ライフサイエンスコーパス: laboratory test

1 herapeutic antibodies interfere with several laboratory tests.

2 sis of brain echinococcosis was confirmed by laboratory tests.

3 mplement, or even replace, many conventional laboratory tests.

4 ns, biomarkers, and toxins by decentralizing laboratory tests.

5 y compromises the quality and reliability of laboratory tests.

6 g to streptavidin, are used in many clinical laboratory tests.

7 events, vital signs, electrocardiogram, and laboratory tests.

8 herapy or radiation; and 60 (13.6%) were for laboratory tests.

9 size, which is overestimated by low-pressure laboratory tests.

10 e concentration were further investigated in laboratory tests.

11 volumes when compared with standard hospital laboratory tests.

12 electrocardiograms, procedures, and clinical laboratory tests.

13 lts from electrocardiograms, procedures, and laboratory tests.

14 ical examination, psychological testing, and laboratory tests.

15 opsy, gastroscopy, abdominal ultrasound, and laboratory tests.

16 press tests in the field to highly sensitive laboratory tests.

17 the urgent need for noninvasive and reliable laboratory tests.

18 ent, including the review of vital signs and laboratory tests.

19 hods for evaluating persistence are based on laboratory tests.

20 r potential health and climate benefits than laboratory tests.

21 S. purpuratus is affected by temperature in laboratory tests.

22 scrotum was performed together with routine laboratory tests.

23 care had a higher prevalence of recommended laboratory testing.

24 lts; all of them were retested by additional laboratory testing.

25 patients enrolled and the standardization of laboratory testing.

26 ction, primary and secondary prevention, and laboratory testing.

27 ficant reductions in nonstatin therapies and laboratory testing.

28 onary function, echocardiographic image, and laboratory testing.

29 The mainstay of the diagnosis of vWD is laboratory testing.

30 therapy according to the results of routine laboratory testing.

31 characterization and a Bayesian approach to laboratory testing.

32 ction of representative samples and standard laboratory testing.

33 e large majority of cases without overuse of laboratory testing.

34 oving the specificity and feasibility of HIT laboratory testing.

35 d for virus inactivation and subsequent safe laboratory testing.

36 allei, is rapidly detected and identified by laboratory testing.

37 m to improve the reliability and accuracy of laboratory testing.

38 of Ebola virus (EBOV) disease (EVD) requires laboratory testing.

39 tics should be given based on the results of laboratory testing.

40 h electrocardiography, echocardiography, and laboratory testing.

41 management (8%), professional fees (2%), and laboratory tests (1%).

42 erences were $3.45 (95% CI, $1.78-$5.12) for laboratory tests, $124.74 (95% CI, $83.06-$166.42) for a

43 rchers by 13.93% (95% CI, 10.28%-17.43%) for laboratory tests, 13.15% (95% CI, 9.49%-16.66%) for adva

44 higher claims payments than nonsearchers for laboratory tests (4.11%; 95% CI, 1.87%-6.41%), higher pa

45 ompleted a history, physical exam, screening laboratory tests, 7 functional scales, reference serolog

46 All patients underwent laboratory tests, abdominal ultrasound, upper gastrointe

47 Although transitory, >2 laboratory test abnormalities occurred more frequently a

48 In line with the current trend of laboratory test accreditation to international standards

49 However, since no laboratory test accurately predicts response to desmopre

50 Appropriate follow-up laboratory testing across all time periods occurred in 2

51 Laboratory testing activity, collected through a sentine

52 er and employee spending for each claim) for laboratory tests, advanced imaging services, and clinici

53 he price transparency platform to search for laboratory tests, advanced imaging services, or clinicia

54 In laboratory testing, all 45 specimens that tested positiv

55 Laboratory tests also showed good nutrient retention but

56 isparities in guideline-appropriate baseline laboratory testing and abnormal laboratory values.

