ライフサイエンスコーパス: densitometry

1 ss (determined by Western blotting and laser densitometry).

2 ual impairment can be estimated with corneal densitometry.

3 in each sample were determined with scanning densitometry.

4 llary electrophoresis, Hpa II digestion, and densitometry.

5 nalyzed for MYOC content by Western blot and densitometry.

6 in staining, gel averaging, and quantitative densitometry.

7 the silver-enhanced spots was quantified by densitometry.

8 hanges in specific protein bands by scanning densitometry.

9 or detection and quantitation of proteins by densitometry.

10 ontused areas, then measured by Western blot densitometry.

11 cing, and quantified using computer-assisted densitometry.

12 ed by gadolinium-MRI perfusion and capillary densitometry.

13 risk factor information in addition to bone densitometry.

14 ing and subsequent quantification with laser densitometry.

15 n mass fingerprinting, Western blotting, and densitometry.

16 s to select younger postmenopausal women for densitometry.

17 nerve was assessed quantitatively by imaging densitometry.

18 ere significantly related to performing bone densitometry.

19 separation and the resultant gel to scanning densitometry.

20 , stained with SYBR green, and quantified by densitometry.

21 using COX histochemical methods and optical densitometry.

22 ve fibers in the rat DR by using light level densitometry.

23 vity that was considerably greater than band densitometry.

24 hybridization and quantified by using laser densitometry.

25 green > TaqMan > probe hybridization > band densitometry.

26 y, and the products were quantified by laser densitometry.

27 increase in radioactivity was quantified by densitometry.

28 nea, and sclera was determined using imaging densitometry.

29 in IgA1 samples were measured by ultraviolet densitometry.

30 se chain reaction and quantified by scanning densitometry.

31 e level of immunostaining was quantitated by densitometry.

32 Labeled nuclei were quantified by automated densitometry.

33 ciliary muscle using two-dimensional imaging densitometry.

34 ased IL-1 beta, as measured by SDS-PAGE with densitometry.

35 gellin gene (flaB), followed by quantitative densitometry.

36 The blots were scanned and analyzed by densitometry.

37 ccumulation was reduced by 47% by immunoblot densitometry.

38 restriction fragment (TRF) was determined by densitometry.

39 compared with the 2-log linear range of gel densitometry.

40 stry, 3,3'-diaminobenzidine enhancement, and densitometry.

41 ectively, for end point fluorescence and gel densitometry.

42 ns) and evaluated by computer planimetry and densitometry.

43 thetic nerve-specific enzyme, as assessed by densitometry.

44 ined with silver reagent, and analyzed using densitometry.

45 nd PomB, as detected on Western blots and by densitometry.

46 ting with monoclonal anti-gelsolin and laser densitometry.

47 ut 5:1 to 6:1, as determined by SDS-PAGE and densitometry.

48 clonal anti-HGF antiserum and quantitated by densitometry.

49 udied by using SDS-PAGE and quantitative gel densitometry.

50 slab gel electrophoresis and quantitated by densitometry.

51 el electrophoresis and quantitative scanning densitometry.

52 nt in HeLa cells than DUT-M as determined by densitometry.

53 senger RNA (mRNA) or protein was obtained by densitometry.

54 copy, electroretinography (ERG), and retinal densitometry.

55 uation was performed using HPTLC followed by densitometry.

56 n = 3), as determined by immunoblotting and densitometry.

57 patients (n = 27) underwent quantitative CT densitometry.

58 ral density large enough to resolve by X-ray densitometry.

59 LA signal strength was measured by densitometry.

60 ity has changed enough to be detectable with densitometry.

61 Nox was quantitated by Western blotting and densitometry.

62 provided for use in pediatric hydrometry and densitometry.

63 om actin with SDS-PAGE and quantitated using densitometry.

64 media (CM) was measured by Western blot and densitometry.

65 combinantly expressed Pmps and quantified by densitometry.

66 ly to receive cholesterol screening and bone densitometry.

67 the intensity of the stain is quantified by densitometry.

68 etic resonance (MR) imaging (2.6%), and bone densitometry (1.5%) (percentages do not add up to 100% d

69 tacam HR imaging system was used for corneal densitometry (12-mm corneal diameter) measurements.

