ライフサイエンスコーパス: diagnostic method

1 ents identified with TB disease through each diagnostic method.

2 health and would supply a novel and valuable diagnostic method.

3 RMS is a promising fast and sensible leprosy diagnostic method.

4 irected at testing the feasibility of such a diagnostic method.

5 athogens is being increasingly utilized as a diagnostic method.

6 utum samples' quality, and case detection by diagnostic method.

7 y remains the fastest and the most available diagnostic method.

8 le slide imaging (WSI) is becoming a routine diagnostic method.

9 Thus, there is an urgent need for a reliable diagnostic method.

10 th a short turnaround time compared to other diagnostic methods.

11 e myriad of currently employed screening and diagnostic methods.

12 idated by conventional prenatal or postnatal diagnostic methods.

13 part because of limitations of microbiologic diagnostic methods.

14 etermination compared to that of traditional diagnostic methods.

15 ld than proband-CES or traditional molecular diagnostic methods.

16 ue, in large part, to the lack of accessible diagnostic methods.

17 etagenomics approaches to infectious disease diagnostic methods.

18 this approach in comparison with traditional diagnostic methods.

19 M/XDR TB to inform the development of rapid diagnostic methods.

20 ogy, antifungal susceptibility patterns, and diagnostic methods.

21 d complication rates obtained by 2 validated diagnostic methods.

22 nfections that were undetectable by standard diagnostic methods.

23 the urgent need for the development of early diagnostic methods.

24 pathogenesis and help develop more-specific diagnostic methods.

25 ssment can be achieved with a combination of diagnostic methods.

26 ve led to the development of rapid sensitive diagnostic methods.

27 nsus of the epilepsy unit using conventional diagnostic methods.

28 rder to show its advantages over traditional diagnostic methods.

29 ains difficult, partly because of inaccurate diagnostic methods.

30 ntion on the speed and accuracy of influenza diagnostic methods.

31 ify delirium, physicians rely on traditional diagnostic methods.

32 n of antimicrobials and a lack of accessible diagnostic methods.

33 tivity and specificity were calculated for 8 diagnostic methods.

34 to overcome the limitations with the current diagnostic methods.

35 ore predictive of infection than traditional diagnostic methods.

36 ction are readily identifiable using current diagnostic methods.

37 at is advantageous compared with traditional diagnostic methods.

38 intervention, which is not achieved by other diagnostic methods.

39 comparison with results obtained by standard diagnostic methods.

40 s the drawbacks inherent with the subjective diagnostic methods.

41 m can overcome the drawbacks of the existing diagnostic methods.

42 tions: With the advent of advanced molecular diagnostic methods, a new potential for understanding th

43 The closest realizations of such universal diagnostic methods achieved to date are based on targete

44 ty, the most appropriate adjunctive invasive diagnostic method among quantitative coronary angiograph

45 To complement existing diagnostic methods, an isothermal reverse transcription-

46 asion assays, is promising as a quantitative diagnostic method and as a discovery tool for therapeuti

47 Several promising new diagnostic methods and algorithms for tuberculosis have

48 portant, for example, to compare alternative diagnostic methods and choose the method that causes the

49 Improved diagnostic methods and continued education are needed to

50 eservoir requires a re-evaluation of current diagnostic methods and control policies.

51 y of the heart, being complementary to other diagnostic methods and facilitating the therapeutic plan

52 ues, including PCR assays, are the preferred diagnostic methods and have contributed to an increase i

53 Although advances have been made both in diagnostic methods and in the groundwork for a neurobiol

54 s diversity and the development of effective diagnostic methods and management strategies for an econ

55 genetic backbone for further development of diagnostic methods and phylogenetic and migration studie

56 tages and disadvantages of the commonly used diagnostic methods and provides important practice point

57 New diagnostic methods and questionnaires are being develope

58 tivity than previously described alternative diagnostic methods and showed a broad linear range betwe

59 decry) the unsophistication of many current diagnostic methods and strategies.

