ライフサイエンスコーパス: morphometric

1 s, and two variables obtained from geometric morphometrics).

2 surface roughness calculations and automated morphometrics.

3 s of epimetaphyseal characteristics and bone morphometrics.

4 diction of future atrophy using baseline MRI morphometrics.

5 e lower pharyngeal jaw (LPJ) using geometric morphometrics.

6 Morphometric age correlated with mortality after liver t

7 We created a model (stratified by sex) for a morphometric age equation, which we then calculated for

8 Morphometric age stratified patients at high and low ris

9 Assigning a morphometric age to potential liver transplant recipient

10 rtional hazards regression model showed that morphometric age was a significant independent predictor

11 f patient-centered surgical risk assessment: morphometric age.

12 study population to determine each patient's morphometric age.

13 proportions using phylogenetically informed morphometric analyses and test alternative models of evo

14 oxel-based pulsed arterial spin labeling and morphometric analyses and tested for association with CI

15 Morphometric analyses demonstrated that secretory caviti

16 ence for competitive exclusion; however, the morphometric analyses documented displacement in size of

17 (OB) circuitry, we carried out quantitative morphometric analyses in the mouse OB at 2, 6, 12, 18, a

18 Morphometric analyses including whole-brain segmentation

19 Comprehensive ERG and morphometric analyses initially yielded normal findings

20 al beta-cell by performing physiological and morphometric analyses of a tamoxifen-inducible, beta-cel

21 However, previous morphometric analyses of both living and fossil taxa hav

22 Our findings suggest that 1) morphometric analyses of cardiac function are more sensi

23 Morphometric analyses of crania from these specimens rev

24 erefore promising as a general framework for morphometric analyses of floral symmetry and asymmetry.

25 njury assessments often rely on conventional morphometric analyses of heart form and function.

26 Morphometric analyses of intravital video microscopy dat

27 atch-clamp recordings and high-resolution 3D morphometric analyses of layer 3 pyramidal neurons in in

28 tion of skull shape in felids (cats) through morphometric analyses of linear variables, phylogenetic

29 This kinematic pattern is mirrored in the morphometric analyses of metatarsal head shape.

30 After 3 months, morphometric analyses of myofiber cross-sectional area a

31 dritic three-dimensional reconstructions and morphometric analyses of presynaptic boutons along 5-HT

32 Comparative morphometric analyses of the KNM-LH 1 cranium document t

33 Here, we address this deficiency with morphometric analyses of the postcrania of the two most

34 ormed magnetic resonance imaging (MRI)-based morphometric analyses of the postnatal human pons (0-18

35 he avian craniofacial skeleton, we conducted morphometric analyses on raptors, a polyphyletic group a

36 Immunohistochemistry and histological and morphometric analyses revealed a twofold increase in pro

37 Morphometric analyses revealed increased CD31(+) and Ki6

38 n-containing diet, quantitative chemical and morphometric analyses revealed massive accumulation of m

39 Multiplex protein labeling of CC and morphometric analyses showed: 1) up-regulation of ZEB-1,

40 ecies have been named, our palaeogenomic and morphometric analyses support the idea that there was on

41 mission computerized tomography, and perform morphometric analyses to assess grey matter loss.

42 logeographic, Ecological Niche Modeling, and morphometric analyses to further understand how populati

43 Morphometric analyses were applied using voxel-based mor

44 Electroretinographic (ERG) and morphometric analyses were used to assess retinal functi

45 Univariate voxel-based morphometric analyses, fractional amplitude of low-frequ

46 elium during cultivation using histology for morphometric analyses, terminal deoxynucleotidyltransfer

47 Using statistical models and morphometric analyses, we demonstrate that the extinctio

48 ctional mapping with whole-brain voxel-based morphometric analyses, we investigated the anatomical re

49 n factors and melanopsin, and with elaborate morphometric analyses, we show in mouse retina that neit

50 Using three-dimensional kinematic and morphometric analyses, we show that humans push off with

51 esolution live cell imaging and quantitative morphometric analyses, we show that the small GTPase Rab

52 tratification were subjected to quantitative morphometric analyses.

