ライフサイエンスコーパス: noninvasive method

1 y XRF spot measurements or any other mobile, noninvasive method.

2 asis under anesthetized conditions with this noninvasive method.

3 g in comparison or in combination with other noninvasive methods.

4 to diagnose rejection is the application of noninvasive methods.

5 m in humans has been hampered by the lack of noninvasive methods.

6 Validated noninvasive methods able to assess disease activity are

7 nly method of disease staging until reliable noninvasive methods are developed, but there is no wides

8 Noninvasive methods are needed for detecting and trackin

9 Noninvasive methods are needed to explore the heterogene

10 Noninvasive methods are needed to identify clinically si

11 ccurately determined at specialized centers; noninvasive methods are needed to predict HVPG values an

12 Noninvasive methods are needed to study the kinetic prop

13 New, simpler, and noninvasive methods are offered for follow-up to determi

14 To date, noninvasive methods are unavailable for the diagnosis an

15 Noninvasive methods are urgently needed.

16 Immuno-PET is a noninvasive method by which disease and immune cell infi

17 ated for the detection of rejection, to date noninvasive methods cannot reliably predict histologic r

18 Noninvasive methods combined with recently developed mat

19 No widely applicable, noninvasive method currently exists for specifically det

20 with an accuracy similar to the invasive and noninvasive methods currently used.

21 ses were diagnosed successfully based on the noninvasive method developed in this study.

22 ls and working methods, but currently, no 3D noninvasive method exists to replace the taking of small

23 nced magnetic resonance imaging is a useful, noninvasive method for accurately measuring this type of

24 glandins (PG) in asthma would be helped by a noninvasive method for assessing airway production.

25 phavbeta3 integrin might have an impact as a noninvasive method for assessing angiogenesis inhibitors

26 ith secretin stimulation show potential as a noninvasive method for assessing pancreatic exocrine fun

27 The lack of a suitable noninvasive method for assessing right ventricular (RV)

28 rs in mutant BRAF tumors and may be a useful noninvasive method for assessing the early biological re

29 MR imaging provides an effective noninvasive method for assessing the presence and severi

30 argeted for alpha(v)-integrins may provide a noninvasive method for assessing therapeutic angiogenesi

31 This could provide a useful noninvasive method for both identifying candidates and f

32 anes and offers a nonchemical, nonviral, and noninvasive method for cellular drug delivery.

33 by the use of tagged MRI is a sensitive and noninvasive method for characterizing ischemic injury.

34 his work was to develop a readily available, noninvasive method for clinical HIC measurement.

35 of fragments C4d and SC5b-9 is not a useful noninvasive method for detecting acute rejection or AGA

36 A noninvasive method for detecting and quantifying androge

37 ron beam computed tomography is a sensitive, noninvasive method for detecting coronary artery calcifi

38 To develop a noninvasive method for detecting HSV-1 in living mice, w

39 angiography is a reproducible and repeatable noninvasive method for detecting significant differences

40 This MRI method offers promise as a noninvasive method for detecting transplant allograft re

41 d Pittsburgh Compound B (PiB) as a potential noninvasive method for detection of CAA.

42 Cardiac MRI is a useful, noninvasive method for determining prognosis in adults.

43 We develop an objective, noninvasive method for determining the frequency selecti

44 asculitis, and assessing this level may be a noninvasive method for diagnosing renal flare in the set

45 um 13C-HCO3 analysis is a novel, simple, and noninvasive method for diagnosis and assessment of eradi

46 of oral-wash samples can be an accurate and noninvasive method for diagnosis of PCP.

47 omographic (CT) angiography has emerged as a noninvasive method for direct assessment of CAD and plaq

48 omography angiography (CTA) has emerged as a noninvasive method for direct visualization of coronary

49 in blood, offering promise for developing a noninvasive method for early diagnosis of prion diseases

50 with more advanced disease despite having a noninvasive method for early identification (genetic tes

51 onstructions makes multidetector CT an ideal noninvasive method for evaluating congenital lung anomal

52 (18)F-FDG PET/CT is a noninvasive method for evaluation of both experimental c

53 ital microscopy of the calvarium is the only noninvasive method for high-resolution imaging of the bo

