ライフサイエンスコーパス: ultrasonography

1 rticipants or treating clinicians (universal ultrasonography).

2 se results were reported as usual (selective ultrasonography).

3 nation, laboratory testing, and transvaginal ultrasonography.

4 hemoglobin A1c and lipid levels and carotid ultrasonography.

5 umes were measured with the use of real-time ultrasonography.

6 Tumor size was monitored with ultrasonography.

7 ptical coherence tomography (OCT) and B-scan ultrasonography.

8 in vivo soleus muscle-tendon mechanics using ultrasonography.

9 allosum was noted at screening prenatal head ultrasonography.

10 elocity and aortic strain by high-resolution ultrasonography.

11 eks' gestation and monitored fetal growth by ultrasonography.

12 on after a viable pregnancy was confirmed by ultrasonography.

13 a pancreatic macrocystic mass detected with ultrasonography.

14 ng and mild atherosclerosis noted on carotid ultrasonography.

15 NAFLD was identified by liver ultrasonography.

16 , magnetic resonance imaging, and endoscopic ultrasonography.

17 Clinical response was assessed by ultrasonography.

18 croscopy, optic nerve evaluation, and A-scan ultrasonography.

19 linical decision score, d-dimer testing, and ultrasonography.

20 hiasis should be computed tomography (CT) or ultrasonography.

21 cal therapy, multiparametric MRI (mpMRI) and ultrasonography.

22 eatosis patients were examined using Doppler ultrasonography.

23 te white matter lesions that are not seen on ultrasonography.

24 ificity of imaging studies, and particularly ultrasonography.

25 s, but it should be used in conjunction with ultrasonography.

26 re evaluated by gray-scale and color Doppler ultrasonography.

27 gnosis of testicular adrenal rest tissues on ultrasonography.

28 ve the use of ionizing radiation but not for ultrasonography.

29 r morphology and size can be monitored using ultrasonography.

30 aphy prompted by abnormal results on carotid ultrasonography.

31 cle and absence of the blood flow in Doppler ultrasonography.

32 prehensive skin examination and transvaginal ultrasonography.

33 Women underwent ultrasonography 4 times for gestational age determinatio

34 lower rates of acoustic hollowness on B-scan ultrasonography (63% vs. 84%), subretinal fluid (58% vs.

35 All these features make ultrasonography a preferred modality for examination of

36 urveillance with computed tomography (CT) or ultrasonography after endovascular aortic aneurysm repai

37 Although DECT and ultrasonography also show promise for gout diagnosis, ac

38 % CI 15-24; 69 of 352 fetuses) for selective ultrasonography and 57% (51-62; 199 of 352 fetuses) for

39 Because of that, gray-scale thyroid ultrasonography and a fine-needle aspiration biopsy were

40 This study evaluated fetal growth by ultrasonography and birth outcomes in women who were inf

41 and pulmonary embolism, confirmed by duplex ultrasonography and chest computed tomographic angiograp

42 ty of kidney involvement with some clinical, ultrasonography and color Doppler measurements in patien

43 Ultrasonography and computed tomography confirmed the pr

44 rcoidosis, mimicking a metastatic disease on ultrasonography and CT.

45 Endoscopic ultrasonography and endoscopic ultrasonography-guided fi

46 within 5 days, as determined by both in vivo ultrasonography and ex vivo sequential acquisition of ti

47 thodologies, such as hands-on intraoperative ultrasonography and interpretation of multiple imaging m

48 modern day treatment of rheumatic diseases, ultrasonography and magnetic resonance are more commonly

49 tantial brain abnormalities were detected on ultrasonography and magnetic resonance imaging (MRI) wit

50 Ultrasonography and magnetic resonance imaging (MRI), wh

51 maging techniques are widely available, with ultrasonography and magnetic resonance imaging currently

52 eal vein) is frequently detected with duplex ultrasonography and may result in proximal thrombosis or

53 CASE REPORTS: We present ultrasonography and MR imaging findings of this rare ano

54 Ultrasonography and MRI are good methods for detecting a

55 Doppler ultrasonography and NIVE examinations were performed at

56 B-scan ultrasonography and OCT revealed persistent traction on

57 n the retinal flap was evaluated with B-scan ultrasonography and OCT.