70 Based on densitometry, 2SC-adiponectin accounted for approximatel

71 Change in corneal densitometry after CXL and CRXL for keratoconus.

72 D brain cortex (analyzed by autoradiographic densitometry) allowed definitive morphological analysis

73 Visual detection or gray-scale densitometry allows the quantification of liposomes that

74 med morphological reconstructions as well as densitometry analyses as a function of developmental age

75 Our immunohistochemistry and densitometry analyses showed less staining for alpha-smo

76 Using polymorphic marker and phosphorimage densitometry analyses, we found allelic imbalance of the

77 Densitometry analysis demonstrated a highly correlative

78 Densitometry analysis demonstrated significant increases

79 Densitometry analysis has demonstrated significant incre

80 Densitometry analysis of SDS-PAGE gels confirmed no size

81 so the highest enzyme content, determined by densitometry analysis on 1D and 2D gels electrophoresis.

82 ytokine gene expression by Northern blot and densitometry analysis.

83 low BMD underwent lumbar spine and hip bone densitometry and a complete periodontal examination.

84 sm, and (4) quantitative analysis by digital densitometry and cell counting in regions representing d

85 eserve or multifocality) underwent nodule CT densitometry and CT-guided percutaneous RF ablation of 1

86 s in G-protein expression were quantified by densitometry and expressed as percentage change from nor

87 ity-adjusted life-year (QALY) gained for the densitometry and follow-up treatment strategy compared w

88 Lifetime costs per QALY gained for the densitometry and follow-up treatment strategy were less

89 Signal intensity was quantified by laser densitometry and found to be linear over a concentration

90 Bone densitometry and histomorphometry in lymphoma-bearing mi

91 bone mass at 6 and 12 mo as measured by bone densitometry and histomorphometry.

92 Furthermore, the lens densitometry and lens thickness (LT) measurements were p

93 otein composition was analyzed with SDS-PAGE densitometry and liquid chromatography-time of flight ma

94 It may help achieve appropriate use of bone densitometry and may allow convenient dissemination of i

95 Bone densitometry and micro-computed tomography (microCT) dem

96 espectively, and 44.9 and 45.1% for the band densitometry and probe hybridization assays, respectivel

97 Both endpoint (band densitometry and probe hybridization) and real-time (SYB

98 Using both densitometry and real-time quantitative polymerase chain

99 Data were quantitated by densitometry and statistically analyzed with the Student

100 The International Society for Clinical Densitometry and the World Health Organization criterion

101 comparing standard curves obtained from band densitometry and threshold cycle data, the standard curv

102 ausal women were less likely to undergo bone densitometry and to receive a prescription medication fo

103 Light level densitometry and ultrastructural analysis showed that th

104 had recently (within 2 weeks) undergone bone densitometry and were found to have osteoporosis.

105 asured optically and protein accumulation by densitometry and Western blot analysis.

106 ucocorticoids did not routinely undergo bone densitometry and/or receive prescription medications for

107 Protein concentrations were determined by densitometry and/or spectrophotometry.

108 nd point data collection methods (i.e., band densitometry) and, thus, have provided at best a semiqua

109 nt Trial (NETT) CT scoring, semiautomated CT densitometry, and (99m)Tc perfusion scintigraphy in 28 p

110 rcent of the study population underwent bone densitometry, and 42% were prescribed a medication that

111 tion, spine magnetic resonance imaging, bone densitometry, and brain magnetic resonance angiography.

112 edance analysis (BIA), total body potassium, densitometry, and in vivo neutron activation analysis, p

113 screening, colorectal cancer screening, bone densitometry, and mammography during survivorship year 1

114 alysis, with potential in arthrography, bone densitometry, and metastases surveillance.

115 Confocal analyses, densitometry, and quantitative polymerase chain reaction

116 quantified by spectrophotometry and scanning densitometry, and resolved by TLC and HPLC with subpicom

117 obtained products were quantitated by laser densitometry, and statistical analysis was performed.

118 architecture and adds value to standard bone densitometry, and the Fracture Risk Assessment Tool (FRA

119 Furthermore, data acquired from densitometry are similar to those obtained by video-base

120 Hydrometry and densitometry are widely used to assess pediatric body co

121 icultural and food samples for AFB1 or, with densitometry, as an inexpensive quantitative assay.

122 ml), all positive results were identified by densitometry at 10 and 20 min; however, after 20 min, mo

123 zation with Dragendorff reagent and scanning densitometry at lambda - 520nm in reflectance/absorption

124 s have been validated against estimates from densitometry, based on a 2-component (fat mass and fat-f

125 Densitometry can be used as an objective measure of the

126 ians increased use and understanding of bone densitometry, changed management of osteoporosis, and wa

127 Northern dot blot analysis and comparative densitometry confirmed a 1.8-fold increase in expression

128 to show that the gene was not rearranged and densitometry confirmed the presence of two copies of the

129 h exposure to X-ray film and quantitation by densitometry could also be employed.

