ライフサイエンスコーパス: sonographic

1 Mammographic (33 lesions) and sonographic (18 lesions) features were recorded.

2 (GS) for prenatal diagnosis of fetuses with sonographic abnormalities has grown tremendously over th

3 dren, 21 had reflux, 19 (90%) of whom had no sonographic abnormality.

4 aving lung consolidation exceeding 1 cm with sonographic air bronchograms detected on ultrasonography

5 for lung consolidation of 1 cm or less with sonographic air bronchograms undetectable by chest radio

6 monia by visualizing lung consolidation with sonographic air bronchograms.

7 weight estimation was performed according to sonographic and clinical evaluation at admission to labo

8 his pictorial review is to define the common sonographic and CT features of gossypiboma.

9 A retrospective review of sonographic and CT images of 6 surgically proven cases o

10 We report on complete ophthalmologic, sonographic and genetic evaluation of a girl with a clin

11 inoculated with RhCMV-EGFP, as evidenced by sonographic and gross examinations.

12 Sonographic and magnetic resonance imaging revealed a 5

13 Performance of high quality sonographic and MR examinations, as well as interpretati

14 Sonographic and pathologic findings were correlated.

15 The primary mass was also similar in sonographic and SEL appearance as salivary gland masses.

16 d and submandibular glands that has the same sonographic and sonoelastographic findings with the prim

17 to account the presence of CAH and a typical sonographic appearance of bilateral testicular masses, a

18 Knowledge of the sonographic appearance of these entities is helpful at a

19 classified as classic or nonclassic based on sonographic appearance.

20 Secondary endpoints included sonographic assessment of abdominal subcutaneous and pre

21 earch is needed, however, to determine which sonographic assessments are of the greatest value.

22 Relevant clinical, hormonal, and sonographic assessments categorized women as either wome

23 With recent advances in both sonographic capability and access for anesthesia provide

24 erm delivery in asymptomatic patients with a sonographic cervical length of 15 mm or less and positiv

25 Stromal ADC and sonographic cervical length showed no difference between

26 nding preterm birth in patients with a short sonographic cervix.

27 ultrasonography of the neck using high-risk sonographic characteristics plus follow-up cytology from

28 etrospectively evaluated with respect to six sonographic characteristics possibly related to patholog

29 tazone Effect on Regression of Intravascular Sonographic Coronary Obstruction Prospective Evaluation)

30 ed at digital breast tomosynthesis without a sonographic correlate, there was a 20% (95% CI: 12, 29)

31 ping asymmetries visualized at DBT without a sonographic correlate.

32 In patients in whom sonographic correlation was available, CT venography had

33 prospective double-blinded study with preset sonographic criteria has not been performed to assess th

34 nt feature to be considered along with other sonographic criteria to predict the likelihood of malign

35 cyst by satisfying all of the required CT or sonographic criteria, no further diagnostic intervention

36 ting shunt malfunction using accepted preset sonographic criteria.

37 ally enrolled women, 340 women with PCOS and sonographic data at baseline were included.

38 sults showed that combining mammographic and sonographic descriptors in a CAD model can result in hig

39 D) models that include both mammographic and sonographic descriptors.

40 Secondary end points were the sonographic detection of new nodules and the diagnosis o

41 Sonographic detection of one or more cysts in an at-risk

42 Prenatal sonographic diagnosis of congenital heart disease (CHD)

43 Surgical intervention confirmed the sonographic diagnosis of left testicular hematoma and of

44 Patients with a sonographic diagnosis of pyloric stenosis underwent addi

45 Previous work has highlighted sonographic differences between benign and malignant les

46 ation Pavlik harness treatment of stable but sonographic dysplastic hips has no effect on acetabular

47 Sonographic echogenicity ranged from hypoechoic to hyper

48 Sonographic erosions not seen on radiography corresponde

49 On MRI, all sonographic erosions not visible on radiography (n = 12)

50 2 erosions (26 [81%] of which coincided with sonographic erosions) in 17 of 100 patients (P < 0.0001)

51 RA to confirm the pathologic specificity of sonographic erosions.

52 uct of diaphragmatic contraction velocity (a sonographic estimate of respiratory load) and tidal volu

53 t and thickening fraction were determined by sonographic evaluation at the end of each trial.

54 Thirty-nine patients who underwent sonographic evaluation of a soft-tissue mass followed by

55 of three consecutive patients who underwent sonographic evaluation of the elbow and subsequent open

56 ted pyrexia for four months was referred for sonographic evaluation with a clinical suspicion of an i

57 cid cascade metabolites were associated with sonographic evidence of lung consolidation.

58 a tertiary hospital, enrolling patients with sonographic evidence of NAFLD.

59 Standard sonographic examination of both shoulders was performed

60 Sonographic examination of the fetus is still important

61 Focused assessment for the sonographic examination of the trauma patient, or FAST,

62 cal length of less than 25 mm at the initial sonographic examination was associated with a relative r

63 On sonographic examination, the lesions showed echogenicity

64 tified sonologists performed 590 endovaginal sonographic examinations at 2-week intervals.

65 ed "disparity mapping" was applied to breast sonographic examinations in eight patients to test discr

66 Mammographic and sonographic examinations were performed in 737 patients

67 Sixty Doppler sonographic examinations were performed to obtain resist

68 Gray-scale and Doppler sonographic features of 211 adnexal masses were correlat

69 No sonographic features of masses were useful for distingui

70 PIMS-TS have been reported, the duration of sonographic features remains unknown.

71 = 243), a combination of selected high-risk sonographic features was specific for thyroid malignancy

72 benign, malignant, or indeterminate based on sonographic features.

73 ions based on the identification of specific sonographic features.