57 Unlike warfarin, which requires routine laboratory testing and dose adjustment, target-specific

58 von Willebrand factor (VWF) laboratory testing and full-length VWF gene sequencing w

59 The linkage of routinely collected laboratory testing and health administrative data repres

60 ta from 2015, we evaluated HIV, HCV, and HBV laboratory testing and infection confirmation rates and

61 ogen detection is moderately correlated with laboratory testing and is advantageous in detecting path

62 research with a more integrated approach to laboratory testing and outbreak reporting is essential t

63 educed the proportion of newborns undergoing laboratory testing and receiving empirical antibiotic tr

64 most clinical labs, necessitating reference laboratory testing and thereby delaying the availability

65 because of the atypical presentation, normal laboratory tests and absence of the typical symptoms suc

66 Laboratory tests and diary cards were used for safety as

67 Children with similar findings on laboratory tests and echocardiography may be treated bas

68 atients underwent assessment of multiple VWF laboratory tests and echocardiography.

69 Laboratory tests and flow cytometry gating analyses were

70 and function together with data from initial laboratory tests and from a field deployment.

71 enital Zika virus infection was confirmed by laboratory tests and no controls had confirmed Zika viru

72 s that evaluated imaging tests compared with laboratory tests and other types of tests (17.0 vs 14.0

73 led method validation criteria for automated laboratory tests and proved similar irrespective of the

74 corporate symptoms, signs, and findings from laboratory tests and sometimes endoscopic assessments.

75 This implies waiting for laboratory tests and therefore a delay in initiation of

76 Implementing suitable laboratory tests and transfusion protocols is highly rec

77 At each visit, assessments, laboratory testing, and counseling were done.

78 s having positive Lyme serology by reference laboratory testing, and there was no difference in distr

79 indings from comprehensive skin examination, laboratory testing, and transvaginal ultrasonography.

80 and osteonecrosis) by clinical examination, laboratory tests, and echocardiography.

81 inical laboratory tests, cerebrospinal fluid laboratory tests, and electrocardiographs.

82 ource requirements for antiretroviral drugs, laboratory tests, and facility-level personnel and overh

83 es on diagnostic strategies, decision rules, laboratory tests, and imaging studies for the diagnosis

84 dside judgment, interpretation of additional laboratory tests, and initial stabilization, with practi

85 come and included assessment of vital signs, laboratory tests, and serial eye examinations.

86 orted for the introduction of new, expensive laboratory tests, and therefore warrant further explorat

87 We observed a low prevalence of recommended laboratory testing, antiviral therapy initiation, and li

88 Physical examination and laboratory testing are usually normal in vestibular migr

89 Although rapid laboratory tests are available for diagnosis of Clostrid

90 cause clinical features are non-specific and laboratory tests are insensitive, and treatment delay is

91 Clinical laboratory tests are now being prescribed and made direc

92 m the norm, and 3) identify situations where laboratory tests are over-ordered.

93 Often, general rheumatologic laboratory tests are sent which are not necessarily spec

94 The efficacy of skin tests and poor use of laboratory tests are underlined.

95 holds the promise of complementing existing laboratory tests as a means of assessing hyperandrogenem

96 We used laboratory tests as just one example of how physician gr

97 armacists prescribed medications and ordered laboratory tests as per their scope of practice to achie

98 Laboratory tests at 5, 11, 14, and 22 months after lung

99 agnosic individuals by using a comprehensive laboratory test battery.