58 ubsequently experienced PVD, as confirmed by ultrasonography and optical coherence tomography; 8 fell

59 omplete ophthalmological examination, B-scan ultrasonography and spectral domain OCT were performed i

60 imal to the medial malleolus with gray-scale ultrasonography and SWE.

61 n evidence of portal venous gas on abdominal ultrasonography and then confirmed by abdominal computed

62 inter-adventitial diameter were measured by ultrasonography and used as markers of preclinical ather

63 The novel combination of ONSD ultrasonography and vTCD of the straight sinus is a prom

64 in damage was confirmed through intrauterine ultrasonography and was complemented by magnetic resonan

65 log scales), gastric emptying (3-dimensional ultrasonography), and blood glucose and plasma gut-hormo

66 ization by indirect ophthalmoscopy, A-B mode ultrasonography, and computed orbital tomography were pe

67 i septicaemia, identified by transfontanelle ultrasonography, and confirmed on magnetic resonance ima

68 phy, autofluorescence, infrared reflectance, ultrasonography, and EDI-OCT.

69 ty, tumor basal diameter, tumor thickness by ultrasonography, and enhanced depth imaging optical cohe

70 aphics and ARDS risk factors, performed lung ultrasonography, and evaluated chest radiography when av

71 ancreas angiography, laparoscopy, endoscopic ultrasonography, and fine-needle aspiration cytology to

72 as assessed by endoscopy, biopsy, endoscopic ultrasonography, and high-resolution impedance manometry

73 d quality of life score (Skindex-29), 20-MHz ultrasonography, and histopathological analysis before a

74 lmologic examination, gray-scale and Doppler ultrasonography, and nuclear magnetic resonance imaging.

75 Ophthalmologic examination, B-scan ultrasonography, and pars plana videoendoscopy were carr

76 topics, including home dialysis modalities, ultrasonography, and pathology.

77 The principal screening test was carotid ultrasonography, and the intervention in the 3 trials wa

78 Indirect ophthalmoscopy, fundus photography, ultrasonography, and ultrasonic biomicroscopy were used

79 Indirect ophthalmoscopy, fundus photography, ultrasonography, and ultrasonic biomicroscopy were used

80 le with absence of the blood flow in Doppler ultrasonography appear as very specific but late ultraso

81 Radiography and ultrasonography are of crucial importance in monitoring

82 Together, our results validate diaphragm ultrasonography as a reliable technique for assessing ti

83 These studies validate diaphragm ultrasonography as a reliable technique for assessing ti

84 All eyes also underwent conventional B-scan ultrasonography as part of their comprehensive ocular ex

85 ificant increase in dermal density in 20-MHz ultrasonography as well as significant histopathological

86 aseline in carotid intima-media thickness on ultrasonography at 6 and 12 months was evaluated as supp

87 n and 15 days after infusion by using 40-MHz ultrasonography at 8000 frames per second (with electroc

88 Carotid IMT was assessed by ultrasonography at baseline and 12 and 24 months in all

89 ed by measurement of the maximum diameter by ultrasonography at regular intervals.

90 Dynamic muscle ultrasonography at rest and at stress is often used for

91 (CBF) was measured using colour-coded duplex ultrasonography at the internal carotid (ICA) and verteb

92 Beat-to-beat blood pressure, carotid ultrasonography at the level of the arterial barorecepto

93 Mass screening with abdominal ultrasonography (AUS) has been suggested as a tool to co

94 ria on IUGR, using data from a longitudinal, ultrasonography-based follow-up study of Beninese women.

95 to undergo liver biopsy were studied with an ultrasonography-based SWE system.

