA

58 We utilized a chromogenic assay in combination with an antibody specif

59 d equal to 1.7 +/- 0.2 nM and, in a standard chromogenic assay of enzymatic activity, inhibits hnps-P

60 lasma autoactivation was assessed by using a chromogenic assay of kallikrein formation.

61 potency was increased twofold by the 2-stage chromogenic assay relative to BDD-FVIII.

62 ted by a binding assay for Factor VIIa and a chromogenic assay sensitive to generation of Factor Xa.

63 old demonstrated potent enzyme activity in a chromogenic assay system, with select examples also demo

64 of factor Xa by the fVIIIa/fIXa complex in a chromogenic assay was prevented by these inhibitors.

65 less than 1 IU per deciliter, as assessed on chromogenic assay.

66 ed an IC(50) value of 26 mum in an enzymatic chromogenic assay.

67 M33 and retained its activity as measured by chromogenic assay.

68 10 nM for the inhibition of hnps-PLA2 in the chromogenic assay.

69 s were also measured at 0, 12, and 24 hrs by chromogenic assay.

70 ogical activity in the Low group by use of a chromogenic assay.

71 relevant oligonucleotide concentrations in a chromogenic assay.

72 producing P. aeruginosa, including all rapid chromogenic assays and the modified carbapenem inactivat

73 Existing commercial chromogenic assays for the detection and quantification

74 ze, paving the way for the implementation of chromogenic assays in droplet microfluidics workflows.

75 using plasma clotting times and single stage chromogenic assays of factor Xa activity have demonstrat

76 titative immunofluorescence and quantitative chromogenic assessment.

77 rough these functional groups to from the UV-chromogenic BAH-group.

78 e thiols in cysteine residues and attaches a chromogenic benzeneselenol (SePh) group.

79 dimethylacridin-2-one) (DDAO), is not only a chromogenic beta-gal substrate but that the cleavage pro

80 Using chromogenic beta-gal substrates, HCMV was detected durin

81 y colorimetric microassays using synthesized chromogenic calixpyrroles embedded in partially hydrophi

82 Nitrocefin is a highly activated, chromogenic cephalosporin derivative that exhibits stead

83 stable acyl-enzyme complexes, except for the chromogenic cephalosporin, nitrocefin, which after acyla

84 We describe a rapid fluorescent (FISH) or chromogenic (CISH) in situ hybridization protocol for lo

85 Synthase lacks any chromogenic cofactor, and the presence of pyridoxal phos

86 her oxidation of gluconate to as yet unknown chromogenic compounds.

87 The formation and stability of resulting chromogenic conjugates was investigated.

88 blue region of the visible spectrum, and its chromogenic contribution would be significant in solutio

89 We have developed a new IR chromogenic cross-linker (IRCX) to aid in rapidly distin

90 This approach has now been adapted to use a chromogenic cyclooxygenase substrate to analyze the deta

91 owed the creation of models to correlate the chromogenic data with concentrations of mesophilic and E

92 we evaluated the performance of the WASPLab Chromogenic Detection Module (CDM) (Copan, Brescia, Ital

93 the clinical performance of PhenoMatrix (PM) chromogenic detection module (CDM) digital imaging softw

94 evaluation of the performance of the WASPLab Chromogenic Detection Module (CDM) for categorizing chro

95 aris, France) was evaluated with PhenoMATRIX chromogenic detection module (CDM) software (Copan Diagn

96 erfere with conventional chemiluminescent or chromogenic detection using horseradish peroxide and alk

97 The chromogenic DNA substrate allows ligation to be studied

98 ections, combining multispectral unmixing of chromogenic duplex IHC for HER2 ECD and intracellular do

99 tent with the conclusion/prediction that the chromogenic effects of 1,2-DAB (or 1,2-DEB) and 1,2-DATT

100 tudy of the chromophores responsible for the chromogenic effects of aromatic neurotoxicants containin

101 sible reactions with proteins that result in chromogenic effects.

102 ich is lower 5 times that of the traditional chromogenic ELISA test employing p-nitro-phenyl phosphat

103 f the ability of Salmonella to hydrolyze the chromogenic ester substrate methyl umbelliferyl caprylat

104 ophoretic separations conventionally rely on chromogenic, fluorogenic, or redox properties for analyt

105 dase DNAzyme construct that can be used as a chromogenic functional group in immunohistochemistry ass

106 A synthesis of a chromogenic glycoside of the Salmonella anatum group E(1

107 mage analysis to rapidly distinguish between chromogenic growth for screening bacterial cultures.