100 A laboratory test bed and new test procedure were used to

101 Outcomes included laboratory testing before MRA initiation and in the earl

102 Automation of laboratory tests, bioinformatic analysis of biological s

103 ntional vehicles (CVs), on average, based on laboratory tests, but there is a paucity of real-world,

104 ties, few evaluations examine disparities in laboratory testing by race/ethnicity, age, sex, Medicaid

105 aditional plasma-based hemostasis-thrombosis laboratory testing, by assessing functional pathways of

106 ewing predictive value relative to timing of laboratory testing can help clinicians develop locally a

107 Data from routinely ordered laboratory tests can be used to monitor adherence to cli

108 Laboratory testing cannot distinguish between asymptomat

109 ological examinations, vital signs, clinical laboratory tests, cerebrospinal fluid laboratory tests,

110 rmance data that will facilitate data-driven laboratory test choices for managing patient care during

111 ng access to the platform, 5.9% of 2,988,663 laboratory test claims, 6.9% of 76,768 advanced imaging

112 Standardized core laboratory tests classified TAA etiology and measured ao

113 Based on laboratory tests commonly performed in clinical practice

114 ents underwent clinical examination, routine laboratory tests (complete blood count, serum creatinine

115 the new device and assessed it with in-vitro laboratory tests, completed its development to meet regu

116 report questionnaires that we validated with laboratory test confirmation using analysis of hair, uri

117 Cephalic tetanus was initially suspected but laboratory testing confirmed botulism.

118 Laboratory test costs were CD4=$11 and VL=$33.

119 If true, laboratory testing could add value in quantifying prosth

120 (i) a reactive CSF Venereal Disease Research Laboratory test (CSF-VDRL), (ii) detection of T. pallidu

121 re compared with those obtained by reference laboratory tests (culture and PCR of blood and cerebrosp

122 Laboratory test cutoff values were calculated based on r

123 differences between emissions from standard laboratory testing cycles and those from actual on-road

124 of long-term failure in relation to routine laboratory test data is presented as a vital step in bri

125 Analyses of laboratory testing data provided important insights into

126 Laboratory tests defining iron deficiency, the recogniti

127 Laboratory tests defining its performance characteristic

128 Whereas laboratory tests demonstrate rapid deterioration of the

129 Currently implemented laboratory tests developed >40 years ago either are not

130 , adjusting for demographic characteristics, laboratory testing, diagnostic imaging, and rotavirus in

131 f the patient care area and the logistics of laboratory testing, diagnostic imaging, and the removal

132 might review safety considerations for these laboratory testing/diagnostic activities that are novel

133 Community Health Index, enabling us to link laboratory tests, dispensed community prescriptions, Sco

134 cookstoves were smaller than predicted from laboratory tests due to the effects of real-world condit

135 sessments included adverse event monitoring, laboratory tests, ECG, and psychiatric measures.

136 ditional assessment (quality of life screen, laboratory testing, echocardiography, and exercise testi

137 rne and wound botulism patients confirmed by laboratory testing, epidemiologic link, or association w

138 f inflammation are often raised, no specific laboratory test exists for the disorder and the diagnosi

139 e operated at the Lawrence Berkeley National Laboratory testing facility with a narrow range of fuel

140 Clinical laboratories test for extended-spectrum beta-lactamases

141 influenza-like illness (ILI) and a positive laboratory test for (H3N2)v, and probable cases had ILI.

142 f symptomatic disease and lack of a specific laboratory test for acute infection complicates diagnosi

143 The lack of an accurate laboratory test for early Lyme disease contributes to mi

144 the availability of a rapid, cost-efficient laboratory test for M. pneumoniae detection that is more

145 o underwent both periodontal examination and laboratory test for STC was included.

146 and new diagnostics guide the application of laboratory testing for diagnosis of endocarditis.

147 hough direct oral anticoagulants do not need laboratory testing for dose adjustment, there are instan

148 disease (EVD) epidemic in West Africa, field laboratory testing for EVD has relied on complex, multi-

149 Laboratory testing for heparin-induced thrombocytopenia

150 years improve the diagnostic performance of laboratory testing for pulmonary tuberculosis.