74 Sonographic fetal weight estimation was performed accord

75 ded a 1-year follow-up, and the cases with a sonographic finding matching thyroiditis formed Group 2.

76 he literature on the distinction between the sonographic finding of a niche and the constellation of

77 tomatic niche and its differentiation from a sonographic finding only.

78 In part A of this study, sonographic findings (based on reports) in 26 consecutiv

79 explore possible relationship(s) between the sonographic findings and clinical indices.

80 ge agreement and Cohen kappa coefficient for sonographic findings and diagnoses compared between clin

81 In this article, we emphasize the sonographic findings found in CHAOS.

82 Management based on sonographic findings has the potential to reduce costs o

83 This review describes and illustrates the sonographic findings of ectopic pregnancy.

84 Positive sonographic findings on TTE may aid in rapid assessment,

85 and the degree of atelectasis was defined by sonographic findings showing juxtapleural consolidation

86 ssory renal arteries, and (c) direct Doppler sonographic findings suggestive of renal artery stenosis

87 art A, statistical data regarding the use of sonographic findings to distinguish full- from partial-t

88 Sonographic findings were correlated with unenhanced CT

89 n the right submandibular gland with similar sonographic findings.

90 would like to present 2 cases with atypical sonographic findings.

91 Data were gathered for the following sonographic findings: intimal flap, tear, or intramural

92 y; histopathologic, mammographic, and breast sonographic findings; and HER2 status as determined with

93 thyroid cancer with inclusion of mature fat, sonographic follow-up of incidentally discovered thyroli

94 Computed tomographic (three patients), sonographic (four patients), venographic (four patients)

95 Sonographic gray scale features are non-specific requiri

96 Sonographic guidance seems to provide a reasonable alter

97 cture of the subclavian vein without routine sonographic guidance.

98 Sonographic hepatorenal index was a determinant of subcl

99 coholic fatty liver disease, assessed by the sonographic hepatorenal index, was more prevalent in pso

100 .1% vs. 56%), orange pigment (4.5% vs. 60%), sonographic hollowness (9.1% vs. 60%), and the presence

101 specific biopsy site was visualized on CT or sonographic images and lesions were considered benign.

102 was characterized at retrospective review of sonographic images with regard to origin, insertion, ech

103 radiologists (readers 1 and 2) reviewed the sonographic images, characterized the masses, and rated

104 stic accuracy of thyroid cancer by analysing sonographic imaging data from clinical ultrasounds.

105 Whereas systematic sonographic imaging of newborn and young infants has aff

106 Sonographic imaging reports describing the presence of r

107 study details including research design and sonographic imaging technique to detect catheter malposi

108 diffuse, bilateral, symmetrical, homogeneous sonographic interstitial syndrome).

109 we analyzed the longitudinal development of sonographic kidney measurements in a cohort of 456 ARPKD

110 lly available and experimental approaches to sonographic liver tissue characterization for NAFLD diag

111 ns between the exhaled breath metabolome and sonographic lung abnormalities as well as hematological,

112 ssociated with a significant increase in the sonographic measure of the neonatal and infant subarachn

113 Routine sonographic measurement of cervical length at 22-24 week

114 ly preterm delivery might be by transvaginal sonographic measurement of cervical length.

115 Sonographic measurements of synovial thickening and vasc

116 The intraobserver variability of sonographic measurements was 9.65% +/- 7.89%, and the co

117 Functional isotopic renography, as well as sonographic monitoring reflected rapid initial and conti

118 No sonographic morphologic parameter, including nodule size

119 ce is associated with the broad range of CT, sonographic, or MR imaging findings that indicate malign

120 Sonographic parameters combined using multiparametric lo

121 rounding normal skin as a control, numerical sonographic parameters were derived for each lesion givi

122 The presence of sonographic renal twinkling artifact, in general, had a

123 onfidence was also rated for the prospective sonographic report, which was reviewed and designated as

124 was used to assess the relationship between sonographic results and malignancy.

125 ' gestation, who have liver herniation and a sonographic right lung-to-head circumference ratio of le

126 With probe compression, pairs of gray-scale sonographic scans were obtained about 1 second apart.

127 B and test the predictive value of placental sonographic screening to predict early-onset FGR.

128 eural biological parameters with a validated sonographic septation outcome in pleural infection.

129 Sonographic septations alone had no relation to clinical

130 Rationale: Sonographic septations are assumed to be important clini

131 and September 2015 who were diagnosed with a sonographic short cervix (< 25 mm) at 16-32 weeks of ges

132 omen (mean gestational age, 26 weeks) with a sonographic short cervix (</=15 mm) underwent pelvic 1.5

133 at risk for preterm birth attributable to a sonographic short cervix, the determination of imminent

134 nstrated to reduce PTB rates in women with a sonographic short cervix, yet there has been little inve

135 to cervical length alone, among women with a sonographic short cervix.

136 CT, MRI and sonographic studies demonstrated liquifactive necrosis o

137 Of the 17 concurrent sonographic studies in HIVN patients, 7 showed no abnorm

138 etection of UC by urine cytology or periodic sonographic surveys is mandatory, especially for those a

139 to quantify pleural effusion by standardised sonographic techniques and its comparison with thoracosc

140 re was a positive linear correlation between sonographic tumor measurements and histologic tumor burd

141 The median difference from baseline sonographic tumor size to surgery was 0.1 cm (7.5 cm sma

142 ered to mice, cationic microbubbles enhanced sonographic visualization of the trachea, and were well-

143 The correlation coefficient of sonographic volume or size and histologic area was 0.71

144 The sensor has closely connected sonographic windows and a backing layer that improves th

145 he quality of patient care, yet the isolated sonographic windows in the most advanced prototypes can