60 plicated given the wide variety of available diagnostic methods and the emergence of refractory or re

61 Hodgkin lymphoma and the availability of new diagnostic methods and therapies have improved our abili

62 sight has led to the development of improved diagnostic methods and to the design of specific immunos

63 This study summarizes diagnostic methods and treatment interventions and progn

64 ecular virology coupled with improvements in diagnostic methods and treatment options have vastly imp

65 Here, we review diagnostic methods and treatment options to guide clinic

66 entities, extranodal dissemination, improved diagnostic methods, and advanced imaging technology.

67 stant strains of certain pathogens, improved diagnostic methods, and changing healthcare.

68 anging epidemiology of invasive mycoses, new diagnostic methods, and recent therapeutic options and c

69 rstanding of pathogenesis, to apply improved diagnostic methods, and to seek new vaccination strategi

70 qPCR assay in conjunction with culture-based diagnostic methods applied to BAL fluid could facilitate

71 Better diagnostic methods; appropriate therapeutic or preventiv

72 These results establish that optical-based diagnostic methods are able to directly identify diagnos

73 Better diagnostic methods are available for detection of viruse

74 Molecular diagnostic methods are becoming increasingly available f

75 ransmitted infection worldwide, and improved diagnostic methods are critical for controlling this pat

76 The current approach and diagnostic methods are discussed as well as their pros a

77 These diagnostic methods are highly sensitive but time consumi

78 Most commonly used diagnostic methods are incompatible with fast and accura

79 lopments of sensitive, rapid, and affordable diagnostic methods are necessary to improve the clinical

80 Non-invasive diagnostic methods are needed to identify mild cognitive

81 fore, the noninvasive and precise laboratory diagnostic methods are needed.

82 Such diagnostic methods are not currently available.

83 Unfortunately, current CWD diagnostic methods are not suitable for non-tissue type

84 e tests to identify both infections, current diagnostic methods are slow, nonspecific, and costly.

85 Conventional diagnostic methods are time consuming, expensive and req

86 Novel biomarkers and non-invasive diagnostic methods are urgently needed for the screening

87 ghly sensitive, specific, and cost-effective diagnostic methods are urgently needed.

88 Modern-era molecular and flow-cytometric diagnostic methods are very sensitive and can detect min

89 o decades by repeating the same approach and diagnostic methods as used in the Medical Research Counc

90 re have also been great advances in clinical diagnostic methods, as well as in therapies to ameliorat

91 We discuss recent clinical and diagnostic methods assessing NAFLD diagnosis, progressio

92 A survey of influenza diagnostic methods available on ClinMicroNet and Divisio

93 The newly designed, fully automated diagnostic method based on deep learning achieved optima

94 ool for the development of novel noninvasive diagnostic methods based on muscle tissue biopsies to as

95 Conversely, diagnostic methods based on nucleic acid amplification s

96 Molecular diagnostic methods based on the detection of mutations c

97 ing cystourethrography (VCU) are traditional diagnostic methods, but they have limitations, such as t

98 oad potential for antibody based in-solution diagnostic methods by EPR or 'spinostics'.

99 The current serological diagnostic method can be time consuming and labor intens

100 A sustained effort to develop and share diagnostic methods can support the societal goal of impr

101 Unfortunately, currently available diagnostic methods cannot robustly identify premalignant

102 Development of a molecular diagnostic method capable of detecting the diverse reper

103 exists for rapid, thorough, and inexpensive diagnostic methods capable of detecting and differentiat

104 Other studies document diagnostic methods capable of distinguishing between Hep

105 Therefore, there is a need for new diagnostic methods capable of identifying the sites of d

106 institution if any, severity of anaphylaxis, diagnostic method, causative antigen, and recurrence rat

107 it court has already rejected Myriad's broad diagnostic methods claims, and this is not affected by t