53 a were defleshed and used for histologic and morphometric analyses.

54 nd essential dispersal niches defined by our morphometric analyses.

55 ounted in each section and computer-assisted morphometric analysis (Image Pro Plus) was used to measu

56 Histological sections were used for the morphometric analysis (number neutrophils and mononuclea

57 Histologic sections were used for the morphometric analysis (number of neutrophils and mononuc

58 Morphometric analysis and immunohistochemistry revealed

59 ongitudinal magnetic resonance imaging-based morphometric analysis and survival.

60 The CAV development was evaluated with morphometric analysis at postoperation day 100.

61 Morphometric analysis confirmed the mismatch between glo

62 3D geometric morphometric analysis correctly classifies 99.5% of the

63 While highly variable, our results of morphometric analysis demonstrates that all Ch. stipae s

64 developed the Perth-Rotterdam Annotated Grid Morphometric Analysis for CF (PRAGMA-CF), a quantitative

65 ase using the Perth-Rotterdam Annotated Grid Morphometric Analysis for Cystic Fibrosis quantitative o

66 Subdivision-wise morphometric analysis found a significantly smaller medi

67 Finally, via a comparative morphometric analysis in lamprey, dogfish, zebrafish and

68 iological, quantitative ultrastructural, and morphometric analysis in neonatal rodent optic nerve and

69 By applying a multi-scalar morphometric analysis in zebrafish embryos, we show that

70 Morphometric analysis indicated that the exudate is too

71 Here, we continue a morphometric analysis of >5,500 leaves representing 270

72 Moreover, morphometric analysis of airway sections revealed less e

73 We address this issue with a comparative morphometric analysis of beak shape in a diverse group o

74 Morphometric analysis of bone loss was performed.

75 Then, the specimens were processed for morphometric analysis of bone loss, and the gingival tis

76 Wound neovascularization was evaluated by morphometric analysis of CD31-stained wound cross-sectio

77 provided descriptive information, a thorough morphometric analysis of end-stage CF lung disease is la

78 Per cell morphometric analysis of fluorescently labeled microglia

79 ross morphological comparisons and geometric-morphometric analysis of general shape, that the five ho

80 A morphometric analysis of glomeruli obtained during nephr

81 Morphometric analysis of L5 ventral roots and horns reve

82 Morphometric analysis of male wings revealed that Kauai

83 Here, we provide a morphometric analysis of more than 1,200 grape accession

84 ceous unit, we carried out three-dimensional morphometric analysis of paired PP and nonlesional psori

85 Morphometric analysis of pancreas indicated a significan

86 determined with the hyperglycemic clamp and morphometric analysis of pancreatic islets.

87 Morphometric analysis of paraffin-embedded lung sections

88 Morphometric analysis of plants grown in controlled cond

89 A three-dimensional morphometric analysis of presynaptic glutamatergic bouto

90 HEV data were correlated with HIV status and morphometric analysis of small intestinal biopsies.

91 in detail a protocol for obtaining detailed morphometric analysis of spines using microinjection of

92 SD-OCT is capable of detailed morphometric analysis of the conventional outflow pathwa

93 In further morphometric analysis of the dorsolateral prefrontal cor

94 ult in damage that could be appreciated in a morphometric analysis of the optic nerve and retina.

95 Using a novel morphometric analysis procedure combining the FreeSurfer

96 ostprocessing technique, implemented using a morphometric analysis program (MAP), aiming to facilitat

97 I postprocessing technique, implemented in a morphometric analysis program (MAP), to facilitate detec

98 Morphometric analysis revealed a higher number of bronch

99 Morphometric analysis revealed an increase in beta cell

100 Three-dimensional morphometric analysis revealed that WNT11 prevented leng

101 Morphometric analysis showed that CD3+ and CD8+ T cells/

102 Voxel-based morphometric analysis showed that this inability was pri

103 rvals and evaluated by light microscopy, and morphometric analysis was performed.

