ライフサイエンスコーパス: region of interest

1 moved, and then the window is applied to the region of interest.

2 high density of recombination events to the region of interest.

3 issue structure, and a magnified view of the region of interest.

4 n reactions on sp(2) carbon in the potential region of interest.

5 878 cell line by simply specifying a genomic region of interest.

6 APEX2, is genetically targeted to a cellular region of interest.

7 r visualisation of EWAS results in a genomic region of interest.

8 single-variant GDT statistic over a genomic region of interest.

9 ic chiasm was based on manual measurement of regions of interest.

10 parse and analyze genome variation data for regions of interest.

11 technique is utilized to print materials in regions of interest.

12 althy controls in GM as well as in secondary regions of interest.

13 hat measured the copy number of 1q and other regions of interest.

14 -image, whole-brain, and 91 FreeSurfer-based regions of interest.

15 an automated image thresholding method over regions of interest.

16 ts needed when identifying and capturing new regions of interest.

17 rho mapping were calculated in six cartilage regions of interest.

18 condary ion images and spectra from selected regions of interest.

19 ides a much more detailed information at the regions of interest.

20 e of the methylation status of corresponding regions of interest.

21 differences in volumes of select gray matter regions of interest.

22 re than 1-million-fold enrichment of genomic regions of interest.

23 mography tracers in 404 functionally defined regions of interest.

24 eable binding potential was quantified in 12 regions of interest.

25 GMV in the whole brain and in five a priori regions of interest.

26 with other genomic features together within regions of interest.

27 ng increased sequencing coverage for genomic regions of interest.

28 e cortical thickness of frontal and temporal regions of interest.

29 ration of FISH probes flanking target genome regions of interest.

30 focused on a priori cortical and subcortical regions of interest.

31 mate total volume distribution (V(T)) in the regions of interest.

32 ity may lead to spurious changes in cortical regions of interest.

33 tating the rapid identification of potential regions of interest.

34 nd internalization by cells in the different regions of interest.

35 lumination and electrical recording from the regions of interest.

36 and peripistonal area [PPA]) were defined as regions of interest.

37 ation of attenuation measured in 14 circular regions of interest.

38 vided into four ventral-to-dorsal horizontal regions of interest.

39 ated response was examined in frontoparietal regions-of-interest.

40 at the pattern of connected and nonconnected regions of interest across different homunculi is simila

41 meta-analysis results on standardized ROIs (regions-of-interest) across multiple studies.

42 Targeting recombination events to regions of interest allows us to rapidly and systematica

43 8)Ga-DOTATATE uptake was measured by drawing regions of interest along the carotid plaques and contra

44 comparing group differences in the a priori regions of interest (amygdala and midbrain) revealed a s

45 Region of interest analyses confirmed that BPND was sign

46 ons using tract-based spatial statistics and region of interest analyses of fractional anisotropy wer

47 nvestigated including cortical thickness and region of interest analyses.

48 ced CBF in multiple regions on voxelwise and region-of-interest analyses (percentage difference in gl

49 Region-of-interest analyses identified a preferential re

50 es were further analyzed with a quantitative region of interest analysis measuring the rate of signal

51 A region of interest analysis restricted to behavioral var

52 Corresponding region of interest analysis showed lower mean (11)C-IMA1

53 Our region of interest analysis showed that viewers from the

54 Parametric maps were interrogated using region of interest analysis, Statistical Parametric Mapp

55 and lateral column white matter tracts using region of interest analysis.

56 In a region-of-interest analysis conducted following a cross-

57 A region-of-interest analysis revealed results consistent

58 Region-of-interest analysis using SUVmax was performed,

59 A region-of-interest analysis was also performed.

60 nalysis) and left orbital frontal cortex (in region-of-interest analysis).

61 Spectral quality was assessed by means of region-of-interest analysis.

62 SUVmax of tumor lesions was determined using region-of-interest analysis.

63 and subcortical regions were analyzed using region of interest and data-driven voxel-based approache

64 For each region of interest and each subject, pharmacokinetic mod

65 dly, allowing for simple imaging of the same region of interest and excellent coregistration of data

66 Using both region of interest and functional connectivity analyses,

67 to the sample surface, thus oversampling the region of interest and producing a 2D image convolved in

68 elated with the spatial distance between the region of interest and region damaged by stroke, in part

69 Region of interest and Statistical Parametric Mapping an

70 sed analysis of (18)F-AV-1451 images yielded region of interest and voxel level profiles that mirrore

