ライフサイエンスコーパス: biochemical test

1 etected without morphological, molecular and biochemical test.

2 ter the initial cessation, as confirmed by a biochemical test.

3 steps of the Leishmania infectious cycle by biochemical tests.

4 of history, anthropometric examination, and biochemical tests.

5 19,20) was not apparent in genetic or biochemical tests.

6 be identified by growth characteristics and biochemical tests.

7 itially to the species level by conventional biochemical tests.

8 inadequate sensitivity of commonly available biochemical tests.

9 ccus species in comparison with conventional biochemical tests.

10 ntified as S. anginosus or S. intermedius by biochemical tests.

11 ection, carbohydrate fermentation, and other biochemical tests.

12 pecies level by using an expanded battery of biochemical tests.

13 index of suspicion and must be confirmed by biochemical tests.

14 c palindromic PCR fragment pattern, and some biochemical tests.

15 style data, anthropometric measurements, and biochemical tests.

16 onfirmation was done using Gram-staining and biochemical tests.

17 re), radiological assessment, and a panel of biochemical tests.

18 ied in red and white blood cell analyses and biochemical tests.

19 olonies grew, based on colony morphology and biochemical tests.

20 g, antimicrobial susceptibility testing, and biochemical tests.

21 lates were further identified by a series of biochemical tests.

22 ch is not completely predictable with common biochemical tests.

23 organism could not be identified by routine biochemical tests.

24 oded Mca1p based on genetic, cytological and biochemical tests.

25 colonial and cellular morphology, as well as biochemical tests.

26 ut may be difficult by morphology or routine biochemical tests.

27 he organism was relatively inert in standard biochemical tests.

28 sequence analysis of the 16S rRNA gene, and biochemical tests.

29 nd the diagnosis should then be confirmed by biochemical testing.

30 d by sequencing were similarly identified by biochemical testing.

31 n nonfermenters be confirmed by conventional biochemical testing.

32 nor are they covered in standard, first-line biochemical testing.

33 o the misidentification of species following biochemical testing.

34 skeleton and analyze bone-tissue, along with biochemical testing.

35 ging in a blinded fashion with comprehensive biochemical testing.

36 ncies, as identified by clinical history and biochemical testing.

37 on of this bacterium relies on isolation and biochemical testing.

38 arly 100% accuracy and performed better than biochemical testing.

39 (2.4 versus 3.3 sticks and swabs) and rapid biochemical tests (1.0 versus 1.9) were necessary using

40 a isolates that could be identified by basic biochemical testing, 100% were positive by real-time PCR

41 Only 9 of 62 biochemical tests (14%) yielded uniform results, and the

42 s 1.06), and utilized genetic testing versus biochemical testing (2.47 versus 0.42).

43 atients with carcinoid symptoms but negative biochemical testing, (68)Ga-DOTATATE PET/CT detected les

44 rnal age and second-trimester maternal serum biochemical testing, 75% for maternal age and first-trim

45 Hypothyroidism is diagnosed based on biochemical testing; a high thyrotropin (TSH) level and

46 Liver biochemical test abnormalities may be related to cardiac

47 ons for the diverse sample collection in the biochemical tests according to practical requirements.

48 signs and volume status; availability of key biochemical testing; adequate staffing ratios; and avail

49 Outcome was measured using results of biochemical tests after transplantation and by graft and

50 lessening reliance on percutaneous biopsy or biochemical tests alone.

51 ates which had been previously identified by biochemical test and/or nucleic acid probes.

52 Biochemical testing and caveats are discussed.

53 cose metabolism homeostasis by using dynamic biochemical testing and clamp and tracer infusion method

54 equences using a standardized combination of biochemical testing and molecular identification, includ

55 Although biochemical testing and molecular modeling also strongly

56 Annual assessments include biochemical testing and monitoring for long-term complic

57 Analysis by biochemical testing and polyacrylamide gel electrophores

58 act specimens and compared identification by biochemical testing and real-time PCR with multiple diff

59 algorithms, to computational predictions, to biochemical testing and ultimately to epithelial-cell va

60 rrence between identification using standard biochemical testing and VITEK (85%) and between BBL Crys

61 agreed with results obtained using standard biochemical testing and VITEK.