151 nce from this study does not support monthly laboratory testing for use of standard doses of oral iso

152 An increasing range of laboratory tests for antibodies, growth factors, and cyt

153 tissue disease, nailfold capillaroscopy and laboratory tests for antinuclear antibodies (ANA) and AN

154 Blood is the specimen of choice for most laboratory tests for diagnosis and disease monitoring.

155 Nowadays, there are no specific laboratory tests for establishing the diagnosis of multi

156 pulation of active persons who had undergone laboratory tests for hemoglobin AS (HbAS) and who were s

157 The absence of reliable quantitative laboratory tests for measurements of microRNAs and other

158 t the optimal performance and utilization of laboratory tests for the diagnosis of anaplasmosis requi

159 (71%) showed positive results for at least 2 laboratory tests for WNV.

160 The performance and interpretation of laboratory tests for Zika virus (ZKV) continue to be eva

161 Results of laboratory tests for Zika virus and brain imaging result

162 s from a tertiary hospital, including >9.4 M laboratory tests from >530,000 patients, in addition to

163 (ART) initiation can be characterized using laboratory tests from surveillance.

164 protocols is highly recommended because the laboratory test guided, protocol-driven transfusion appr

165 n and therefore used vital signs and routine laboratory tests, had the greater case identification wi

166 In the era of biologics, laboratory tests have become essential to evaluate the i

167 A number of laboratory tests have been developed to determine proper

168 Both the theoretical analysis and laboratory tests have demonstrated that the hydraulic co

169 tocols to establish traceability of clinical laboratory tests, have been established and continue to

170 ention included health education and on-site laboratory testing implemented during baby showers in in

171 he potential clinical utility of this common laboratory test in predicting mortality risk warrants fu

172 population-level data on ART utilization and laboratory testing in British Columbia (1996-2015), we d

173 Current evidence supports limited routine laboratory testing in patients with distal symmetric pol

174 cificity in both point-of-care and reference laboratory testing in this population (maximum cycle thr

175 thy men and women aged 54-76 y who underwent laboratory testing in which we measured cardiovascular,

176 level of clinical suspicion and specialised laboratory testing, in addition to culture, histopatholo

177 ient interviews, medical records review, and laboratory testing including mumps serology and RT-PCR.

178 We collected information regarding various laboratory tests including ESR, CBC with differential, D

179 nsive clinical workup, genetic analysis, and laboratory testing, including measurements of agalA acti

180 set overweight or obesity underwent clinical laboratory testing, including oral glucose tolerance tes

181 ascular, and psychological examinations; and laboratory tests, including genetic analyses.

182 ar parameters, psychological evaluation, and laboratory tests, including genetic analysis.

183 ed the absence of fever or jaundice, and the laboratory tests, including that for pancreatic enzymes,

184 ct costs of hospitalization, physician fees, laboratory tests, invasive procedures, outpatient encoun

185 Laboratory testing is helpful when evaluating patients w

186 g a clinical diagnosis difficult; therefore, laboratory testing is needed to confirm the diagnosis.

187 result of pyrethroid exposure often seen in laboratory tests is mosquito leg loss, a condition that

188 odel incorporating readily available routine laboratory tests is powerful in identifying breast cance

189 Laboratory testing isolated the outbreak strains from fl

190 Laboratory tests lack environmental realism, while field

191 Physical examination and appropriate laboratory tests lead to the diagnosis of bilateral RP w

192 lts of routine diagnostic testing, including laboratory tests, magnetic resonance imaging, and lumbar

193 The hospitalist laboratory testing mean cost per day was $138 (median [I

194 percholesterolemia based on examinations and laboratory tests, measures of self-reported health statu

195 % threshold of median proportion of positive laboratory tests (median proportion positive (MPP)) to i

196 The OECD guideline 308 describes a laboratory test method to assess aerobic and anaerobic t

197 ic carriage necessitate the use of different laboratory testing methods appropriate for each presenta

198 for BSIs may be delayed because conventional laboratory testing methods take 48 to 72 h to identify a

199 of organic chemicals by linking results from laboratory tests, monitoring and modeling programs.