71 istribution of pathology were explored using region of interest and voxel-based analyses, respectivel

72 Region of interest and whole-brain data were examined in

73 Both region of interest and whole-brain voxelwise analyses we

74 bjects and patients with schizophrenia using region-of-interest and voxelwise approaches, and the ass

75 Region-of-interest and whole-brain analyses tested assoc

76 ues for [(18)F]fluorodopa were analyzed with region-of-interest and whole-brain voxel-by-voxel analys

77 of DDC activity, was estimated for striatal regions of interest and found to be predicted by one of

78 ild has been revamped to identify regulatory regions of interest and to efficiently highlight their a

79 mparisons within the prespecified anatomical region of interest) and anterior temporal cortex (P < 0.

80 ror-corrected P < .05 over the a priori SCSR region of interest) and the control group.

81 generating dense sgRNA libraries for genomic regions of interest, and a proof-of-principle screen tha

82 tification of selection signatures and other regions of interest, and as indicator of the general gen

83 ers were injected by direct visualization of regions of interest, and the location of injection sites

84 overall lower global connectivity using the region-of-interest approach and lower expression scores

85 volumes, i.e., brain morphology, of specific regions of interest are associated with technology-relat

86 rom peaks of the (1)D-chromatogram or entire regions of interest are sampled into loops, where they r

87 We investigated different regions of interest around the nucleus of the cells and

88 Manually drawn regions of interest around tumors and adjacent healthy l

89 These results are consistent across the regions of interest as well as a whole-brain analysis.

90 Stimulation-evoked activation in all these regions of interest, as well as activation within the su

91 Times articles was observed in theory-driven regions of interest associated with value, self, and soc

92 emonstrate MIPs capture and amplify targeted regions of interest at significant levels of coverage.

93 and to compute the cross-correlation between regions of interest at varying distances on a single tim

94 regions were quantified using a standardized region-of-interest atlas applied to the spatially normal

95 on with the median excess algorithm, and the region of interest background subtraction in combination

96 connectivity was evaluated for two thalamic regions of interest, based on the haemodynamic findings,

97 Furthermore, region of interest-based analyses comparing the spatiote

98 t would not be resolved by using traditional region of interest-based analysis approaches.

99 A region of interest-based analysis was performed to measu

100 d effective connectivity were assessed using region of interest-based correlation analysis and dynami

101 Region of interest-based findings included lower group m

102 Finally, we conducted a region of interest-based multivariate linear regression

103 middle cerebellar peduncle (MCP) ratios in a region-of-interest-based analysis, and one-sample t test

104 d analyzed using voxel-based morphometry and region-of-interest-based approaches.

105 Positive voxel-based and region-of-interest-based correlations were demonstrated

106 Finally, network-based, region-of-interest-based, and voxel-based correlations w

107 A region of interest BOLD fMRI protocol was used to invest

108 mg) on changes in a priori defined striatal region of interest BOLD signal change during reward anti

109 ols the number of fluorescent particles in a region of interest by repeatedly photobleaching its boun

110 quality (Wilcoxon signed-rank test) in five regions of interest by three radiologists blinded to the

111 acy was better than that observed when using regions of interest centred on activation sites in previ

112 ly reduced the BOLD response in the striatal region of interest compared with placebo.

113 egions (amygdala, hippocampus/choroid plexus region of interest) compared to younger cognitively norm

114 Additionally, a region-of-interest comparison between reconstructed PET

115 and epigenetic variation to identify genomic regions of interest containing combinations of mRNA tran

116 For each region of interest, correcting for regional grey matter

117 ed from multiexponential regression of organ region-of-interest data normalized to the administered a

118 ween the pattern of grey matter loss and the regions of interest each scale was designed to assess.

119 nes (manual traditional method) and elliptic region-of-interest (Elip-ROI) and region-growing (RG-ROI

120 Macular lesions (</=3 regions of interest/eye), at 2 fixed eccentric loci, wer

121 rger responses in locus coeruleus (t = 2.60, region of interest familywise error corrected), intrapar

122 l-based findings were highly consistent with region of interest findings.

123 apir uptake; (ii) regional (i.e. in the same region of interest) florbetapir uptake; and (iii) region

124 PET pixel values within the region of interest for each tumor were plotted against M

125 = 1.20), providing evidence of an additional region of interest for genetic susceptibility to endomet

126 in RSATL connectivity, with an a priori SCSR region of interest for self-blaming vs other-blaming emo

127 o direct a new preferred retinal location to regions of interest for simple visual tasks.