62 entification of gram-negative bacilli, using biochemical testing and/or genetic sequencing to resolve

63 Biochemical tests and 16S rDNA analysis of six samples a

64 entified to the species level using standard biochemical tests and a Phoenix automated microbiology s

65 Suspect Shigella colonies were identified by biochemical tests and agglutination with antisera.

66 As determined by biochemical tests and analyses of fatty acid composition

67 re identified and tested by the conventional biochemical tests and Brucella AMOS PCR.

68 xytoca isolated from newborns by using eight biochemical tests and found one additional strain of K.

69 rom 10 patients were initially identified by biochemical tests and high-performance liquid chromatogr

70 ent with the identification obtained by both biochemical tests and HSP gene RFLP; sequence analysis s

71 Biochemical tests and in vivo assays in Xenopus laevis e

72 ast identification system as well as several biochemical tests and Kirby-Bauer susceptibility pattern

73 s and more than 50 serotypes on the basis of biochemical tests and lipopolysaccharide O-antigen serot

74 Significant improvement in liver biochemical tests and liver histology was observed in a

75 Standard hematologic and biochemical tests and measurements of bone marrow cellul

76 ssion of genes for nutrient transporters via biochemical tests and microarray analysis.

77 s strain FRI909 was confirmed by a number of biochemical tests and multilocus sequence typing.

78 Isolates were confirmed using biochemical tests and PCR (polymerase chain reaction).

79 from studies using modern medical diagnostic/biochemical tests and standardized follow-up schedules b

80 h Tween 80, and when necessary, conventional biochemical tests and/or the API 20C Aux system (bioMeri

81 hs after study enrollment, as confirmed by a biochemical test, and $400 for abstinence for an additio

82 nt's isolate was accomplished by traditional biochemical testing, and definitive identification was a

83 ALDI-TOF mass spectrometry was compared with biochemical testing, and discrepancies were resolved by

84 th characteristics, susceptibility patterns, biochemical testing, and high-performance liquid chromat

85 ing medicinal chemistry, structural biology, biochemical testing, and microbiological profiling to id

86 s current trends in the clinical evaluation, biochemical testing, and nuclear and radiologic imaging

87 perioperative medical records, postoperative biochemical testing, and patient questionnaire.

88 ntional diagnostic methods, such as culture, biochemical tests, and enzyme-linked immunosorbent assay

89 lysis of the 65-kDa heat shock protein gene, biochemical tests, and high-performance liquid chromatog

90 went noninvasive hemodynamic, autonomic, and biochemical testing, as well as estimates of trait herit

91 pared with those obtained using conventional biochemical tests (AUXACOLOR2) and following PCR amplifi

92 PCR had costs similar to those of commercial biochemical testing but a much shorter turnaround time.

93 Standard liver biochemical tests cannot be relied on either in the diag

94 ted Rft1 as the M5-DLO flippase, but because biochemical tests challenged this assignment, the functi

95 mentative gram-negative rods by conventional biochemical tests combined with cellular fatty acid anal

96 , clinical picture, a standard battery of 18 biochemical tests, complete blood counts, disease compli

97 Biochemical tests confirmed the critical importance of r

98 A series of genetic and biochemical tests confirmed these observations.

99 materials for protein biomarkers to validate biochemical tests currently used in disease diagnosis an

100 disease, complete blood counts, multiphasic biochemical testing, D-xylose absorption testing, and bo

101 Here, physiological and biochemical tests demonstrate interactions between 14-3-

102 with isolation by bacteriologic culture and biochemical testing, DNA pyrosequencing-based bacterial

103 Identification was carried using biochemical tests, evaluation probiotic properties, and

104 Traditional biochemical tests, fatty acid profiling, polar lipid, an

105 s will be used to find a simple and accurate biochemical test for differentiation of the species in r

106 m-negative bacilli with that of conventional biochemical testing for 150 nonfermenters including 58 i

107 Testing for HPGD mutations and biochemical testing for HPGD deficiency in patients with

108 ospholipase C-gamma (PLC-gamma); genetic and biochemical tests for a PLC-gamma-SH3::Dos interaction w

109 l scheme that involves the minimum essential biochemical tests for accurate identification of clinica

110 Biochemical tests for let-7 miRNA production place the f

111 isolates as confirmed by fungal culture and biochemical tests, for a sensitivity and specificity of

112 llected through questionnaires, physical and biochemical tests from the Taiwan Biobank Bank (TWB).