108 Refinement in diagnostic methods continues to occur, and improved test

109 This diagnostic method could allow early noninvasive detectio

110 Serological diagnostic methods could identify viable lesions missed

111 ADO), rendering it inappropriate as the sole diagnostic method (despite a favorable live-birth rate).

112 Diagnostic methods discussed include how to obtain blood

113 Current HT diagnostic methods do not discriminate between active an

114 As a diagnostic method, electrochemical impedance spectroscop

115 metal electrodes is a particularly sensitive diagnostic method, enabling a clear distinction to be ma

116 benefit of the assay over existing molecular diagnostic methods endorsed by the World Health Organiza

117 summarizes the clinical presentation of GBM, diagnostic methods, evidentiary basis for the current st

118 y, placental histology and HRP2-based plasma diagnostic methods fail to identify the majority of the

119 cacious therapies with minimum side effects, diagnostic methods featuring significantly higher sensit

120 developing a high-throughput, cost-effective diagnostic method for cystinuria, and for point-of-care

121 DWI can be an effective diagnostic method for distinguishing between benign and

122 The reference diagnostic method for G6PD activity is ultraviolet (UV)

123 Methane (CH4) breath test is an established diagnostic method for gastrointestinal functional disord

124 tion (qPCR) for plasma CMV DNA as an adjunct diagnostic method for GI tract disease in kidney and liv

125 Photoplethysmography (PPG) as a non-invasive diagnostic method for haemorheological changes.

126 ety of hosts, this assay may be an effective diagnostic method for identification of Bartonella infec

127 biologic cultures, the current gold standard diagnostic method for invasive Candida infections, have

128 ential mobility analysis (T-DMA), an on-line diagnostic method for measuring changes in particle size

129 erlying neuropathology and as a non-invasive diagnostic method for mild cognitive impairment and Alzh

130 itative PCR (qPCR) is the standard molecular diagnostic method for monitoring.

131 has been discussed as an advantageous future diagnostic method for periodontitis because it offers si

132 tunity in developing an alternative PCR-free diagnostic method for rapid, sensitive, and accurate det

133 A molecular diagnostic method for robust detection of Ebola virus (E

134 pen, such as the most suitable screening and diagnostic method for the detection of ALK gene rearrang

135 ets provide a powerful alternative molecular diagnostic method for the detection of P. falciparum and

136 MR imaging remains a highly accurate diagnostic method for the preoperative evaluation of HCC

137 ally, RCA has been used to develop sensitive diagnostic methods for a variety of targets including nu

138 ased DNA genotyping have emerged as powerful diagnostic methods for accurate classification of hydati

139 xclusively, been used for the development of diagnostic methods for aneuploidy.

140 y give rise to novel antibiotics, as well as diagnostic methods for bacterial infection.

141 ng the increasing use of culture-independent diagnostic methods for Campylobacter infection.

142 onclude with a summary of progress regarding diagnostic methods for cervicogenic vertigo.

143 18)F-FDG PET/CT is a useful adjunct to other diagnostic methods for detecting active inflammatory sit

144 robiological, histological, and radiological diagnostic methods for diagnosis of invasive fungal dise

145 Efficient diagnostic methods for early diagnosis of leptospirosis

146 e, sensitive, cost effective and easy to use diagnostic methods for fungal pathogen detection.

147 n sexually transmitted infections (STI), but diagnostic methods for genital herpes have not kept pace

148 Diagnostic methods for identifying duodenal obstruction

149 ortance, questions remain regarding the best diagnostic methods for identifying maternal and neonatal

150 TBM) leads to poor outcomes, yet the current diagnostic methods for identifying Mycobacterium tubercu

151 We evaluated established and novel diagnostic methods for IPA and found that the Aspergillu

152 Routinely used molecular diagnostic methods for mycobacterium identification are

153 Current diagnostic methods for N. caninum infection in cattle an

154 compare the diagnostic accuracy of different diagnostic methods for patients with BAM, despite a prov

155 Current diagnostic methods for plant pathogens include evaluatio

156 nd synucleinopathies indicates that accurate diagnostic methods for protein-folding diseases can be b

157 pproach may permit future development of new diagnostic methods for retinal injuries.