130 No difference in densitometry could be detected between re-DMEK and contr

131 HPTLC densitometry could thereby serve as a valid and reliable

132 Densitometry data from different corneal layers and diff

133 Outcome measures included densitometry data in 4 corneal layers (anterior layer [A

134 th complete genotype and computed tomography densitometry data in the COPDGene (Genetic Epidemiology

135 determined, and the correlation to different densitometry data was evaluated.

136 Densitometry data were obtained in 4 corneal layers (ie,

137 results were retrospectively correlated with densitometry data.

138 operative BSCVA results were correlated with densitometry data.

139 Corneal densitometry decreased in all 4 layers over 2 years afte

140 ineral density, as determined by dual-energy densitometry; decreased cancellous bone volume and trabe

141 Color densitometry demonstrated a consistent cross-sectional a

142 4-CM), which was based on data obtained from densitometry, deuterium dilution, and dual-energy X-ray

143 k race) were imported into ImageJ to measure densitometry differences (adjacent arterioles minus DH [

144 CN and Down-nonKCN groups; these inter-group densitometry differences within the 6 mm zone were only

145 Reactivity was analyzed by transmission densitometry, digitization, and computer manipulation.

146 Clinical and bone densitometry (dual x-ray absorptiometry [DXA]) records w

147 ted for best-corrected visual acuity (BCVA), densitometry, endothelial cell density (ECD), pachymetry

148 clinical pathology parameters, PIXImus mouse densitometry findings, and macroscopic and microscopic o

149 In the one patient with 12-month CT densitometry follow-up, lesion enhancement was less than

150 ong older men the cost-effectiveness of bone densitometry followed by 5 years of oral bisphosphonate

151 Bone densitometry followed by bisphosphonate therapy for thos

152 To investigate the 2-year course of corneal densitometry following Descemet membrane endothelial ker

153 ervices Task Force guidelines recommend bone densitometry for all women older than 65 years, identify

154 ompared to references: Kjeldahl and SDS-PAGE densitometry for the determination of the proportion of

155 nd cellular inflammation; (iii) Western blot densitometry for the presence of antibodies; and (iv) re

156 en with epilepsy, studies investigating bone densitometry frequency and calcium and vitamin D supplem

157 Comparative immunoblotting and densitometry further validate our method.

158 Bone mineral densitometry has become more widely available and common

159 A major barrier to wider use of bone densitometry has been a lack of reports that are compreh

160 and 12 weeks postsurgery were measured using densitometry, histomorphometry, scanning electron micros

161 f 20 mul (>= 25 ng/ml), ophthalmologists and densitometry identified almost all test lines at 10 and

162 Factors associated with not undergoing bone densitometry in adjusted logistic models included male p

163 radiation-free approach may complement bone densitometry in assessing risk of osteoporotic fracture.

164 The resolutions are critical to the role of densitometry in clinical practice.

165 Volume densitometry in intima showed a significant increase in

166 opes is consistent with the rate observed by densitometry in long-term bed rest studies.

167 the study is to evaluate Scheimpflug corneal densitometry in patients with amiodarone keratopathy (AK

168 face of increasing use of all types of bone densitometry in the diagnosis and management of osteopor

169 A densitometry increase was seen after both treatments tha

170 Quantitative densitometry indicates that Tctex-1 is a stoichiometric

171 new technique, high fidelity Imaging Retinal Densitometry (IRD), which probes the functional integrit

172 Measurement of bone mass by densitometry is a primary part of diagnosing osteoporosi

173 Dynamic spiral CT lung densitometry is a quick, simple method for quantitative

174 Corneal densitometry is a useful, objective method for quantifyi

175 standing of the strengths and pitfalls of CT densitometry is critical for physicians reviewing the pu

176 erformance thin layer chromatography (HPTLC)-densitometry is presented.

177 ng an in vitro reconstituted PDC, we provide densitometry, isothermal titration calorimetry, and anal

178 y absorptiometry (DXA), underwater weighing (densitometry), isotope dilution (H(2)18O), bioelectrical

179 re evaluated by electroretinography, retinal densitometry, light microscopy, and TUNEL labeling.

180 CT densitometry may have potential for future use as a noni

181 y X-ray absorptiometry, underwater weighing (densitometry), measurement of skinfold thicknesses, isot

182 ence anisotropy is shown to be comparable to densitometry measurements made on denaturing polyacrylam

183 mean values of the average and maximum lens densitometry measurements of the 2 groups, as well as th

184 ecular volume of Kdo(2)-Lipid A, obtained by densitometry measurements was found to be 3159 +/- 71 A(

185 ts also showed a reduction in GLUT2 protein; densitometry measurements were 36 +/- 3% of values from

186 e (WT) littermate mice was evaluated by bone densitometry, microcomputed tomography, and analysis of

187 Densitometry might be more effectively used in practice

188 Therefore, corneal densitometry might be useful for therapeutic monitoring.

189 he Scheimpflug-based Oculus Pentacam corneal densitometry module were screened for eligibility.