113 of flight identified the isolates as Ng, two biochemical tests, Gonochek-II and API NH, classified th

114 of tumors was 97 percent, whereas the other biochemical tests had a sensitivity of only 47 to 74 per

115 Imaging modalities and biochemical testing have evolved; however, both the diag

116 ous attempts at identification were based on biochemical tests; however, the results were inconclusiv

117 s TPMT variants in 5 individuals whereas the biochemical test identified 8 individuals as intolerant

118 Modeling combined with biochemical testing identified key structural parameters

119 it demonstrates no clear advantage over the biochemical test in predicting toxicity in our modest co

120 We evaluated some biochemical tests in both blood and urine related to ren

121 ive computational analysis of the genome nor biochemical tests in cell extracts revealed the existenc

122 l molecular analysis in addition to standard biochemical tests in identifying the increasing number o

123 treatment regimen improves results of liver biochemical tests in patients with antimitochondrial ant

124 olates exhibited positive results in various biochemical tests including indole production, methyl re

125 ls; and albumin (C-statistic = 0.773), among biochemical tests, increased model performance most comp

126 tosis multiplex, and mental retardation) and biochemical tests indicated these concomitant diagnoses.

127 determined with three commercially available biochemical test kits: the IDS RapID NH system, the Neis

128 ction, serum hepatitis B virus DNA and liver biochemical test levels should be ordered.

129 of NPC but show near-normal results of these biochemical tests, making laboratory confirmation of NPC

130 ultured, and 181 isolates were identified by biochemical testing, MALDI-TOF MS, and 16S rRNA sequence

131 Basic biochemical testing, matrix-assisted laser desorption io

132 Here, biochemical tests, matrix-assisted laser deionization-ti

133 Routine culture and biochemical testing methods are useful for the identific

134 ative program combining medicinal chemistry, biochemical testing, microbiological profiling, and eval

135 ian ubiquitin conjugating enzyme E2-25K in a biochemical test of this hypothesis.

136 (FEP) calculations with compound synthesis, biochemical testing of inhibitors, and crystallographic

137 he Rad54 protein to near homogeneity and the biochemical testing of its molecular function.

138 s, which were supplemented with conventional biochemical testing of low probability profiles.

139 We performed genetic and biochemical testing of samples from these patients, and

140 221 individual natural products, followed by biochemical testing of selected candidate compounds, we

141 analyses of mouse models of lung cancer and biochemical testing of SIRT1 activity in patient lung tu

142 acyl-ACP reductase allowed physiological and biochemical testing of the putative L. lactishomologues.

143 ization of DNA aptamer sequences, design and biochemical testing of wholly DNA sensor constructs, and

144 Additionally, conventional and biochemical tests of 6 of the 11 strains were performed

145 affects neither the complete blood count nor biochemical tests of liver and kidney functions during a

146 Symptoms, biochemical tests of liver function, and percutaneous li

147 Results of biochemical tests of liver function, became normal, symp

148 that colchicine and methotrexate may improve biochemical tests of liver function, symptoms, and liver

149 Genetic and biochemical tests of Mmy's role as a BMP-antagonist indi

150 ciated with participation in WIC in terms of biochemical tests of postpartum iron status in nonlactat

151 Lig activity in vivo and in vitro, including biochemical tests of the composite nick sealing reaction

152 Biochemical tests of the composite nick sealing reaction

153 d in the postulated stimulating state S with biochemical tests of the S-state interface and with impr

154 tions that observed metabolites may undergo, biochemical tests of these predictions, and electrophysi

155 Further biochemical tests on subcellular fractions enriched for

156 mproving both specificity and sensitivity of biochemical tests, optimizing cost-effectiveness of diag

157 o those of conventional identification using biochemical testing or 16S rRNA gene sequencing.

158 al culture followed up with either secondary biochemical testing or MALDI-TOF MS is of practical valu

159 g a confirmatory test such as spoligotyping, biochemical testing, or genomic deletion analysis.