104 The morphometric analysis yielded reduced gray matter volume

105 This morphometric analysis yielded significant differences be

106 ajor signaling pathways were investigated by morphometric analysis, bromo-2'-deoxyuridine incorporati

107 ith Ptges(-/-) BM (BM(-/-)) were assessed by morphometric analysis, echocardiography, and invasive he

108 tructural changes were determined by ERG and morphometric analysis, respectively.

109 ong with immunohistological and related cell morphometric analysis, to examine densities and volumes

110 Using Neurolucida Explorer's morphometric analysis, we measured spine density, dendri

111 ing multiplex labeling and software-assisted morphometric analysis.

112 lymerase chain reaction, immunoblotting, and morphometric analysis.

113 rison subjects by subdivision-wise classical morphometric analysis.

114 s in stratigraphic dating and a new suite of morphometric and comparative evolutionary numerical meth

115 pectral imaging microscopy and quantified by morphometric and fluorescence emission, showed regional

116 beta3-TG and WT had similar morphometric and hemodynamic parameters at baseline.

117 After 28 days, skin was analyzed by means of morphometric and immunohistochemical techniques and elec

118 Both morphometric and metagenomic analyses have raised questi

119 ecimens from the mandible were processed for morphometric and microcomputed tomography examination of

120 yielded concentration-responsive changes in morphometric and molecular responses, with relative sens

121 We present findings from morphometric and neurocognitive analyses of 1381 subject

122 ts from the mucosal biopsies and analyzed by morphometric and polymerase chain reaction analyses.

123 Morphometric and statistical analyses indicate that the

124 However, morphometric and ultrastructural analyses show an altere

125 of living and fossil deer using 3D geometric morphometrics and cladistics.

126 Airway morphometrics and inflammation were similar in viral and

127 Here we combine geometric morphometrics and maximum-likelihood analysis to show th

128 Morphometrics and modeling analyses of the jaws of Mesoz

129 Here we use geometric morphometrics and phenotypic matrix statistics to compar

130 and harvested at 14 days after wounding for morphometrics and standard Fourier transform-based scar

131 re, was therefore followed by physiological, morphometric, and massive parallel sequencing analysis.

132 led 51 living donors to undergo physiologic, morphometric, and radiologic evaluations before and afte

133 ere evaluated by electroretinographic (ERG), morphometric, and Western blot analyses.

134 cell-selective markers, confocal microscopy, morphometrics, and electrophysiology were used to examin

135 , this study demonstrates that the geometric morphometric approach can only be used with great cautio

136 We use a new morphometric approach for analysing shapes with complex

137 Here we use a geometric morphometric approach integrating developmental, neontol

138 The new morphometric approach is promising for further analyses

139 Leishmania promastigote cell cycle taking a morphometric approach to position any cell within the ce

140 MA patients and controls, using quantitative morphometric approaches on immunohistochemically labeled

141 Morphometric assessment has emerged as a strong predicto

142 a method to detect subtle changes in nuclear morphometrics at single-cell resolution by combining flu

143 mbined approach, involving ecophysiological, morphometric, biochemical, and molecular analyses, has b

144 Morphometric biomarkers had high reproducibility, with I

145 In morphometric brain analysis, we serendipitously found a

146 in and eosin (H&E) and subjected to detailed morphometric cellular analysis, using a commercial digit

147 Our analysis reveals that spindle morphometrics change abruptly, within one cell cycle, at

148 rize the metabolomic, pathophysiological and morphometric changes associated with AVNFH providing ins

149 gen in beg birds posthatch may relate to the morphometric changes exhibited by the disease, likely as