96 t-enhanced spectral mammography and targeted ultrasonography because they had additional suspicious l

97 NAFLD screening was performed by abdominal ultrasonography before coronary angiogram in 612 consecu

98 Ultrasonography besides diagnosing enlargement of nerves

99 olled for measuring mean CCA-IMT with B-mode ultrasonography, body mass index, metabolic syndrome, 10

100 e, clinical examination, mammography, and/or ultrasonography) but ineligible after MR imaging was a s

101 y available supplemental screening method is ultrasonography, but little is known about its effective

102 ell infiltration by means of high-resolution ultrasonography, caliper measurements, flow cytometry, h

103 d apoptosis were analyzed by high-resolution ultrasonography, caliper measurements, histology, and im

104 l as structures that cannot be examined with ultrasonography can be non-invasively evaluated with MRI

105 linical decision score, d-dimer testing, and ultrasonography can safely and effectively exclude UEDVT

106 carotid, femoral, and brachial arteries (by ultrasonography), carotid-femoral pulse wave velocity (c

107 l fluid crystal analysis and radiographic or ultrasonography changes); clinical decision making (addi

108 Ultrasonography circumvents these demerits and has emerg

109 , reliable and valid assessment of trainees' ultrasonography competence is needed to ensure patient s

110 ssion by the MAL including mesenteric duplex ultrasonography, computed tomography angiography, magnet

111 hip imaging modalities such as radiography, ultrasonography, computed tomography, and magnetic reson

112 mphasis on the advantages and limitations of ultrasonography, computed tomography, and magnetic reson

113 tanding of this is critical for imaging with ultrasonography, computed tomography, or magnetic resona

114 ipants had an intake interview, transvaginal ultrasonography, computer-assisted telephone interview,

115 oninvasively by bedside transcranial Doppler ultrasonography, correlates with risk of subsequent stro

116 lts of both clinical-laboratory findings and ultrasonography, CT imaging was performed.

117 Ultrasonography detected an adrenal mass, and magnetic r

118 B-scan ultrasonography detected extrascleral extension in 22 pa

119 e study was the composite of symptomatic and ultrasonography-detected VTE at day 28 +/- 2 after surge

120 stic mass (5.6 cm x 4 cm) shown on abdominal ultrasonography during regular physical checkup.

121 On Doppler ultrasonography, during the first 6 months of treatment

122 nd evaluation by magnetic resonance imaging, ultrasonography, electrodiagnostic studies, and muscle b

123 Endoscopic ultrasonography (EUS) may replace endoscopic retrograde

124 He underwent esophagoduodenoscopy with ultrasonography (EUS) that showed a 3- x 2-cm flat nodul

125 sis of pyloric stenosis underwent additional ultrasonography evaluation to determine the size of the

126 1990 (when annual surveillance with carotid ultrasonography first began), through December 31, 1995,

127 Surveillance by ultrasonography for hepatocellular carcinoma (HCC) for i

128 y strong recommendations included the use of ultrasonography for ruling-in pleural effusion and assis

129 ealthy children who underwent transabdominal ultrasonography for strain elastography of the pancreas.

130 quality studies reported that sensitivity of ultrasonography for women with negative mammography resu

131 ional CT, magnetic resonance imaging, and/or ultrasonography) for at least 6 months.

132 All subjects underwent imaging with B-scan ultrasonography, fundus photography, autofluorescence, f

133 >/=7 tumor was assessed by using MR imaging-ultrasonography fusion-targeted biopsy as the reference.

134 ng/mL (4 mug/L) and at least one transrectal ultrasonography-guided biopsy session with negative find

135 Endoscopic ultrasonography and endoscopic ultrasonography-guided fine-needle aspiration offer high

136 Midline catheters and ultrasonography-guided peripheral intravenous catheters

137 phers can be successfully trained to perform ultrasonography-guided thyroid biopsies safely under the

138 Ultrasonography has its place in the diagnostics and fol

139 linical decision score, d-dimer testing, and ultrasonography has not been evaluated for suspected upp

140 Ultrasonography imaging was performed as a first-line im

141 newer techniques associated with endoscopic ultrasonography imaging.

142 s, including baseline blood tests, abdominal ultrasonography in children, mammography, and colonoscop

143 edia thickness (IMT) were measured by B-mode ultrasonography in EDIC years 1 and 6.

144 manuscript, we review multitudinous roles of ultrasonography in examination of peripheral nerves in l

145 STF recommends 1-time screening for AAA with ultrasonography in men aged 65 to 75 years who have ever

146 -2 was negatively associated with changes on ultrasonography in the placebo group but not in the MABp

147 Women participating had clinically indicated ultrasonography in the third trimester as per routine cl

148 epth through the follicle and transabdominal ultrasonography in vivo showed that decreased blood flow

149 onal imaging (digital mammography and breast ultrasonography) in the identification of ductal carcino

150 abscesses can be detected on transfontanelle ultrasonography, in which they appear as hyperechogenic

151 Additionally, all participants had research ultrasonography, including fetal biometry at 28 and 36 w

152 during annual monitoring with carotid duplex ultrasonography (index occlusion).