54 We developed a noninvasive method for imaging glucose uptake in vivo th

55 A noninvasive method for imaging metabolic markers that co

56 Magnetic resonance imaging provides a noninvasive method for in situ monitoring of electrochem

57 An efficient noninvasive method for in vivo imaging of tumor oxygenat

58 powerful tool that is increasingly used as a noninvasive method for investigating whole-brain circuit

59 We report a novel noninvasive method for labeling Abeta plaques.

60 Electrocardiographic imaging is a noninvasive method for mapping the electric activity of

61 Diffusion MRI (dMRI) is the only noninvasive method for mapping white matter connections

62 (18)F-fluoride PET is a promising noninvasive method for measuring bone metabolism and bon

63 releasing factor neuron, thereby providing a noninvasive method for measuring hypothalamic opioid ton

64 ostanes may offer a sensitive, specific, and noninvasive method for measuring oxidant stress in clini

65 The noninvasive method for measuring POP concentrations in k

66 ing (DCE-MRI) is being used in oncology as a noninvasive method for measuring properties of the tumor

67 A noninvasive method for molecular imaging of the activity

68 We have developed a reliable noninvasive method for monitoring colonic tumors and muc

69 Thus, this rapid, simple and noninvasive method for monitoring P. yoelii infection in

70 A reliable, noninvasive method for monitoring patients with transiti

71 cephalography (EEG) as a broadly applicable, noninvasive method for neuromonitoring.

72 signal optical imaging (ISI) is a rapid and noninvasive method for observing brain activity in vivo

73 Here we describe a noninvasive method for obtaining H. pylori DNA isolates

74 Electrochemistry provides a noninvasive method for probing the unintended cellular a

75 Thus, microtubular disruption provides a noninvasive method for prolonging the effect of liver-ta

76 thod is a simple, accurate, and reproducible noninvasive method for quantification of CO in patients

77 The current noninvasive method for quantitative analysis of (123)I-i

78 ET and H(2)(15)O provides a straightforward, noninvasive method for quantitative mapping of RBF, whic

79 hat power Doppler ultrasound is a sensitive, noninvasive method for reporting functional consequences

80 identify that 18FDG-PET is the most accurate noninvasive method for staging patients with recurrent m

81 magnetic stimulation (TMS) is a widely used, noninvasive method for stimulating nervous tissue, yet i

82 chnique has been investigated as a potential noninvasive method for targeted drug delivery in the bra

83 This will most likely provide a noninvasive method for testing coronary vasodilator rese

84 tiplex assay provides a basis to establish a noninvasive method for the diagnosis and monitoring of r

85 pplication described here has potential as a noninvasive method for the diagnosis of clinical shock a

86 Quantified power Doppler US is a noninvasive method for the evaluation of tumor vasculari

87 We developed a noninvasive method for the mapping of regional renal blo

88 uminescence imaging (BLI) is a sensitive and noninvasive method for tracking the fate of transplanted

89 d further both as a diagnostic tool and as a noninvasive method for treatment follow-up.

90 iver biopsy, emphasizing the need for simple noninvasive methods for assessing disease activity.

91 Noninvasive methods for characterizing neovessel formati

92 There are no robust noninvasive methods for colorectal cancer screening and

93 Currently, there are no generally applicable noninvasive methods for defining the relationship betwee

94 Noninvasive methods for detecting colorectal tumors have

95 continued progress is necessary to find new noninvasive methods for detecting rejection and coronary

96 erence (RNAi) as a therapeutic strategy, new noninvasive methods for detection of siRNA delivery and

97 odels for 18F-FHBG dynamic microPET data and noninvasive methods for determining blood time-activity

98 The conventional noninvasive methods for evaluating the severity of aorti

99 The development of noninvasive methods for fibrosis assessment empowers the

100 blood volume (rCBV) ratio is one of the best noninvasive methods for glioma grading.

101 logy as well as disease states, but requires noninvasive methods for identifying analytes at sub-micr

102 , there have been no simple, rapid, accurate noninvasive methods for improving diagnostic accuracy in

103 Several noninvasive methods for its diagnosis have been establis

104 The goal of this study was to develop such noninvasive methods for measuring BCM featuring target-s

105 Noninvasive methods for measuring the pharmacokinetics o

106 Focusing on the lack of noninvasive methods for obtaining the dynamic activity i

107 Noninvasive methods for quantifying tumor blood flow (TB

108 Noninvasive methods for regular monitoring of the major

109 lantable cardioverter-defibrillator therapy, noninvasive methods for risk stratification, treatment o