190 metry (n = 84), deuterium dilution (n = 81), densitometry (n = 62), and skinfold thicknesses (n = 85)

191 ), and lens opacity was measured by Pentacam densitometry (Oculus).

192 Densitometry of active infectious corneal infiltrates is

193 Scanning densitometry of an SDS gel of the complex isolated from

194 onfirmed by two independent means, including densitometry of both silver-stained and Western-blotted

195 or digital morphometry of nerve diameter and densitometry of connective tissue constituents.

196 Densitometry of Coomassie-stained gels revealed signific

197 Light-level densitometry of DYN labeling in the LC showed a signific

198 rane and cytosol fractions was determined by densitometry of immunoblots.

199 Densitometry of immunolabeled brains indicated that the

200 s of tuber homogenates and computer-assisted densitometry of immunolabeled sections confirmed the neu

201 ethod, and for select samples confirmed with densitometry of PHAST gels.

202 Western blot analysis and densitometry of POAG iris and ciliary body revealed a st

203 Using scanning densitometry of sodium dodecyl sulfate-polyacrylamide ge

204 We have used densitometry of Southern blots of individual heteroplasm

205 Densitometry of the autoradiograms and of the histochemi

206 All women underwent bone densitometry of the lumbar spine and hip.

207 Quantitative light microscopic densitometry of the superficial dorsal horn revealed tha

208 Quantitative light microscopic densitometry of the superficial dorsal horn revealed tha

209 Densitometry of Western blots of L6 myoblast supernatant

210 ) receptor mRNA expression was quantified by densitometry of X-ray film autoradiograms.

211 d product which can be quantified by optical densitometry on a plate reader.

212 ening tool either for early referral to bone densitometry or for occult spinal fractures.

213 7 of 11 (63.6%) combined, and 1 of 6 (16.7%) densitometry parameters showed significantly worse repea

214 Corneal haze was quantified with corneal densitometry (Pentacam).

215 ave skeletal status assessed by bone mineral densitometry, preferably at a site containing cortical b

216 It appears clearly that HPTLC-densitometry process provides additional information whi

217 4/80 immunoreactivity were evaluated using a densitometry program.

218 Western blots and densitometry quantified mitochondrial PLC expression.

219 by amino acid sequence analysis and scanning densitometry, ranged between 60 and 80%.

220 A) subregions and the subiculum, we assessed densitometry readings for non-phosphorylated MAP2-positi

221 Corneal densitometry readings in subjects with bacterial keratit

222 Using densitometry, recognition of antigen fragments was quant

223 Light-level densitometry revealed robust decreases in CRF immunoreac

224 intimately associated with changes in CT air densitometry, sampled from patient images.

225 Densitometry scanning data showed that the formation of

226 ld-type factor VII activation as revealed by densitometry scanning of SDS gels.

227 band densities was performed using standard densitometry scanning techniques.

228 onship between calcium nephrolithiasis, bone densitometry scoring, and bone mineral density (BMD) los

229 Cell-specific densitometry (set at a threshold of 0-150 based on a sca

230 At 20 mul, densitometry showed a linear dose-response pattern at co

231 At 10 mul, densitometry showed a linear dose-response pattern.

232 Densitometry showed that Flk-1/KDR, eNOS, and caveolin-1

233 Northern blot analysis and densitometry showed that liver KBP mRNA levels were redu

234 Densitometry showed that net optical density was approxi

235 Findings at autoradiography with densitometry (six additional tumors) demonstrated the sp

236 Imaging and densitometry software were used to quantify the truncati

237 graphy (CT) calibration in longitudinal lung densitometry studies is largely unexplored.

238 ritical in longitudinal and multicenter lung densitometry studies of emphysema and incorporation of a

239 asibility and potential utility of the video densitometry technique for accurate measurement of regio

240 A video densitometry technique for quantification of coronary lu

241 ive assessment of lumen volume using a video densitometry technique.

242 to quantify regional lumen volume by a video densitometry technique.

243 e benefits and limitations of pediatric bone densitometry techniques, proper interpretation of the re

244 ting, cervical and colon screening, and bone densitometry) than matched controls.