153 Ultrasonography is a basic imaging modality, however dia

154 Color Doppler ultrasonography is a rapid and non-invasive technique fo

155 Ultrasonography is a useful tool for assessing hepatobil

156 Focused ultrasonography is recommended for the prompt recognitio

157 Ultrasonography is the first choice modality for imaging

158 Although ultrasonography is the method of choice, doubtful cases

159 Endoscopic ultrasonography is useful to assess the local extent of

160 whether carotid stiffness (as determined by ultrasonography) is associated with incident stroke and

161 to week 78, measured by serial intravascular ultrasonography (IVUS) imaging.

162 culatory resistance (IMR); and intravascular ultrasonography (IVUS) of the left anterior descending c

163 f diagnostic imaging (computed tomography or ultrasonography), laboratory tests, parenteral nutrition

164 Lung ultrasonography (LUS) is a bedside technique useful to d

165 pressures,as well as judicious use of duplex ultrasonography, magnetic resonance angiography, compute

166 ive screening for breast cancer using breast ultrasonography, magnetic resonance imaging (MRI), DBT,

167 ost effectiveness and better tolerability of ultrasonography make it a modality of first choice for e

168 stigation of portal venous gas using bedside ultrasonography may help the clinician to identify patie

169 Cranial ultrasonography measurements were obtained at 30 +/- 3 d

170 rence, -0.5 (95% CI: -2.2, 1.2)], growth, or ultrasonography measures at any time point in the adjust

171 Fasting glucose levels and carotid ultrasonography measures were important predictors of st

172 and volume were assessed using standardized ultrasonography methods.

173 n = 7), follow-up imaging (n = 13), or prior ultrasonography (n = 5).

174 carotid artery, derived from carotid artery ultrasonography (n = 6,531 and 6,528); and aortic disten

175 Ultrasonography, nuclear imaging, computed tomographic s

176 (dissection group) or nodal observation with ultrasonography (observation group).

177 ta as well as right upper abdominal quadrant ultrasonography of 50 consecutive sickle cell anaemia pa

178 tabilized nanoemulsions was monitored by the ultrasonography of nanodroplets injected directly into t

179 Ultrasonography of the central nervous system can reveal

180 Hemiplegic stroke patients should undergo ultrasonography of the hemiplegic shoulder to define the

181 Although ultrasonography of the neck using high-risk sonographic

182 Ultrasonography of the shoulder shows promising results

183 Doppler ultrasonography of the superior mesenteric artery reveal

184 te or isolectin microangiography and Doppler ultrasonography of the superior mesenteric artery.

185 Cervical ultrasonography or other high-resolution imaging is reco

186 cycloplegic autorefraction and AL by A-scan ultrasonography, participants underwent optical coherenc

187 The conclusions were not sensitive to ultrasonography performance characteristics, screening f

188 Ultrasonography performed at 29 weeks of gestation revea

189 Participants also had blinded research ultrasonography performed at approximately 28 weeks.

190 Only the codes for infrequently used B-scan ultrasonography (PPV, 69.6%) and subtenon injection (PPV

191 Given the specificity of ultrasonography (range, 88% to 94% for CAS >/= 50% to >/

192 7% (51-62; 199 of 352 fetuses) for universal ultrasonography (relative sensitivity 2.9, 95% CI 2.4-3.

193 iopsy recommendations after a false-positive ultrasonography result (range, 345 to 421) per 1000 wome

194 B-scan ultrasonography revealed acoustic solidity of the lesion

195 Ultrasonography revealed an extensive enlargement of the

196 Ultrasonography revealed hypoechogenic change with ill-d

197 s prominently hypervascular in color Doppler ultrasonography scan.

198 Supplemental ultrasonography screening after a negative mammography r

199 Supplemental ultrasonography screening for only women with extremely

200 Supplemental ultrasonography screening for women with dense breasts a

201 Supplemental ultrasonography screening for women with dense breasts w

202 ases were identified through community-based ultrasonography screening.