150 rmal nerve fiber density but did not prevent morphometric changes in distal tibial nerve myelinated f

151 ecade, several studies have identified brain morphometric changes in ET, but these changes remain poo

152 at shape asymmetries, potentially induced by morphometric changes in subnuclei, rather than size asym

153 Shape analysis revealed pronounced morphometric changes in the anterior hippocampus and bas

154 ng normal gender differences and age-related morphometric changes in the cingulate cortex over seven

155 Yet a detailed study of more subtle morphometric changes in the Purkinje cell axonal compart

156 First, to investigate and compare morphometric changes in UD and BD, and to replicate the

157 adolescence; however, little is known of how morphometric changes influence neural response to cognit

158 to stress exposure and provide evidence for morphometric changes that are consistent with stress-sen

159 Morphometric changes were absent across time in controls

160 We assessed medical records for validated morphometric characteristics of aging (psoas area, psoas

161 tenting was used to compare histological and morphometric characteristics of the vascular response to

162 Nuclear morphometric characteristics were measured.

163 All analytic steps related to measuring morphometric characteristics were obtained via custom al

164 t the decellularization preserves glomerular morphometric characteristics, physiological parameters (

165 measurements enable calculation of standard morphometric characteristics, such as mean linear interc

166 e correlated with clinical, biochemical, and morphometric characteristics.Broad ranges of cellular ch

167 trast analysis revealed correlations between morphometric characters and body size.

168 how strong differentiation in behavioral and morphometric characters, which are random with respect t

169 The authors performed morphometric comparison of the microstructurally informe

170 Nerve diameter was measured as a morphometric criterion.

171 vian skull using high-dimensional 3D surface morphometric data across a broad phylogenetic sample enc

172 Morphometric data analysis reported in this study indica

173 ntage of the wealth of published kinetic and morphometric data available for neurofilaments in the mo

174 Morphometric data from the epicardial coronary artery tr

175 Morphometric data regarding position, orientation and ec

176 For example, landmark-based geometric morphometric data use the Cartesian coordinates of (pote

177 Brain morphometric data were employed to create multivariate p

178 ctional magnetic resonance imaging response, morphometric data, lifetime ADHD symptoms, and novelty s

179 nalyses of phenotypic change using geometric morphometric data.

180 in reflex distances 1 and 2 and other facial morphometric data.

181 First, a deformation-based morphometric (DBM) approach was used to show that gray m

182 Here, we provide a morphometric description of >33,000 leaflets from a set

183 d spatial distributions (collectively termed morphometric descriptors).

184 ely 4-5 months if the highest resolution and morphometric detail is sought.

185 , and body mass index, echocardiographic and morphometric differences among groups were attenuated an

186 provide a more complete picture of cortical morphometric differences in schizophrenia and bipolar di

187 Our results highlight a strong morphometric distinction between Mesolithic hunter-gathe

188 Morphometric evaluation of ABL was conducted and express

189 Morphometric evaluation of lung changes and lung elastin

190 Morphometric evaluation of small airways revealed increa

191 ry glomerular contractions and confirmed the morphometric evaluations obtained in static electron mic

192 ght and electron microscopy and subjected to morphometric examination and detection of apoptosis.

193 Additionally, we conducted a molecular and morphometric examination of left main coronary arteries

194 Morphometric examination of these eyes revealed signific

195 opy analysis of cortical thickness, neuronal morphometric features and nuclei size/density.

196 The aim of this study was to examine morphometric features of the cerebral surface in adolesc

197 y was to correlate clinical, histologic, and morphometric features of the liver in children with extr

198 Correlation of histologic and morphometric features of the liver with outcome has not

199 and neuroimaging (volumetric and voxel-based morphometric) features in a pathologically ascertained c

200 providing detailed individual life-history, morphometric, genetic, reproductive and disease data.