200 A standard laboratory test of visual stress (the Pattern Glare Test

201 Laboratory testing of a virus isolated from the lesion c

202 equires awareness in the clinic, appropriate laboratory testing of telomere content, and genetic sequ

203 Routine laboratory tests of hemostasis are unable to reflect the

204 Laboratory tests of the monitor demonstrated SHS sensiti

205 Clinical laboratory tests of thyroid function (including serum co

206 Laboratory tests of tissue product from the donor, inclu

207 itivity was obtained by skin tests in 72.9%, laboratory tests only in 2.4% of cases, and oral challen

208 ide accurate diagnosis and avoid unnecessary laboratory testing or incorrect diagnosis of other condi

209 Data do not support performing routine laboratory tests or imaging tests in asymptomatic patien

210 , these sediment samples were incubated with laboratory test organisms, and they exhibited variable t

211 ng (computed tomography or ultrasonography), laboratory tests, parenteral nutrition (PN), peripherall

212 (VWD) is complicated by issues with current laboratory testing, particularly the ristocetin cofactor

213 taken under control with expensive and long laboratory tests performed by direct sampling to evaluat

214 esults from paired glucose meter and central laboratory tests performed within 60 minutes of each oth

215 Laboratory tests play an increasing role in risk assessm

216 No laboratory tests predict DHF or DSS.

217 Using laboratory test records from an HIV surveillance registr

218 Specifically, we measured laboratory test "repeat intervals", defined as the amoun

219 portal use (communicating by email, viewing laboratory test results and information, and obtaining m

220 Laboratory test results and pregnancy outcomes were eval

221 Concordance between laboratory test results and self-reports was high.

222 ation on diagnoses, dispensation claims, and laboratory test results for all citizens in the Stockhol

223 how that it is possible to 1) determine what laboratory test results physicians consider "normal", 2)

224 Pertinent hematologic laboratory test results were as follows: white blood cel

225 Laboratory test results were normal.

226 Laboratory test results were not affected by 0.1% deterg

227 Laboratory test results were similar in both treatment g

228 Laboratory test results were unremarkable.

229 (medical history, physical examination, and laboratory test results), and the results of follow-up i

230 e status of 0-2, adequate organ function and laboratory test results, a life expectancy of at least 1

231 a such as clinical symptoms at presentation, laboratory test results, and chest imaging results also

232 record included medications, comorbidities, laboratory test results, and demographics, among others.

233 ical history, physical examinations, fasting laboratory test results, and liver health; all participa

234 ion, and those with extreme abnormalities in laboratory test results, are often identified at present

235 There were no differences between groups in laboratory test results, bone mineral density, or body c

236 sal villous height:crypt depth, serology and laboratory test results, gastrointestinal symptom scores

237 Laboratory test results, including complete blood count

238 aufen analyses were compared to conventional laboratory test results, that is, BK viremia (quantitati

239 dverse events, injection site reactions, and laboratory test results.

240 ld be accelerated by the timely reporting of laboratory test results.

241 cal Modification codes or positive influenza laboratory test results.

242 Panels of sera and accompanying clinical and laboratory testing results are now available to Lyme dis

243 Following completion of laboratory testing, retrospective chart reviews were per

244 Laboratory tests revealed poorly controlled diabetes mel

245 Laboratory tests revealed unremarkable liver function, n

246 Laboratory tests, road tunnel and roadside experiments h

247 Quest Diagnostics offers standardized INR laboratory testing services to approximately half of US

248 clinical test set reading with prior images, laboratory test set reading with prior images, and labor

249 tory test set reading with prior images, and laboratory test set reading without prior images.

250 hics, comorbidity, medications, vital signs, laboratory tests, severity, and symptoms.