203 (defined as severe brain injury on postnatal ultrasonography, severe retinopathy of prematurity, necr

204 Ultrasonography showed decreased neovascularization and

205 Six studies of ultrasonography showed sensitivities of 37% to 100% and

206 Among 290 patients with initial nodal ultrasonography showing N0 disease, 116 (40.4%) had a br

207 Ultrasonography shows a modestly enlarged uterus with th

208 pecificities of 68% to 97%, depending on the ultrasonography signs assessed (pooled sensitivity and s

209 Here, we evaluated an ultrasonography technique for measuring time-dependent c

210 By ultrasonography, the mean CHRPE thickness was 1.0 mm (ra

211 risk for HCC, surveillance usually involves ultrasonography (there is controversy over use of biomar

212 pressure <11 cm H2O defined dysfunction) and ultrasonography (thickening fraction [TFdi] and excursio

213 ted by category, included the use of cardiac ultrasonography to assess preload responsiveness in mech

214 rimary care antenatal services and underwent ultrasonography to determine femur (FLZ) and humerus (HL

215 Here we used ultrasonography to evaluate time-dependent changes in di

216 Transient elastography uses pulse-echo ultrasonography to measure liver stiffness, and this res

217 ymptoms of infection and may require focused ultrasonography to recognize more complex physiologic ma

218 For all rabbits, conventional ultrasonography, two-dimensional speckle tracking, and c

219 Ultrasonography (US) (images not shown) and magnetic res

220 At ultrasonography (US) (images not shown), a large mass wi

221 lation of the results of conventional B-mode ultrasonography (US) and compression sonoelastography wi

222 Direct PV transit-time ultrasonography (US) and fluorescent microsphere measure

223 Ultrasonography (US) and magnetic resonance (MR) imaging

224 to describe the gray-scale and color Doppler ultrasonography (US) and magnetic resonance (MR) imaging

225 Investigation of cuff tears is based on ultrasonography (US) and magnetic resonance imaging (MRI

226 The authors will also review optimization of ultrasonography (US) and magnetic resonance imaging of t

227 and to compare this assessment with that of ultrasonography (US) and other magnetic resonance (MR) i

228 who have negative or inconclusive results at ultrasonography (US) and technetium 99m ((99m)Tc) sestam

229 three-dimensional (3D) molecularly targeted ultrasonography (US) by using clinical-grade vascular en

230 To assess whether contrast material-enhanced ultrasonography (US) can be used to differentiate respon

231 e the diagnostic accuracy of multiparametric ultrasonography (US) consisting of gray-scale US, color

232 ng-guided focused ultrasound and microbubble ultrasonography (US) contrast agents for the disruption

233 As with other musculoskeletal joints, elbow ultrasonography (US) depends on the examination techniqu

234 performance of a staged algorithm involving ultrasonography (US) followed by conditional unenhanced

235 ively evaluate the diagnostic performance of ultrasonography (US) for differentiating perforated from

236 Ultrasonography (US) has a crucial role in the evaluatio

237 adjuvant therapy for breast cancer underwent ultrasonography (US) immediately before therapy and at c

238 imaging, and biannual automated breast (AB) ultrasonography (US) in women with BRCA1 and BRCA2 mutat

239 Diagnostic evaluation with ultrasonography (US) increased with DBT at the time of a

240 Despite its inferior diagnostic performance, ultrasonography (US) is now preferred to computed tomogr

241 obubbles (MBs) have previously been used for ultrasonography (US) of acute inflammatory bowel disease

242 Ultrasonography (US) of the abdomen and pelvis was perfo

243 Ultrasonography (US) of the abdomen and pelvis was perfo

244 Ultrasonography (US) of the abdomen was performed to eva

245 On the basis of pathology results, ultrasonography (US) of the kidneys was performed and re

246 Ultrasonography (US) of the scrotum was performed.

247 patient was called back for assessment with ultrasonography (US) on the same day.