158 Conventional laboratory-based diagnostic methods for SCD are time-consuming, complex,

159 ed phylogeny has hampered the development of diagnostic methods for species-level discrimination.

160 dition or alternative to currently available diagnostic methods for the evaluation of uncertain prima

161 Current diagnostic methods for transferrin levels lack quantitat

162 e today and considers the development of new diagnostic methods for zika and related diseases, such a

163 This review will address the prevalence, diagnostic methods, frequent allergens and treatment opt

164 ota Code criteria that provided a consistent diagnostic method from 1970 to 1995 as documented by ext

165 uring this same time the GeneXpert molecular diagnostic method has been deployed globally and now ser

166 ivity and virus shedding, based on different diagnostic methods, has not been defined.

167 le to define ME/CFS, yet none of the current diagnostic methods have been adequately tested to identi

168 New, highly sensitive diagnostic methods have been developed for protozoa ende

169 New, highly sensitive diagnostic methods have been developed for protozoa ende

170 Molecular diagnostic methods have discovered the genetic basis of

171 At the same time, improved clinical diagnostic methods have increased the detection of reeme

172 er, cognitive assessment is challenging, and diagnostic methods have not been fully validated for use

173 Recent improvements in diagnostic methods have opened avenues for detection and

174 Studies using more accurate diagnostic methods have provided evidence for prevalence

175 to maintain sanitation and where inadequate diagnostic methods have restricted our ability to identi

176 The salivary diagnostic method holds great potential for early-stage

177 ems (Microtest and ISAC) and by two standard diagnostic methods (ImmunoCAP and skin prick test).

178 Conclusion: FAPI PET/CT is a new diagnostic method in imaging cancer patients.

179 Exome sequencing is emerging as a first-line diagnostic method in some clinical disciplines, but its

180 MRI examination seems to be the key diagnostic method in the early stage of the Kienbock's d

181 the genetic causes of CKD; establish better diagnostic methods in CKD; improve understanding of the

182 hrotoxicity earlier than the tested clinical diagnostic methods in drug-induced AKI and CKD mice mode

183 al microscopy is one of the most widely used diagnostic methods in scientific, industrial, and biomed

184 Testing CSF for CAg is a useful addition to diagnostic methods in suspected CM and complements testi

185 ntal framework for the future development of diagnostic methods in this context that should be consid

186 Diagnostic methods included quantitative real-time rever

187 Standard neuropathology diagnostic methods including histology and immunohistoch

188 Current diagnostic methods, including fungal culture and antigen

189 ematic review illustrates how variability in diagnostic methods influences adult ADHD persistence est

190 power for a rapid translation of a miR-based diagnostic method into the clinic.

191 A step toward developing a diagnostic method is taken by organizing these variables

192 etransplant cohorts, but use of more precise diagnostic methods is needed to better define epidemiolo

193 rded as insensitive, and assessment of newer diagnostic methods is not complete.

194 f the disease and the utility of the current diagnostic methods is warranted.

195 Thanks to this fast diagnostic method, it is now possible to perform success

196 our opinion, we highlight that, without new diagnostic methods, it will be difficult for policy make

197 erlapping small bowel loops with traditional diagnostic methods like Barium meal follow through, abdo

198 Conventional diagnostic methods like the direct rectal examination ar

199 nt and supplies associated with conventional diagnostic methods limit the scope and sustainability of

200 Among the available diagnostic methods, many are impractical for point-of-ca

201 Standardization of diagnostic methods may be indicated to improve interhosp

202 Current diagnostic methods may lack sensitivity (direct microsco

203 clinical suspicion and suboptimum laboratory diagnostic methods mean that an estimated 40 000 inpatie

204 This molecular diagnostic method now permits investigation of the epide

205 Urinary antigen detection is the nonculture diagnostic method of choice for patients with possible s

206 ected CMD genes, while the current molecular diagnostic method of choice, can be slow and expensive.