108 dvance quantitative analysis of conventional chromogenic histochemistry.

109 the first time to determine pK(a) values of chromogenic hydrophobic pH sensitive probes directly in

110 kappa range, 0.124-0.340) using conventional chromogenic IHC and showed intra-assay heterogeneity (E1

111 ssion in tumor and stroma was assessed using chromogenic IHC and the AQUA (Automated Quantitative Ana

112 Using chromogenic IHC, both antibodies showed fair to poor con

113 We next used chromogenic in situ hybridization (CISH) to directly exa

114 luorescence in situ hybridization (FISH) and chromogenic in situ hybridization (CISH)) can reveal ass

115 ific genetic aberrations by fluorescence and chromogenic in situ hybridization (fluorescence in situ

116 opy number abnormalities by fluorescence and chromogenic in situ hybridization and quantitative PCR,

117 Using chromogenic in situ hybridization we localized aromatase

118 cation (fluorescent in situ hybridization or chromogenic in situ hybridization).

119 eaction, conventional in situ hybridization, chromogenic in situ hybridization, and immunohistochemis

120 We describe a new method, telomere chromogenic in situ hybridization, which permitted us to

121 perties of ceria nanoparticles, used here as chromogenic indicators, in response to the analyte.

122 One reaction is the chromogenic isomerization of a naphthopyran mechanophore

123 welve new proton-ionizable, picrylamino-type chromogenic lariat ethers derived from dibenzo-14-crown-

124 We used a chromogenic Limulus assay to determine the EC50 of the p

125 Four chromogenic media for carbapenemase-producing Enterobact

126 kthrough of non-VRE organisms vary among the chromogenic media tested and may factor into the decisio

127 The chromogenic media tested confirmed their suitability to

128 opathogen agreement between conventional and chromogenic media was 82%, while overall categorical agr

129 olates of CPE, the sensitivities of the four chromogenic media were as follows: Brilliance CRE, 78%;

130 on, colony color reactions and morphology on chromogenic media were compared to suspicious colonies o

131 False-positive results on chromogenic media were mainly due to color interpretatio

132 he performance of selective and differential chromogenic media, BBL CHROMagar MRSA II (CMRSA II; BD D

133 M and plated to each site's standard-of-care chromogenic media, which included Colorex VRE (BioMed Di

134 S from LIM broth plated on ChromID Strepto B chromogenic medium (ChromID) using the WASP automated pr

135 We report on the evaluation of a prototype chromogenic medium (ID C. difficile prototype [IDCd]) fo

136 The chromogenic medium BBL CHROMagar Candida (CAC) was evalu

137 pigmentation in yeast isolates grown on the chromogenic medium CHROMagar Candida over 7 days.

138 Spectra VRE (Remel, Lenexa, KS) is a chromogenic medium designed to recover and differentiate

139 A chromogenic medium for identification of vancomycin-resi

140 ectra MRSA agar (Remel, Lenexa, KS), a novel chromogenic medium originally developed to detect methic

141 agar Candida is a selective and differential chromogenic medium that has been shown to be useful for

142 When each chromogenic medium was compared to the standard culture

143 The chromogenic medium was compared using (i) 368 untreated

144 to evaluate a new selective and differential chromogenic medium, BBL CHROMagar MRSA (C-MRSA) medium (

145 A novel chromogenic medium, Spectra MRSA (Remel, Lenexa, KS), wa

146 rain diversity in this population by using a chromogenic medium, subculturing, molecular typing, and

147 abs to evaluate a selective and differential chromogenic medium, the BBL CHROMagar VanRE (CVRE), whic

148 to compare chromID CPS Elite (bioMerieux), a chromogenic medium, to conventional primary culture medi

149 y agar with 5% sheep blood (TSA II) and each chromogenic medium.

150 minates and segregates positive and negative chromogenic methicillin-resistant Staphylococcus aureus

151 ophenyl rings, behaves as a highly selective chromogenic molecular probe for hydrogenpyrophosphate an

152 oring MRSA isolates were able to grow on all chromogenic MRSA screening plates tested.