128 Regions of interest for TA encompassing the left ventric

129 Regions of interest for the caudate, putamen, ventral st

130 Regions of interest for the caudate, putamen, ventral st

131 e was VT/fP (VT is volume of distribution in region of interest, fP is free fraction in plasma).

132 processing approaches were used to develop a region of interest-free DXA analysis method with increas

133 Regions of interest from the JHU ICBM atlas, including u

134 ability (grid cell vs. continent) and to the region of interest (global vs. tropics for instance).

135 Voxelwise and region-of-interest group comparisons were performed in t

136 to select only mice with visible infection (region of interest > 10(8) ph/s) for PET/CT imaging with

137 Free wall RVLS from 3- versus 6-segment regions of interest had similar values, yet 6-segment re

138 spatiotemporal patterns of variant-specific regions of interest identified in comparison to age-matc

139 Activity was deemed significant in a region of interest if P < 0.05.

140 tandard deviations the signal intensity of a region of interest in normal liver.

141 o conceal the sequence query and the genomic region of interest in positional queries.

142 current stimulation (tDCS) to an fMRI-guided region-of-interest in the left AG.

143 Across 30 FreeSurfer-defined regions of interest in 16 Alzheimer's disease patients w

144 We defined seven regions of interest in anterior temporal lobe and occipi

145 ween SCD and global Abeta and tau burdens in regions of interest in clinically healthy older adults.

146 algebraic topology based method that detects regions of interest in protein conformational space.

147 ivity concentration (TRC) from 3-dimensional regions of interest in the ablation zone, the margin, an

148 progress curves for proteolytic activity in regions of interest in the acquired images.

149 o guide eye movements, aligns its fovea with regions of interest in the input image and integrates ob

150 whole-brain functional connectivity from two regions of interest in the language network, namely the

151 time) parameters were calculated by placing regions of interest in the largest area of the tumor and

152 he connectivity pattern of the corresponding regions of interest in the other hemisphere.

153 usion imaging data using blinded, hand-drawn regions of interest in the posterior substantia nigra.

154 nsforms can be used to identify and quantify regions of interest in the xy plane and to overcome nois

155 web applications that allow users to select regions of interest in whole slide tissue images, run a

156 and deploy eye movements to actively sample regions of interests in scenes.

157 Regions-of-interest in a tissue section can be analyzed

158 Fourteen regions of interest (including cerebellar reference regi

159 [(11)C]NOP-1A distribution volume in regions of interest (including the amygdala, hippocampus

160 segmented, providing the volumes of several regions of interest, including the striatum and choliner

161 ignal-to-noise ratio (SNR) change in various regions of interest, including the tumor and its feeding

162 Five readers placed one large region of interest, inclusive of as much liver parenchym

163 ated with global amyloid load and nearly all regions of interest independently of age, sex, and educa

164 with amyloid burden both globally and in all regions of interest independently of age, sex, and educa

165 ropriately translate the nanojet on top of a region of interest is still missing.

166 fication reaction mix targeting multiple DNA regions of interest is greatly simplified because the ly

167 on the signal integration of selected ROIs (regions of interest), is proposed that allows the fast a

168 me for one data set, typically containing 30 regions of interest, is approximately 18 h; user input t

169 e following two factors: the location of the region of interest (LoR, three levels: tumour "centre",

170 Furthermore, within 68 cortical regions of interest measured from each patient, the magn

171 A region-of-interest MRI structural analysis found cingula

172 umbens), none sustained activation in target regions of interest nor increased VTA functional connect

173 Regions of interest of IF, SF, and background muscle (BM

174 Automated registration was applied to align regions of interest of the entire placenta, fetal liver,

175 ional connectivity was calculated between 47 regions of interests, of which whole-brain and region-sp

176 ent breeds, allowing the detection of common regions of interest on different bovine chromosomes and

177 Signal intensities in regions of interest on fat and water images and mean sta

178 Three-dimensional regions of interest on fluid attenuation inversion recov

179 cted from the thorax by marking manually the regions of interest on the computer, and then it was sta

180 ed by background counts in an identical size region of interest over the contralateral chest.

181 CL ratio was calculated as total counts in a region of interest over the heart divided by background

182 d matrices of interest to be eluted into the region of interest over time.

183 resonance imaging (MRI) data by delineating regions of interest over which to evaluate the extent of

184 =0.20), area (P=0.21), density (P=0.25), and regions of interest (P=0.20) across exercise volume grou

185 to assess Hounsfield unit accuracy in seven regions of interest (paired t test).