110 Relatively noninvasive methods for the assessment of colonic transi

111 This study documents the suitability of noninvasive methods for the detection and molecular char

112 Development of noninvasive methods for the diagnosis of transitional ce

113 critical to develop a sensitive, preferably noninvasive, method for detecting the disease at an earl

114 We have developed an in vivo, potentially noninvasive, method for detecting virally mediated gene

115 We compared a new noninvasive method, gadolinium-enhanced pulmonary magnet

116 nce-dependent plasticity; however, a lack of noninvasive methods has limited our ability to test this

117 However, human research using noninvasive methods has only reported suppression of ave

118 y and precise diagnosis of MS with different noninvasive methods has opened new avenues in managing s

119 Acoustic pharyngometry, a noninvasive method, has been used successfully in adults

120 Noninvasive methods have been developed to identify pati

121 prior to Fontan has been utilized for years; noninvasive methods, however, may be sufficient.

122 Stress cardiac MRI has recently emerged as a noninvasive method in the detection of CAD, with 2 main

123 fibrosis and discusses the role of the newer noninvasive methods including serum markers and radiolog

124 The noninvasive method is a variant on zooarchaeology by mas

125 However, a reliable noninvasive method is unavailable.

126 hough the assessment of vascular function by noninvasive methods is still not sensitive enough for th

127 For low-to-moderate risk patients, noninvasive methods may be useful to quantitatively moni

128 coherence tomography angiography (OCTA) is a noninvasive method of 3D imaging of the retinal and chor

129 ry ultrasound during reactive hyperemia is a noninvasive method of assessing peripheral EDV.

130 anial direct current stimulation (tDCS) is a noninvasive method of brain stimulation that has been in

131 prospectively evaluate the feasibility of a noninvasive method of breast tumor localization in 25 pa

132 We describe a noninvasive method of detecting and quantifying left atr

133 ar-infrared (NIR) optical imaging as a novel noninvasive method of detecting and quantifying muscle d

134 andidates are the basis for development of a noninvasive method of diagnosing acute rejection without

135 he development of a sensitive, specific, and noninvasive method of diagnosing cardiac allograft rejec

136 This new technique shows promise as a noninvasive method of diagnosing pulmonary embolism with

137 e blood serum of patients was performed as a noninvasive method of diagnosis of transplant dysfunctio

138 A powerful validation of a noninvasive method of estimating wall stress would be pr

139 metry may have potential for future use as a noninvasive method of following up tumors after RF ablat

140 Unfortunately, there is no noninvasive method of identifying patients at greatest r

141 A noninvasive method of imaging tumor vasculature that cou

142 adenovirus vectors provides a versatile and noninvasive method of investigating genes of interest in

143 ng caused by CS exposure and thus provides a noninvasive method of longitudinally studying lung dysfu

144 evaluate, in a closed-chest animal model, a noninvasive method of measuring coronary collateral flow

145 The forced oscillation technique (FOT) is a noninvasive method of measuring respiratory impedance, w

146 CL gene expression in PBLs may serve as a noninvasive method of monitoring for renal allograft rej

147 A noninvasive method of monitoring islet grafts would aid

148 We present a dynamic and noninvasive method of monitoring the adhesion and prolif

149 Furthermore, a more clinically obtainable, noninvasive method of obtaining tau also closely predict

150 TPF is an effective, high-resolution, noninvasive method of quantifying the diffusion and conc

151 As2O3 administration represents a transient noninvasive method of reducing tumor blood flow during R

152 Exhaled breath condensate is a safe, noninvasive method of sampling the milieu of the distal

153 transcranial magnetic stimulation (rTMS), a noninvasive method of stimulating neural pathways in the

154 The requirements for additional noninvasive methods of data collection and automatic ana

155 Noninvasive methods of data quantification were also exp

156 Newer noninvasive methods of diagnosis as well as molecular di

157 Advances in the pathogenesis and noninvasive methods of diagnosis may allow for the ident

158 Noninvasive methods of fetal assessment are becoming inc

159 1) the further development and evaluation of noninvasive methods of measuring subclinical atheroscler

160 The use of noninvasive methods of monitoring airway inflammation, s

161 osis of rejection after transplantation, and noninvasive methods of rejection surveillance have long

162 sive cancer phenotypes, raising the need for noninvasive methods of tracking these changes.