153 The chromogenic NC-OMCPs showed significantly stronger anion

154 , structure, and anion binding properties of chromogenic octamethylcalix[4]pyrroles (OMCPs) and their

155 Two targeted chromogenic octapeptide combinatorial libraries, compris

156 color changes compared to the corresponding chromogenic OMCP, and the absorption spectroscopy titrat

157 ption spectroscopy titrations indicated that chromogenic OMCPs and NC-OMCPs also possess different an

158 The addition of anions to solutions of chromogenic OMCPs and NC-OMCPs resulted in different col

159 f RNAs by in situ hybridization using either chromogenic or fluorescence immunohistochemistry ( appro

160 Many industrially relevant polymers lack chromogenic or fluorogenic signatures, precluding use of

161 can be conveniently monitored with peptidic chromogenic or fluorogenic substrates, with certain pept

162 ires modification of the glycans with either chromogenic or fluorogenic tags for optical measurement

163 ed in immunohistochemistry to facilitate the chromogenic oxidation of 3,3'-diaminobenzidine, producin

164 fied from a high expression system using the chromogenic p-nitrophenyl alpha-glucopyranoside 6-phosph

165 inogen activation, as determined by indirect chromogenic peptide assay and plasminogen-linked zymogra

166 nt p.G214R had increased activity on a small chromogenic peptide substrate but was markedly defective

167 ets but retains its amidolytic activity on a chromogenic peptide substrate.

168 slight effect on the plasmic hydrolysis of a chromogenic peptide, either by the direct addition of pl

169 stopped-flow absorbance measurements with a chromogenic peroxidase cosubstrate previously were used

170 ted towards the H2O2-mediated oxidation of a chromogenic peroxidase substrate (TMB), allowing the col

171 Compared to conventional chromogenic phosphate derivatives, the more realistic pe

172 s assay are consistent with catalysis of the chromogenic phosphate mono- or diesters.

173 admission and twice weekly and inoculated on chromogenic plates.

174 The processing enzyme was able to use the chromogenic POP substrate benzyloxycarbonyl-Gly-Pro-p-ni

175 The chromogenic process is particularly fast for the methyl-

176 This chromogenic product can be monitored continuously using

177 itroaniline (L-Met-p-NA), which releases the chromogenic product p-nitroaniline.

178 the enzyme activity through the release of a chromogenic product that was measured spectrophotometric

179 ptidase from Bacillus coagulans to release a chromogenic product, p-nitroaniline.

180 cross the range of the visible spectrum, and chromogenic products of assays (e.g., enzymatic, ELISA)

181 2D plasmonic nanostructures with switchable chromogenic properties upon wetting-dewetting transition

182 he engineering of a new reversibly switching chromogenic protein, Dathail.

183 A stable chromogenic radical 2,2-diphenyl-1-picrylhydrazyl (DPPH)

184 were carbapenemase producers) using a novel chromogenic rapid test--the Carba NP test (CNP)--and the

185 A color shift to red in the cells' chromogenic reaction indicated the simultaneous presence

186 lk drive can be biofunctionalized to exhibit chromogenic reactions, resistance to bacterial infection

187 A chromogenic reagent was used to measure the secondary pr

188 ow as 5.12 nM was realized with conventional chromogenic reagent.

189 he color change is driven by the reaction of chromogenic reagents (typically water-insoluble) that ar

190 he IE-muPADs were then modified with anionic chromogenic reagents and applied to distance-based deter

191 rane with 35 sensing areas with 7 commercial chromogenic reagents makes it possible to identify 13 me

192 ool, where Nph was a para-nitrophenylalanine chromogenic reporter and Xaa was a mixture of 19 differe

193 tein, monitoring lacZ gene expression with a chromogenic reporter, mapping transdermal drug distribut

194 This chromogenic response was subsequently used to identify r

195 water through nanotubes to the formation of chromogenic rotaxanes.

196 Annonacinone was identified in a chromogenic screening assay and was more potent than tip

197 screening (PCR testing for MRSA and VRE and chromogenic screening for highly resistant Enterobacteri

198 n schedule to either conventional screening (chromogenic screening for meticillin-resistant Staphyloc

199 Our data support the focused use of chromogenic selective media for the increased detection

200 This method utilizes a chromogenic selective-differential medium for the isolat

201 amic range associated with the commonly used chromogenic signal detection system.

202 s of concordance (R2 = 0.76-0.99) when using chromogenic staining in isogenic cell lines.

203 The photo-induced chromogenic state of Dathail has a lifetime of ~50min at

204 Dathail has two spectrally distinct chromogenic states with low quantum yields, correspondin

205 d a variation of the two-stage assay using a chromogenic substrate (COAMATIC; 19% +/- 6.9% of FVIII W

206 ibitor of gamma-thrombin hydrolysis of small chromogenic substrate (K(i) = 0.694 +/- 0.063 nM).