201 Geometric morphometrics (GM) was used to analyze the shape of the

202 down of MARF or Opa1 increases mitochondrial morphometric heterogeneity and induces heart tube dilati

203 Morphometric, histologic, and molecular analyses demonst

204 Visual and morphometric histological analyses at basal, midventricu

205 A range of morphometric, histological, and neuroimaging studies sug

206 peripubertal rhesus monkeys with a series of morphometric, hormonal, and radiographic measures, and c

207 was assessed at 7 days after I/R by confocal morphometric imaging of retinal wholemounts immunostaine

208 utomated neuroimaging methods for cerebellar morphometrics in 417 individuals to (1) localize normati

209 Relatively little morphometric information is available on EGCs, especiall

210 Interreader agreement was good for bone morphometrics (intraclass correlation coefficient, 0.906

211 alysis included quantitative angiography and morphometric intravascular ultrasound measurements pre a

212 Morphometric measurement demonstrated lumenal narrowing

213 Periodontitis was assessed by bone morphometric measurements and histomorphometry of block

214 ed heritability analyses on global and local morphometric measurements derived from brain structural

215 unstained fresh coronary adventitia allowed morphometric measurements of collagen and elastin fibril

216 We performed morphometric measurements of external and internal genit

217 Morphometric measurements of portal tract structures wer

218 Morphometric measurements revealed that the superficial

219 Morphometric measurements showed increased mandibular le

220 o correlate measured concentrations with (i) morphometric measurements that are known to be indicativ

221 Morphometric measurements were carried out to determine

222 Diaphyseal and epiphyseal morphometric measurements were correlated with GA by mea

223 ontaminants in European starlings, including morphometric measurements, immunotoxicology, oxidative s

224 at term regardless of labor status; however, morphometric measures (width and depth) were higher in t

225 Support vector machines determined whether morphometric measures at baseline predicted ECT-related

226 Endothelial morphometric measures have potential value in predicting

227 luten-targeting proteases, to reduce mucosal morphometric measures in biopsy specimens from patients

228 arisons were made for psychometric tests and morphometric measures of cortical thickness and hippocam

229 ent cancer diagnosis employs various nuclear morphometric measures.

230 Here, we apply morphometric, mechanistic, and macroevolutionary analyse

231 completed with a specific computer-assisted morphometric method to quantify bronchial and alveolar s

232 ower than values estimated previously by the morphometric method, which considers the total membrane

233 The morphometric methodology also provided insights into how

234 Here, we use geometric morphometric methods to examine population variation in

235 aonic and Meroitic, by means of 3D geometric morphometric methods, in order to assess shape variation

236 longstanding type 1 diabetes using unbiased morphometric methods.

237 re analyzed by biochemical, immunologic, and morphometric methods.

238 Yet, a morphometric model integrating evolutionary, development

239 Multisite voxel- and region-based morphometric MRI analysis was conducted in 73 depressed

240 Here, we used morphometrics of skull isosurfaces derived from 374 pedi

241 orrelation between body size, morphology and morphometrics of the spinning apparatus and the spinning

242 ern China, using three-dimensional geometric morphometrics on a sample set of thirty skulls in combin

243 Intergroup comparisons of the morphometric outcomes revealed higher bone loss values i

244 ve-crest modulation of tissue thickness as a morphometric parameter that can, together with the curva

245 sed on inter-regional similarity of multiple morphometric parameters measured using multimodal MRI.

246 The morphometric parameters of the villi, crypts, muscular l

247 macular changes with visual acuity and other morphometric parameters were assessed by means of linear

248 of the hydrodynamic resistance for measured morphometric parameters.

249 n the identification of muscle, adipose, and morphometric phenotypic QTL (pQTL), translation and tran

250 been documented an important histopathologic morphometric predictor for later thrombotic events.