186 addition, qAF was measured within specified regions of interest positioned at the autofluorescent le

187 Analysis of the PET region of interest predicted cavitary disease with 100%

188 and 76% specificity, and analysis of the CT region of interest predicted cavitary disease with 83.3%

189 d to estimate Braak stages directly from the region of interest profiles in each subject.

190 The mean (SD) region-of-interest qAF measured on the AZOOR line was 60

191 tivity and specificity depended on electrode region of interest radii and statistical thresholding.

192 among the three measurements within striatal regions of interest revealed a positive correlation betw

193 g two different sizes (4 mm and 8 mm) of the region of interest (ROI) and asking two different radiol

194 Frontotemporal region of interest (ROI) and whole-brain exploratory ana

195 We focused on an a priori defined region of interest (ROI) in ventromedial prefrontal cort

196 Analysis on the basis of the region of interest (ROI) of VNCa CT numbers of infiltrat

197 ine the impact of three different methods of region of interest (ROI) positioning for apparent diffus

198 Provided with only a two-dimensional region of interest (ROI) surrounding each nodule, our CN

199 hrough a narrow straight channel, in which a region of interest (ROI) was defined and continuously re

200 Spherical region of interest (ROI) was placed on the right hepatic

201 Region of interest (ROI)-based measures on T2-weighted i

202 the device and the real-time imaging with a region-of-interest (ROI) method.

203 Pooled mean liver stiffness and region-of-interest (ROI) size were compared by using pai

204 (123)I-FP-CIT binding was analyzed using region-of-interest (ROI)- as well as voxel-based methods

205 rrelations are always calculated in a square region-of-interest (ROI).

206 ctural imaging scans, the mean volumes of 18 regions of interest (ROI) constituting the functional ne

207 Imaging features were extracted from Regions Of Interest (ROI) delineated on CT-scan using Te

208 asures were extracted from individual-lesion regions of interest (ROI), and patient-level, in which a

209 rescence, as well as any spectral data) over Regions Of Interest (ROI), by performing per pixel opera

210 tral dimension based on the selection of the regions of interest (ROI), followed by a further data co

211 etamine scans (DeltaBPND) was assessed in 10 regions of interest (ROI).

212 ues (modified ellipsoid volume [MELV], smart region of interest [ROI] volume, renal cortex volume [RC

213 Overlapping low-ADC and high-rCBV regions of interest (ROIs) (hereafter, ADC-rCBV ROIs) we

214 (SVM) classification of the spectra from the regions of interest (ROIs) achieved over 94%, 92%, and 9

215 resultant paddy rice map was evaluated using regions of interest (ROIs) drawn from multiple high-reso

216 The regions of interest (ROIs) of the murals were manually l

217 Users were asked to draw various regions of interest (ROIs) on specific features and repo

218 s, the thalamus was parceled into functional regions of interest (ROIs) on the basis of connectivity

219 red in 70 patients with glioblastoma in five regions of interest (ROIs) per patient in the NEPTR at p

220 ed with closely connected bilateral a priori regions of interest (ROIs) relevant to MDD (anterior tem

221 On each stained section, regions of interest (ROIs) were chosen and matched to th

222 lications of experimentally obtained genomic regions of interest (ROIs).

223 uantified as target-to-pons SUV ratios in 12 regions of interest (ROIs).

224 from whole-tumor volumes and single-section regions of interest (ROIs).

225 nted using FreeSurfer to create 14 bilateral regions of interest (ROIs).

226 T1-weighted MR images for the following five regions of interest (ROIs): the dentate nucleus (DN), po

227 lization of language areas, resulting in 116 regions of interests (ROIs).

228 Region-of-interest sensitive secondary-ion mass spectrom

229 Anatomic region-of-interest size showed the highest variation, at

230 a measure of WM tract integrity, in a priori regions of interest: splenium of corpus callosum (SPCC)

231 chromosomal interactions involving targeted regions of interest, such as gene promoters, globally an

232 It creates genomic tiles spanning a region of interest that are subsequently cloned by recom

233 ic, they provide an anatomic overview of the region of interest that could influence subsequent proce

234 The percentage of region of interest that did not reach the floor at basel

235 Global rate of change and percentage of the region of interest that did not reach the measurement fl

236 as the mean value of a 3-dimensional aortic region of interest that was delineated on the attenuatio

237 itron emission tomography scans and striatal regions of interest that were hand-drawn based on visual

238 Two readers independently delineated regions of interest that were used to measure IVIM param

239 focused our analyses on an a priori defined region-of-interest, the bilateral hippocampus.