207 The current diagnostic method of gadolinium-enhanced MRI is sensitiv

208 The traditional diagnostic methods of FMDV have demonstrated many drawba

209 Conventional diagnostic methods of NNV or iridovirus infected fishes,

210 Current diagnostic methods of renal allograft rejection are neit

211 Advances in antifungal agents and diagnostic methods offer the potential for improved outc

212 However, recently developed rapid diagnostic methods offer the potential for organism iden

213 However, current clinical diagnostic methods often fail to accurately and timely d

214 For comparison, we tested the proposed, diagnostic method on an open-source dataset of WSI from

215 emiology, clinical spectrum, and appropriate diagnostic methods particularly in children.

216 ight of advances in lymphoma classification, diagnostic methods, particularly PET scan and advances i

217 sma antigen detection was the most sensitive diagnostic method, positive in 132 of 142 patients (93%)

218 ted two patients for delirium using whatever diagnostic method preferred.

219 Conventional molecular diagnostic methods provide accurate results but are ofte

220 Current diagnostic methods rely on serologic testing that are co

221 Intracranial recording is an important diagnostic method routinely used in a number of neurolog

222 Among the available diagnostic methods, sensitivities and specificities rang

223 Even though all cancers, irrespective of diagnostic method, should be reported to the CR, the PLC

224 ort study on food allergy with gold-standard diagnostic methods showed that the mean adjusted inciden

225 ics over a range of clinical definitions and diagnostic methods shows that the concept of mixed state

226 m escapes detection by routine microbiologic diagnostic methods such as blood culture leading to cons

227 med on clinical presentation and noninvasive diagnostic methods such as cardiovascular magnetic reson

228 Standard diagnostic methods such as ultrasound-guided biopsies ma

229 CNS involvement and severity is emerging as diagnostic methods (such as real-time PCR) continue to i

230 Several diagnostic methods, such as biochemical, sequencing, and

231 Conventional diagnostic methods, such as culture, biochemical tests,

232 Conventional diagnostic methods, such as culture, microscopy, biochem

233 In clinical practice, the current diagnostic methods, such as fluorescence angiography and

234 ch is being performed to develop noninvasive diagnostic methods, such as imaging with small-molecule

235 r the next generation of light-based medical diagnostic methods, such as monitoring of cancers, known

236 comparison to other commonly used first-tier diagnostic methods, such as non-invasive cfDNA screening

237 Newer diagnostic methods, such as polymerase chain reaction (P

238 Alternative diagnostic methods, such as sequence-based techniques, a

239 Traditional diagnostic methods, such as virus propagation and isolat

240 ndings confirm that UHR OCT is an adjunctive diagnostic method that can provide a noninvasive means t

241 We sought to develop an allergy diagnostic method that could correctly predict symptomat

242 Computed tomography angiography is a useful diagnostic method that in some cases allows for establis

243 Oral exfoliative cytology is a diagnostic method that involves the study of cells exfol

244 ybridization), a next-generation CRISPR/Cas9 diagnostic method that takes advantage of the efficiency

245 ve specimens for future testing by promising diagnostic methods that are currently under development.

246 t decades has resulted in an urgent need for diagnostic methods that are facile, sensitive, rapid and

247 al resection because of limited preoperative diagnostic methods that can accurately identify the beni

248 and point-of-care tests are newly available diagnostic methods that can be conducted on a variety of

249 lack of adequate, accessible, and affordable diagnostic methods that can enable better targeting of i

250 There remains an urgent need for rapid diagnostic methods that can evaluate antibiotic resistan

251 innovative technologies into cost-effective diagnostic methods that can mitigate the potentially cat

252 The current challenge is to develop diagnostic methods that detect the production impact of

253 is information will be useful for developing diagnostic methods that differentiate between closely re