248 for ITCs that were first detected at either ultrasonography (US) or a different imaging modality and

249 ndices were visualized at graded compression ultrasonography (US) performed for suspected appendiciti

250 ERIAL/METHODS: The relationships between the ultrasonography (US) results of thyroiditis and characte

251 es laser optical imaging (OA) with grayscale ultrasonography (US) to grayscale US alone in differenti

252 (GBM) with intraoperative contrast-enhanced ultrasonography (US) versus that with preoperative gadol

253 ed as BI-RADS category 3, 4, and 5 on B-mode ultrasonography (US) were further prospectively evaluate

254 ormed, including adnexal cysts detected with ultrasonography (US) with surgical diagnosis or at least

255 Ultrasonography (US) without Doppler performed at anothe

256 Subjects underwent conventional ultrasonography (US), Doppler evaluation, and SWE preope

257 Conventional ultrasonography (US), strain elastography, and SW elasto

258 crobubbles can boost the diagnostic value of ultrasonography (US), they are not routinely applied in

259 cific antigen (PSA) and negative transrectal ultrasonography (US)-guided biopsy findings; to determin

260 Systematic transrectal ultrasonography (US)-guided biopsy is the standard appro

261 Finally, ultrasonography (US)-guided biopsy of one of the lesions

262 ies were evaluated: (a) standard transrectal ultrasonography (US)-guided biopsy; (b) diagnostic MR im

263 Purpose To investigate ultrasonography (US)-guided diffuse optical tomography t

264 Ultrasonography (US)-guided fine-needle aspiration biops

265 Ultrasonography (US)-guided IRE ablation (n = 90) was pe

266 ocedure performance and patient outcomes for ultrasonography (US)-guided percutaneous irrigation of c

267 g of the prostate and subsequent transrectal ultrasonography (US)-MR imaging fusion-guided biopsy, su

268 the high spatial and temporal resolution of ultrasonography (US).

269 nt contrast material-enhanced MR imaging and ultrasonography (US).

270 lities, such as computed tomography (CT) and ultrasonography (US).

271 is (MESA) were evaluated with MR imaging and ultrasonography (US).

272 tomography, magnetic resonance imaging, and ultrasonography (US).

273 igation of new nodules found at surveillance ultrasonography (US).

274 aluate a combined imaging approach with both ultrasonography (US; conventional US and valgus stress U

275 GR (IBR <5th percentile and abnormal Doppler ultrasonography [US] studies) underwent MR imaging.

276 eening mammography with or without screening ultrasonography [US]) were invited to undergo supplement

277 Initial ultrasonography was associated with lower cumulative rad

278 cians with basic training in focused cardiac ultrasonography was modest.

279 Transvaginal ultrasonography was performed at the end of drug adminis

280 Doppler ultrasonography was performed at the start of the study

281 Duplex ultrasonography was performed on the same landmarks in s

282 Dynamic ultrasonography was performed, which showed a defect in

283 Complete compression ultrasonography was repeated at day 28 +/- 2 after surge

284 Doppler ultrasonography was used to check the portal vein.

285 ent and control groups, color duplex Doppler ultrasonography was used to examine portal vein peak vel

286 Rates of additional cancer detection with ultrasonography were 4.4 per 1000 examinations (89% to 9

287 cians with basic training in focused cardiac ultrasonography were able to detect a difference in righ

288 Provider costs for coordinating supplemental ultrasonography were not considered.

289 erfusion imaging and lower extremity Doppler ultrasonography were performed (images not shown) and re

290 ires invasive procedures, such as endoscopic ultrasonography, which has inherent risks and accuracy t

291 es, 562 (14.1%) were identified by universal ultrasonography with an estimated fetal weight of less t

292 of focal liver lesions, the sensitivities of ultrasonography with contrast, CT, and MRI for HCC are s

293 re no clear differences in sensitivity among ultrasonography with contrast, CT, and MRI.

294 and 82% underwent daily transcranial Doppler ultrasonography with embolic monitoring.

295 Ultrasonography with fluid aspiration can be used for di

296 Nodal ultrasonography with needle biopsy of abnormal lymph nod

297 total of 105 participants completed carotid ultrasonography, with a median completion time of 7 year

298 n carotid intima-media thickness measured by ultrasonography within the CHARGE Consortium (Cohorts fo

299 are associated with higher sensitivity than ultrasonography without contrast for detection of HCC; s

300 y for detection of HCC lesions was lower for ultrasonography without contrast than for CT or MRI (poo