163 Noninvasive methods or assays that will reflect the uniq

164 In general, the derived data provided by the noninvasive methods parallel those of pulmonary artery c

165 n evaluated using well-defined parameters of noninvasive methods (PERG, MRI, and OCT), enabling objec

166 onfers spatial resolutions superior to other noninvasive methods such as transcranial magnetic stimul

167 ly suggests that diffusion-tensor imaging, a noninvasive method that can be used in human research an

168 SRS is a noninvasive method that can identify patients with gastr

169 ) magnetic resonance spectroscopy (MRS) is a noninvasive method that can monitor the metabolic change

170 ed on pulse co-oximetry, is a continuous and noninvasive method that has been principally evaluated i

171 ore, the development of a fast, sensible and noninvasive method that identifies infected patients wou

172 the forced oscillation technique (FOT) is a noninvasive method that is used to measure respiratory m

173 Dual time point imaging is a simple and noninvasive method that may improve the sensitivity and

174 resonance (MR) myocardial tagging is a novel noninvasive method that measures intramyocardial functio

175 A noninvasive method that measures islet cell loss and als

176 Magnetic resonance spectroscopy (MRS) is a noninvasive method that permits measurement of the conce

177 Here we introduce a noninvasive method that uses diffusion MRI to characteri

178 Polarimetry is a noninvasive method that uses polarised light to assess b

179 These include the lack of acceptable noninvasive methods that are adaptable to humans for sel

180 Noninvasive methods that can detect DCK activity in tumo

181 This review article will explore the noninvasive methods that have been used to measure these

182 Among noninvasive methods, the lowest test-retest variability

183 re was an underreporting of PLC diagnosed by noninvasive methods; the incidence was considerably high

184 Unlike most competing, noninvasive methods, this flow FFF/MALLS technique enabl

185 MR and selective Arg isotope enrichment as a noninvasive method to analyze the Arg structures of the

186 dysfunction, and IOS might be a reliable and noninvasive method to assess asthma control in children.

187 artery calcification has been proposed as a noninvasive method to assess cardiovascular disease (CVD

188 tery reactivity may be a valuable adjunctive noninvasive method to assess coronary risk.

189 R coronary vessel wall imaging may provide a noninvasive method to assess diseased coronary vessel wa

190 me shear wave elastography (SWE) is a novel, noninvasive method to assess liver fibrosis by measuring

191 ia-peripheral arterial tonometry (RH-PAT), a noninvasive method to assess peripheral endothelial func

192 (BOLD) magnetic resonance imaging (MRI) is a noninvasive method to assess tissue oxygen bioavailabili

193 y maneuvers has recently been described as a noninvasive method to assess whether flow limitation is

194 multivariate spectral analysis as a simple, noninvasive method to biochemically characterize healing

195 A noninvasive method to characterize inflammation and infe

196 Diffusion tensor imaging is a powerful noninvasive method to characterize neuronal tissue in th

197 ng (1H MRI) has been used as a quantitative, noninvasive method to corroborate a pathway for the diff

198 ron beam computed tomography is an accurate, noninvasive method to detect and quantify coronary arter

199 Electron beam CT (EBCT) is an accurate, noninvasive method to detect and quantify coronary arter

200 ammation in coronary arteries as a potential noninvasive method to detect vulnerable plaque.

201 ler echocardiography may provide a reliable, noninvasive method to determine PVR.

202 This technique is potentially useful as a noninvasive method to determine regional cerebral patter

203 ardiac arrest resuscitation provides a novel noninvasive method to determine the quality of cerebral

204 This provides a noninvasive method to determine those patients who may r

205 The development of a noninvasive method to diagnose renal allograft rejection

206 y was to examine feasibility of developing a noninvasive method to differentiate BKVAN from AR.

207 Coronary MRA may provide an alternative noninvasive method to directly assess changes in coronar

208 lowest VE/CO2 output ratio is the preferred noninvasive method to estimate ventilatory inefficiency.

209 for the first time a sequential, real-time, noninvasive method to evaluate CD4(+) cell recovery.

210 ted tomography (MDCT) has been proposed as a noninvasive method to evaluate coronary anatomy.

211 PET imaging provides a noninvasive method to evaluate indeterminate SPNs, which

212 OCTA is a quick, reliable, and noninvasive method to evaluate the area of capillary non

213 mputed tomographic colonography is a new and noninvasive method to evaluate the colon.