251 Laboratory testing should be used to identify an infecti

252 Laboratory tests showed increased serum and urine amylas

253 Assessments included laboratory tests, sociodemographic data, personal and tr

254 ovide the foundation for developing clinical laboratory testing strategies to guide therapeutic decis

255 picture and can be confirmed with results of laboratory testing, such as serologic tests or polymeras

256 Simpler tools not requiring laboratory tests, such as the Fuster-BEWAT (blood pressu

257 values against those obtained with standard laboratory tests (the Treponema pallidum haemagglutinati

258 By combining behavioural counselling and laboratory testing, the Men's Health Screening Program h

259 th the Guillain-Barre syndrome who underwent laboratory testing, the presence of ZIKV infection was s

260 Safety was checked every 2 wk by laboratory tests, the prostate-specific antigen response

261 with influenza-like illness are swabbed for laboratory testing; those testing positive for influenza

262 ng) was the cumulative number of nine common laboratory tests, three radiologic tests, and electrocar

263 ns a clinical diagnosis without an objective laboratory test to confirm the diagnosis.

264 nsitivity but remains the most commonly used laboratory test to diagnose pulmonary tuberculosis (TB).

265 y there was scant data on the performance of laboratory testing to detect mecC-mediated beta-lactam r

266 The use of laboratory testing to distinguish PIDs from HIV infectio

267 Thus, waiting a short period of time for laboratory tests to characterize leukemias better and de

268 Laboratory tests to detect rabies virus-specific binding

269 The performance of laboratory tests to diagnose pulmonary tuberculosis is d

270 ailable evidence does not support the use of laboratory tests to guide the dose of aspirin or clopido

271 tive to already established standard central laboratory tests to overcome sample transportation and l

272 Patients underwent baseline laboratory testing, total erythrocyte protoporphyrin (eP

273 Costs of laboratory testing, treatment, and hearing loss were dra

274 ya virus (CHIKV) or viral RNA is the primary laboratory test used to diagnose infection in serum coll

275 reening strategies could avoid 25% to 75% of laboratory testing used in CVD risk screening with predi

276 Laboratory tests using ambient river samples indicated g

277 t adult medical literature excluding routine laboratory tests using MEDLINE, EMBASE, and Web of Scien

278 logists can use electronic tools to optimize laboratory test utilization in their health care system.

279 Optimal laboratory test utilization is important for providing h

280 sts have long been advocates for appropriate laboratory test utilization, the widespread availability

281 Uveitis specialists have a high rate of laboratory testing utilization in their evaluation of ne

282 ic characteristics, comorbidity markers, and laboratory test values.

283 ures included adverse events (AEs), clinical laboratory tests, vital signs, electrocardiograms, and v

284 malaria diagnosis, irrespective of whether a laboratory test was actually done, were 76.8% and 75.9%,

285 Laboratory testing was performed for Clostridium botulin

286 Information on clinical characteristics and laboratory tests was obtained from each subject.

287 individual prevalence of substance use (from laboratory tests) was 7.2% (95% CI 6.1-8.3) in men and 3

288 of diagnosis, clinical characteristics, and laboratory testing were collected from patient charts.

289 on clinical characteristics and confirmatory laboratory testing were included.

290 In this paper, both field and laboratory tests were carried out to evaluate the long-t

291 In the past, laboratory tests were considered of limited value in Cro

292 cal history, ophthalmologic examination, and laboratory tests were performed at enrollment and every

293 Laboratory tests were performed at the time of admission

294 e, general and oral clinical examination and laboratory tests were performed.

295 Laboratory tests were remarkable for leukocytosis.

296 easures of toxicity determined in short-term laboratory tests which are designed to reduce variabilit

297 nificant change in the mean value of several laboratory tests (white blood cell count and hepatic and

298 clinical findings and symptoms together with laboratory tests (white cell count, neutrophil count and

299 In a laboratory test with distinct (15)NO abundances, the ove

300 Subsequent laboratory tests with HgBr2 and the KCl-coated denuder s

301 07 as a low-cost alternative to conventional laboratory testing, with the goal of improving accessibi