245 dy fat (%BF) by using a skinfold equation or densitometry to categorize subjects into obese or nonobe

246 for inhibitory and excitatory synapses, and densitometry to characterize the distribution of the rec

247 used quantitative Western blot analysis with densitometry to determine survivin protein expression le

248 s and quantitative computed tomographic (CT) densitometry to determine the nature of acinar airway in

249 The use of bone densitometry to diagnose and predict fracture risk is we

250 Current methods rely on retinal densitometry to distinguish cone types, a prohibitively

251 We used Southern blotting techniques and densitometry to estimate the repeat size of the most abu

252 We employed quantitative densitometry to examine the cytological features and den

253 kers may increase the diagnostic accuracy of densitometry to identify patients with CKD at high risk

254 Using densitometry to monitor changes in bone density as a mea

255 1,8-diaminonapthalene can be used with video densitometry to monitor the specific enzymatic activity

256 Here we combine adaptive optics and retinal densitometry to obtain what are, to our knowledge, the f

257 Clinical reporting of bone densitometry to primary care physicians increased use an

258 we report here, we adapted digital scanning densitometry to quantitate AChE histochemical staining i

259 available apparatus for video microscopy and densitometry to study enzyme activity and inhibition in

260 laboratory monitoring, radiographs, or bone densitometry to supplement their income (i.e., downstrea

261 pic postembedding immunostaining and optical densitometry to the cochlear nuclei of an anthropoid pri

262 ch as polyacrylamide gel electrophoresis and densitometry, to measure telomerase products.

263 vatization with Carr-Price reagent and video densitometry under white light in the reflectance mode.

264 male rats (3545 +/- 473 versus 2418 +/- 205 densitometry units (DU), P < 0.05).

265 l nuclear SREBP-1 (5.2 in 24 m AL versus 3.3 densitometry units in 24 m CR; P < 0.01) and SREBP-2 (7.

266 0.01) and SREBP-2 (7.1 in 24 m AL versus 4.1 densitometry units in 24 m CR; P < 0.01) protein abundan

267 eavage (H: 74+/-7 versus T: 41+/-4 arbitrary densitometry units; P<0.05).

268 intervention 33% versus control 38%) or bone densitometry use (intervention 8% versus control 8%).

269 intervention 32% versus control 34%) or bone densitometry use (intervention 9% versus control 5%).

270 Our data suggest that bone densitometry used for assessment of the condition of bon

271 ed, we performed duplex PCR and phosphoimage densitometry using polymorphic microsatellite markers D7

272 d could be visually estimated or measured by densitometry, using computer software.

273 The mean densitometry value of normal corneas was 12.3 +/- 2.4.

274 Densitometry values (corneal light backscatter in graysc

275 logne who had available preoperative corneal densitometry values (corneal light backscatter measured

276 cant relationship was found between the lens densitometry values and HbA1c levels (r = 0.743; P = .08

277 ly significant correlations between the lens densitometry values and the duration of DM (P < .05, for

278 The densitometry values at the points of clear cornea furthe

279 f treatment correlate significantly with the densitometry values in the 0- to 2-mm annulus at total t

280 gnal intensities than did Tox- strains (mean densitometry values of 15.8 +/- 1.9 versus 8.9 +/- 1.7,

281 were extracted, analyzed, and compared with densitometry values of healthy controls.

282 results could predominantly be found between densitometry values of the anterior and central layer mo

283 s revealed that the best predictive power of densitometry values was for the 2-6 mm annular zone of t

284 In infectious keratitis, the densitometry values were greatest at the site of the act

285 The corneal densitometry values were similar in all concentric zones

286 tabolite N-desethylamiodarone correlate with densitometry values, especially in the 0- to 2-mm annulu

287 ion was found between the pachymetry and the densitometry values.

288 The bone mineral densitometry was higher in group B at every time point b

289 Bone mineral densitometry was performed at 1, 3, and 6 months after O

290 Densitometry was recorded at the site of infection and a

291 oral neck were measured at baseline and bone densitometry was repeated after 3.5 years by dual-energy

292 Follow-up CT densitometry was scheduled for 1, 3, 6, and 12 months af

293 Quantitative densitometry was used to measure changes in mRNA levels

294 Using SDS-PAGE and densitometry we investigated the kinetics of apo A-II di

295 daptive-optics imaging combined with retinal densitometry, we characterized the arrangement of short-

296 polyacrylamide gel electrophoresis and image densitometry were used to detect signatures for the hexo

297 nalysis and dual energy x-ray absorptiometry densitometry were used to determine lean, fat, and bone

298 tebrate CNS, in situ hybridization and video densitometry were used to track multiple nIF mRNAs durin

299 ECD and CCT did not correlate with corneal densitometry, whereas BSCVA correlated moderately for TL

300 By densitometry with a total of 42 IFA-positive and -negati