254 the primary reasons for empiric therapy, and diagnostic methods that enable rapid and accurate result

255 termine, primarily because of limitations in diagnostic methods that focus on testing ciliary ultrast

256 This review summarises disease diagnostic methods that have been successfully applied i

257 hlighted the key inadequacies of traditional diagnostic methods that make them unsuitable for use in

258 ug-resistant infections, there is a need for diagnostic methods that rapidly can detect the presence

259 There are few diagnostic methods that readily distinguish among commun

260 evention include the need for improved rapid diagnostic methods, the absence of routine surveillance

261 Due to the lack of appropriate diagnostic methods, the epidemiology of SV-associated il

262 nt was reported in 20-50%, yet with improved diagnostic methods, the frequency of cardiac involvement

263 ect to their epidemiology, the usefulness of diagnostic methods, the pharmacology and dosing of antif

264 As an alternative to tissue-based diagnostic methods, there has been substantial interest

265 Due to improved diagnostic methods, they are increasingly associated wit

266 this phenomenon have a substantial impact on diagnostics methods, they also raise intriguing question

267 I) surveillance programs neither specify the diagnostic method to be used nor stratify rates accordin

268 e expression classifier is a highly accurate diagnostic method to distinguish between GIST and LMS an

269 a robust, time-effective, and cost-effective diagnostic method to facilitate a genetic diagnosis in a

270 ocete cochlear structures and then propose a diagnostic method to identify inner ear alterations in s

271 e de Haas-van Alphen effect can be used as a diagnostic method to investigate the low-temperature pha

272 lure, and we need to identify rapid low-cost diagnostic methods to assist clinicians.

273 is hampered by cost and slow or insensitive diagnostic methods to be used for TB diagnosis in clinic

274 henomenon in different areas, to improve the diagnostic methods to better identify these patients, an

275 AS II used identical sampling, approach, and diagnostic methods to CFAS I, except that screening and

276 echnologies may be harnessed in the realm of diagnostic methods to complement or replace current cult

277 ns could guide the development of innovative diagnostic methods to differentiate between malaria and

278 We used quantitative molecular diagnostic methods to reassess causes of diarrhoea in th

279 tudy design and the measurement error in the diagnostic methods under study.

280 The traditional diagnostic methods use whole extracts, containing allerg

281 y no research has tested alternatives to the diagnostic method used since DSM-III, which requires dec

282 c next-generation sequencing (mNGS) is a new diagnostic method used to potentially identify multiple

283 ts that will be detected, depending upon the diagnostic method used.

284 the geographic location, group studied, and diagnostic methods used.

285 estimated according to the inaccuracy of the diagnostic methods used.

286 ethods to standard invasive sampling and PPR diagnostic methods using field samples collected at a wi

287 main imaging techniques and are the initial diagnostic methods utilised.

288 he overall prevalence of NAFLD regardless of diagnostic method was 29.62% (95% CI 28.13-31.15).

289 The positive agreement among all 3 diagnostic methods was 94%, with 95% to 98% between each

290 e of all participating laboratories and each diagnostic method were provided after each test cycle.

291 Results from the four diagnostic methods were analyzed and compared.

292 hic characteristics, symptom prevalence, and diagnostic methods were calculated as weighted proportio

293 d in the development of blood-based in vitro diagnostic methods which can supplement the currently us

294 highlighting the importance of coupling new diagnostic methods with appropriate treatment regimens.

295 data more effectively and improvement in our diagnostic methods with better AKI biomarkers so that we

296 test, with an interest in replacing multiple diagnostic methods with one powerful tool.

297 The syndrome is identified through the four-diagnostic methods, with certain degree of subjectivity

298 ine very important is the development of new diagnostic methods without adverse effects on the body.

299 Consistent use of this robust diagnostic method would result in more clearly defined,

300 Radiological diagnostic methods (X-ray, CT scans, MRI scans) provide