251 We implemented a new morphometric procedure for the analysis of whole-wing pa

252 Morphometric quantification using the lysosomal marker p

253 d changes in liver fibrosis, as evidenced by morphometric quantitation of Sirius Red staining and inc

254 llected and analyzed in immunohistochemical, morphometric, real-time polymerase chain reaction, and w

255 he growing tip of the duct, and incorporates morphometrics, region-specific proliferation and apoptos

256 We demonstrate that morphometric regional boundaries correspond to mapped ge

257 tors in cardiomyocytes wherein mitochondrial morphometric remodeling does not normally occur and the

258 Morphometric similarity mapping provides a novel, robust

259 an, one macaque), we find that the resulting morphometric similarity networks (MSNs) have a complex t

260 ctonic divisions, and greater inter-regional morphometric similarity was associated with stronger int

261 MSNs with tract-tracing data confirmed that morphometric similarity was related to axonal connectivi

262 Images were segmented by using voxel-based morphometric software.

263 al renal nerve anatomy was examined by using morphometric software.

264 iffusing in synthetic cells parameterized by morphometric statistics are then iterated to fit experim

265 Prior morphometric studies have frequently reported volumetric

266 Morphometric studies in multicellular organisms are gene

267 parasitic nematode species by morphology and morphometric studies is very difficult because of high m

268 Whereas morphometric studies of kidneys revealed a thickened glo

269 study reports a meta-analysis of voxel-based morphometric studies of patients with major depressive d

270 Morphometric studies showed that a subset of these patie

271 Morphometric studies were performed on eyes with high- o

272 cotton, but through pioneering chimeric and morphometric studies, it has contributed to fundamental

273 We present the first geometric morphometric study using ontogenetic series of dog and w

274 A morphometric study was performed on 400 hips of 200 fema

275 ough a multidisciplinary study that combines morphometrics, taphonomy, stable isotopes, radiocarbon d

276 tcomes than those who jumped to the youngest morphometric tertile (74.4% vs 93.2% survival at 1 year

277 nologic age tertile who jumped to the oldest morphometric tertile have worse outcomes than those who

278 methods of biomedical imaging and geometric morphometrics to analyze changes in pelvic morphology fr

279 sing corolla tube measurements and geometric morphometrics to quantify petal shape.

280 on study for molar shape and used 3D surface morphometrics to quantify subtle variation between indiv

281 Here, we use geometric morphometrics to reassess the morphological affinities o

282 We used landmark-based geometric morphometrics to test whether wing shapes in Haeterini a

283 esents the first application of 3D geometric morphometrics to the dinosaurian morphospace and the fir

284 cological niche modeling [ENM] and geometric morphometrics) to test two hypotheses: given their behav

285 ethod recently incorporated in the geometric morphometric toolkit that complements previous approache

286 ature neurons while retaining mouse-specific morphometric traits.

287 ypophosphatemia, and strongly decreased bone morphometric values.

288 n this proof-of-principle study, IRC-derived morphometric variables correlated well with treatment-na

289 The wide range of geometric morphometric variation in a single species of Psittacosa

290 predictive of adult phenotypes and that SAM morphometric variation is associated with genes not prev

291 tudy to investigate WM microstructure and GM morphometric variations in adolescents with SBP.

292 RDN may precede the established clinical and morphometric vascular changes caused by DM and represent

293 llected and analyzed in immunohistochemical, morphometric, vascular permeability, real-time polymeras

294 The rate of any new morphometric vertebral fracture was 1.6% in the zoledron

295 y was performed to compare the prevalence of morphometric vertebral fractures (MVF) between patients

296 The prevalence of morphometric vertebral fractures is higher in patients w

297 portion of participants with one or more new morphometric vertebral fractures over a period of 24 mon

298 Geometric Morphometrics was employed to extract three-dimensional

299 rocomputed tomography scans and 3D geometric morphometrics were used to quantify shape and functional

300 of overall mortality (hazard ratio, 1.03 per morphometric year [95% CI, 1.02-1.04; P < .001]) after l