207 rostin, a serine protease, which cleaves the chromogenic substrate (N-benzoyl-L-Ile-L-Glu-L-Gly-L-Arg

208 enzyme activity was measured using ABTS as a chromogenic substrate (pH 6.0).

209 Activation was monitored using a chromogenic substrate (S-2238) to detect both II(a) and

210 ning with a post-azo-coupling method using a chromogenic substrate (Z-arg-arg-MNA) or by a novel assa

211 lly been measured by staining cells with the chromogenic substrate 5-bromo-4-chloro-3-indolyl-beta-d-

212 oside phosphorylase coupling system with the chromogenic substrate 7-methylthioguanosine (MesG).

213 ermediate, meizothrombin, that has increased chromogenic substrate activity but poor clotting activit

214 larginine p-nitroanilide (Ac-Arg-pNA) as the chromogenic substrate all indicate a cooperative binding

215 The cleavage rates of both a small chromogenic substrate and the factor XIII activation pep

216 tivator was able to degrade both a synthetic chromogenic substrate and the natural substrate fibrinog

217 The hPC was functional as determined by a chromogenic substrate assay after immunoprecipitation.

218 Using chromogenic substrate assays, immunoblotting, and ELISA,

219 ion of time with radiolabeled proteins and a chromogenic substrate at resolutions of 2-8 s.

220 activation and the cleavage of a tripeptidic chromogenic substrate by factor XIa.

221 found that all FIXa derivatives cleaved the chromogenic substrate CBS 31.39 with near normal catalyt

222 strated hyperbolic, mixed-type inhibition of chromogenic substrate cleavage by factor IXa (K(I) = 88

223 d complex increased 3-fold, and the level of chromogenic substrate cleavage by factor IXa increased m

224 by the factor IXa-phospholipid complex, and chromogenic substrate cleavage by factor IXa, only in th

225 DHG did not affect factor VIIIa half-life or chromogenic substrate cleavage by factor IXa-phospholipi

226 ith the active site, as it failed to inhibit chromogenic substrate cleavage by the factor IXa-PL comp

227 Plasmin effectively cleaved a chromogenic substrate corresponding to this cleavage sit

228 REG shows promise as a chromogenic substrate for E. coli detection and should b

229 A new chromogenic substrate for laccases and peroxidases, 1,8-

230 hylbenzothiazoline-6-sulfonate), is a common chromogenic substrate for peroxidase enzymes, which are

231 Here we have identified a new and effective chromogenic substrate for Tdp2 and developed a homogeneo

232 ously by continuous measurement of parabolic chromogenic substrate hydrolysis and fluorescence-based

233 These mutations only had modest effects on chromogenic substrate hydrolysis and the kinetics of fac

234 Chromogenic substrate hydrolysis by the mutant proteases

235 courses of Pg activation by SK monitored by chromogenic substrate hydrolysis had initial rates (v(1)

236 s curves of Pg activation by SK monitored by chromogenic substrate hydrolysis were parabolic, with in

237 y different mechanisms of Na+ enhancement of chromogenic substrate hydrolysis.

238 AP sites is estimated by HRP activity toward chromogenic substrate in an ELISA assay.

239 Three discontinuous chromogenic substrate initial rate assays were developed

240 several polyanions on the hydrolysis of the chromogenic substrate L-pyroglutamyl-L-prolyl-L-arginyl-

241 Enzymes and a chromogenic substrate needed for colorimetric detection

242 producing inactive OXA-24 as assayed by the chromogenic substrate nitrocefin.

243 emperatures from 0 to 25 degrees C using the chromogenic substrate o-nitrophenyl-beta-galactoside.

244 tracts of these cells readily hydrolyzed the chromogenic substrate p-nitrophenyl-alpha-d-glucopyranos

245 l 3 enzymes have similar activity toward the chromogenic substrate S-2238, that meizothrombin and mei

246 to the active protease plasmin, cleaved the chromogenic substrate S-2251 and the natural substrate f

247 in a plasma clotting assay, to hydrolyze the chromogenic substrate S2366, and to undergo inhibition b

248 with respect to their ability to cleave the chromogenic substrate Spectrozyme PCa, react with protei

249 in; it used an enzyme-labeled antibody and a chromogenic substrate to provide an amplified visible si

250 cus faecium (mauve colonies) on the basis of chromogenic substrate use.