214 tery disease (CAD) and stroke and provides a noninvasive method to identify candidates for primary pr

215 T-cell infiltration is highest, providing a noninvasive method to identify immunologically active mi

216 Molecular imaging provides a noninvasive method to identify intracellular viral gene

217 Annexin is a noninvasive method to identify plaque apoptosis in the c

218 ss well understood and the availability of a noninvasive method to image glycogen in vivo could provi

219 computed tomography (FDG PET/CT) provides a noninvasive method to measure disease progression.

220 Biomagnetic susceptometry provides the only noninvasive method to measure tissue iron stores that ha

221 Genetic reporters provide a noninvasive method to monitor and evaluate a population

222 ICT for cancer imaging, establishing it as a noninvasive method to monitor and stratify treatment res

223 f transplanted cells in the host liver and a noninvasive method to monitor donor cell engraftment, pr

224 This report presents a rapid, noninvasive method to obtain quantitative maps of pO(2)

225 We developed a noninvasive method to permanently eliminate circadian rh

226 prospective transplant cohort may lead to a noninvasive method to predict and monitor for CAI.

227 uring AGD in neonatal humans could provide a noninvasive method to predict neonatal and adult reprodu

228 This tool represents a simple, low-cost, and noninvasive method to predict the risk of later asthma i

229 In this report, we introduce a noninvasive method to prevent scarring based on nontherm

230 study was to develop a clinically applicable noninvasive method to quantify changes in androgen recep

231 Currently, there is no ideal noninvasive method to quantify the progressive loss of p

232 lar density using OCTA is a reproducible and noninvasive method to quantitate individual networks wit

233 benefit significantly from development of a noninvasive method to repetitively measure viral replica

234 This result provides a direct and noninvasive method to spatiotemporally monitor biofilm a

235 ous magnetic stimulation (TMS) may provide a noninvasive method to stimulate cortex.

236 ith circulating microbubbles, is an emerging noninvasive method to temporarily permeabilize the BBB a

237 A noninvasive method to track engineered cells with high s

238 On the basis of the results, a noninvasive method to visualize and quantify disturbance

239 Here, we report the development of a noninvasive method to visualize T1D at the target organ

240 ocusing on the development and evaluation of noninvasive methods to assess the adequacy of resuscitat

241 Noninvasive methods to confidently predict the tumor bio

242 Noninvasive methods to detect these abnormal proteins ar

243 Researchers have increasingly sought noninvasive methods to determine health and nutritional

244 ality, there is a growing need for low-cost, noninvasive methods to diagnose and treat this class of

245 The quest for noninvasive methods to diagnose rejection in solid-organ

246 Noninvasive methods to diagnose rejection of renal allog

247 Noninvasive methods to monitor these therapies in animal

248 e left ventricular (LV) remodeling; however, noninvasive methods to monitor this process serially are

249 New noninvasive methods to predict the aortic diastolic pres

250 out additional biopsies, there is a need for noninvasive methods to predict the extent and dynamics o

251 apeutic use of hypothermia, and invasive and noninvasive methods to prevent and treat hypothermia.

252 to a paucity of natural infections, we used noninvasive methods to screen wild-living eastern chimpa

253 Thus, noninvasive methods to study regulation and to monitor c

254 However, drug delivery via noninvasive methods to the posterior segment of the eye

255 The development of noninvasive methods to visualize and quantify integrin a

256 mography, currently the three most promising noninvasive methods to visualize obstructions in the cor

257 The limitations of this short-term, noninvasive method underscore the need for new research

258 review the advantages and limitations of the noninvasive methods used to manage patients with chronic

259 This noninvasive method was equivalent to conventional techni

260 Here, applying a noninvasive method, we investigate oxytocinergic system

261 Noninvasive methods were initially studied and validated

262 tentials were underestimated by 22%-36% when noninvasive methods were used for data quantification in

263 A noninvasive method with such capabilities is greatly nee

264 A noninvasive method with such capabilities is needed to i

265 r the efficient treatment of stroke requires noninvasive methods with which regional flow and energy

266 mans has been limited by the lack of direct, noninvasive methods with which to measure brain glucose.

267 agnosis of hepatocellular carcinoma based on noninvasive methods without histological verification, p

268 onitoring the islet rejection using reliable noninvasive methods would significantly aid in clinical

269 Laser Doppler imaging is a noninvasive method yielding a spatial perfusion map.