240 Among 5 brain regions of interest, the brain region with the greatest

241 ntrained operator drawing contours to choose regions of interest, the time between two replicate exam

242 ication of cerebral 5-HT1BR binding in three regions of interest: the anterior cingulate cortex, orbi

243 a gadolinium-containing contrast agent in a region of interest, thereby allowing the retention or cl

244 The WAND can approach the region of interest through the lower digestive track, si

245 ments of a cytoarchitectonically defined cBF region of interest to determine differences in cBF integ

246 as identify selection signatures and genomic regions of interest to be used both in conservation and

247 on utility, DepthGauge, measures coverage at regions of interest to increase confidence in calls.

248 This approach couples capture of regions of interest to previously developed Starr-seq te

249 FA index were performed manually using ROI (region of interest) tool.

250 nto the platform for out of focus detection, region of interest transformation, and IHC slide analysi

251 obtained at 216 discrete positions within a region of interest, typically a 2 x 2-mm area of the ret

252 ay matter thickness assessed within the same regions-of-interest used in this analysis.

253 tracted for predefined gray and white matter regions of interest using cerebellar gray matter as a re

254 For each region of interest, V(T) was 47.6% +/- 6.3% higher in HA

255 f interest had similar values, yet 6-segment region of interest was more feasible (86% versus 73%; P<

256 A region of interest was placed for the measurement of Hou

257 estive area to generate an SUVmax; a similar region of interest was placed on adjacent visually PN.

258 A region of interest was placed on the suggestive area to

259 itical role in eating behaviour, the primary region of interest was the hypothalamus.

260 ormance at fitting concentration curves from regions of interest was evaluated using the Akaike infor

261 Regions of interest were analyzed on the resultant (18)F

262 T2 signal intensity and volume values of the regions of interest were compared between groups by usin

263 n protocol, vascular measurements within the regions of interest were compared in the superior versus

264 Regions of interest were defined to derive individual an

265 pheral areas as opposed to the core WM where regions of interest were defined.

266 Regions of interest were delineated, time-activity curve

267 Regions of interest were drawn around multiple organs on

268 Regions of interest were drawn by two independent reader

269 Regions of interest were drawn in areas of high PF and l

270 Regions of interest were drawn in the largest lesion in

271 Regions of interest were drawn over organs visible in th

272 Regions of interest were drawn over the muscle area to o

273 Regions of interest were drawn over the visualized struc

274 hat best showed the left ventricular cavity, regions of interest were drawn to obtain myocardial and

275 m electrodes situated over specific cortical regions of interest were fit into linear multivariate au

276 New regions of interest were generated by redefining the bor

277 Four regions of interest were identified within each gland, i

278 When our regions of interest were limited to 0.5 cm3 of grey matt

279 In addition, regions of interest were measured in the globus pallidus

280 , whereas the IFNG, IFNG promoter, and TBX21 regions of interest were methylated.

281 VLS (3 segments) using both 6- and 3-segment regions of interest were obtained.

282 irections, b values of 0 and 600 sec/mm(2)), regions of interest were placed in the tibial and femora

283 Lung regions of interest were segmented, and the tissue densi

284 Nine brain regions of interest were studied, including the striatum

285 Selected regions of interest were the striatum for all radioligan

286 Bilateral amygdala regions of interest were used to assess the relationship

287 Regions of interest were verified by means of locus-spec

288 Sixty-seven regions-of-interest were classified as fibroatheroma on

289 Two hundred fifty-eight regions-of-interest were obtained from autopsied human h

290 isease and the possible access routes to the region of interest will vary for each clinical applicati

291 In semiquantitative analysis, at least 1 region of interest with metabolic change was identified

292 seq show that dCas9-SunTag-DNMT3A methylates regions of interest with minimal impact on the global DN

293 lign genomic distances which allows to group regions of interest with similar shapes, thereby capturi

294 er gram of tissue in the left and right lung regions of interest, with a test-retest variability of -

295 erage scattering power were calculated for a region of interest within each vertebra.

296 ts were widespread, and detected in 20 of 25 regions of interest within a WM skeleton representing al

297 oy multivoxel pattern analysis and find that regions of interest within default mode network are enco

298 r fat as measured by MRI-PDFF in colocalized regions of interest within each of the nine liver segmen

299 fferences in mass signal intensities between regions of interest within MSI data sets, we propose the

300 effect of group, F(2,41) = 17.5, P < 0.0001; region of interest x group interaction, F(2,68) = 7.5, P