160 lipidemia, and hypertension), elevated liver biochemical tests, or incidentally noted hepatic steatos

161 agnostic approaches including serology-based biochemical test, PCR assay, microarray analysis using a

162 Results from biochemical tests performed within 12 months of liver tr

163 By using biochemical tests, phenotypic characterization, and 16S

164 to Actinomyces species and related taxa, but biochemical testing, polyacrylamide gel electrophoresis

165 tification using phenotypic characteristics, biochemical tests, probes (Gen-Probe, Inc.), gas-liquid

166 However, when the biochemical test profile was placed in the computer data

167 ments (LSM), anthropometric measurements and biochemical tests repeated.

168 Both colchicine and methotrexate improved biochemical test results and symptoms in primary biliary

169 The remaining hematologic and biochemical test results were normal.

170 gnificant cessation of weight gain, abnormal biochemical test results, and various grades of fibrosis

171 d in an algorithm for patients with positive biochemical test results.

172 o had normal livers according to imaging and biochemical test results.

173 Genetic and biochemical tests reveal that AFAs inhibit POD-2, encodi

174 Additional biochemical testing revealed a substantially reduced lev

175 Biochemical tests revealed hypocalcemia, hyperphosphatem

176 Further genetic and biochemical tests revealed that a related Rab protein, Y

177 Biochemical tests revealed that all 11 isolated strains

178 characterized by antibiotic susceptibility, biochemical tests, ribotyping, genome restriction mappin

179 In addition, conventional biochemical testing should be done if a commercial syste

180 Biochemical tests show that activation of Wallenda (DLK)

181 In addition, biochemical tests show that FOG-1 is capable of binding

182 Gene cloning, functional assays and biochemical tests showed that the A. baumannii genome co

183 s, which cannot be distinguished by standard biochemical tests, showed that S. paradoxus, S. bayanus,

184 ts should include diagnostic confirmation by biochemical testing, subsequent genetic testing to deter

185 Earlier data from in vitro biochemical tests suggest that donepezil is 40- to 500-f

186 Biochemical tests suggested that NRG1C might interfere w

187 hia coli RNA polymerase complexes as well as biochemical tests that establish two distinct effects of

188 We show here by yeast two-hybrid and direct biochemical tests that GCC185 contains at least four add

189 Current identification methods rely on biochemical tests that may require up to 7 days for resu

190 vely; following resolution with conventional biochemical testing, the accuracy of the Phoenix system

191 CR was determined by comparisons to standard biochemical testing, the BBL Crystal kit, VITEK, and API

192 els of alkaline phosphatase, a commonly used biochemical test to evaluate disease severity in liver d

193 Biochemical testing to support the addition of new antig

194 has been learnt that every protein shown by biochemical tests to be involved in the establishment, m

195 , through identification of mutated genes by biochemical testing, to verification of mutant alleles b

196 rker for a large portion of the genome), and biochemical tests (trehalose and sorbitol).

197 Of 46 biochemical tests used to characterize hafniae, 19 react

198 peptidase (ggt) gene, a key component in the biochemical tests used to differentiate between Nm and N

199 CH, and Biolog GN) failed to detect any new biochemical tests useful for subspecies identification,

200 ated bacteria were identified by a series of biochemical tests using the standard bacteriological met

201 ing results were correlated with findings at biochemical testing, venous sampling, or surgery.

202 For all isolates, species identification by biochemical testing was corroborated by 16S rRNA gene se

203 The best-performing commercial biochemical testing was in exact agreement with molecula

204 Biochemical tests were often normal.

205 Biochemical tests were originally performed to see if ov

206 dentified after required additional off-line biochemical tests were performed.

207 Symptoms, clinical signs, and liver biochemical tests were recorded at 3 monthly intervals.

208 Reversible, asymptomatic increases in liver biochemical tests were the most common dose-limiting adv

209 The results from conventional biochemical tests were used for the reference method for

210 It could benefit any biochemical test which uses single pass absorption as a

211 d by morphological trait differentiation and biochemical testing, which can be time-consuming and lab

212 d characterize these isolates by morphology, biochemical testing, whole-cell fatty acid analysis, 16S

213 GS: Diagnosis of SCCD depends exclusively on biochemical tests whose individual limitations suggest t

214 s that lacked a definitive identification by biochemical testing yielded genus- or species-level iden