251 The cleavage of a chromogenic substrate with a single Arg residue at P1 wa

252 he activation was monitored by cleavage of a chromogenic substrate with newly formed plasmin, the rea

253 The chimeric mutant cleaved a FIXa-specific chromogenic substrate with normal catalytic efficiency,

254 bitor 6 reduced V(MAX) of FXIa hydrolysis of chromogenic substrate without affecting the K(M), sugges

255 blue-colony phenotype on plates containing a chromogenic substrate, 5-bromo-4-chloro-3-indolylphospha

256 ive binding studies with a thrombin-specific chromogenic substrate, a fluorescein-labeled hirudin pep

257 egraded approximately twice as fast than the chromogenic substrate, Ala-Pro-2naphthylamide, by dipept

258 ed using a fluorescent thrombin inhibitor, a chromogenic substrate, and SDS-PAGE.

259 Using chromogenic substrate, DrKIn-I dose-dependently inhibite

260 Herein, we propose an alternative chromogenic substrate, resorufin beta-d-glucuronide (REG

261 y assaying their peroxidase activity using a chromogenic substrate.

262 with the pathogen of interest reacts with a chromogenic substrate.

263 onjugated antibody against digoxigenin and a chromogenic substrate.

264 competitive with respect to the tripeptidic chromogenic substrate.

265 amidolytic activities toward a FIXa-specific chromogenic substrate.

266 e on a monoclonal antibody and assaying with chromogenic substrate.

267 thrombin activity that is measurable with a chromogenic substrate.

268 by commercially optimized assay coupled with chromogenic substrate.

269 n 13 min using enzymatic amplification and a chromogenic substrate.

270 higher in one-stage clot (OS) assays than in chromogenic-substrate (CS) assays, whereas recombinant F

271 The fluorogenic substrates were compared to chromogenic substrates (CENTA, nitrocefin, and imipenem)

272 h a slow conformational change by tripeptide chromogenic substrates and its specific physiological su

273 or factor X, although the affinity for small chromogenic substrates and the efficiency of factor X sc

274 Most chromogenic substrates are required in costly amounts, w

275 ortCorin exhibited catalytic activity toward chromogenic substrates but failed to cleave pro-ANP, ind

276 mpetitively inhibits the hydrolysis of small chromogenic substrates by factor Xa but binds in an orie

277 d that Na(+) stimulated the cleavage rate of chromogenic substrates by FXa or GDFXa approximately 8-2

278 lactopyranosides, were found to be effective chromogenic substrates for an endo-alpha-N-acetyl-D-gala

279 comparison, thrombin-catalyzed hydrolysis of chromogenic substrates gives greater KSIEs and more comp

280 e, was assayed by the digestion of synthetic chromogenic substrates in protein-matched aliquots of ce

281 s and products directly and does not require chromogenic substrates or lengthy chromatography, was su

282 Kinetic analysis of these variants using chromogenic substrates showed differences in substrate s

283 at the A and B toxins of C. difficile cleave chromogenic substrates that have stereochemical characte

284 rhK4 cleaved the chromogenic substrates Val-Leu-Arg-pNA (S-2266), Pro-Phe

285 or assays, and activities against a range of chromogenic substrates with control plasma.

286 h overlapping specificities, enzyme-specific chromogenic substrates, and an antibody specific for act

287 hundredth of the quantity needed for common chromogenic substrates, with an estimated bulk cost of <

288 s were seen in reactivity towards a range of chromogenic substrates, with substantial differences in

289 centration range compared with commonly used chromogenic substrates.

290 o five-fold when compared with commonly used chromogenic substrates.

291 t rely on the availability of radioactive or chromogenic substrates.

292 stantially lower levels of activity on other chromogenic substrates.

293 ability to cleave varied trypsin-susceptible chromogenic substrates.

294 lfonate, as well as an improved route to the chromogenic sulfoquinovosidase substrate 4-nitrophenyl a

295 ying conventional tests and single-substrate chromogenic tests and having a 4-h incubation period.

296 d on mannan-coated plates, and cleavage of a chromogenic thrombin substrate (S2238) was measured.

297 We study the chromogenic trioxatriangulenium (TOTA(+)) cation and its

298 ficant decrease in its abilities to cleave a chromogenic tripeptide substrate, acquire plasminogen fr

299 n(ogen) functional activity was evaluated by chromogenic, turbidimetric, and plasmin conversion assay

300 For comparative purposes the classic chromogenic (UV-vis) assay using o-phenylenediamine (OPD