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1 renal transplant recipients underwent duplex sonography.
2 enosis were seen only with contrast-enhanced sonography.
3 tumors were also evaluated with preoperative sonography.
4 in image analysis in cardiac radiography and sonography.
5 s stability were evaluated by carotid duplex sonography.
6 distortions not visualized at mammography or sonography.
7 al radiography, gray-scale and color Doppler sonography.
8 collect blood samples and conduct ultrasound sonography.
9 ignant and benign lesions at mammography and sonography.
10 ing urinalysis, blood chemistries, and renal sonography.
11 maging and again during enhanced transrectal sonography.
12 cale, harmonic gray-scale, and power Doppler sonography.
13 atological features, or transcranial doppler sonography.
14 asymptomatic control subjects also underwent sonography.
15 ay not be detected with enhanced transrectal sonography.
16 incidental finding on high frequency scrotal sonography.
17 is similar to that reported previously using sonography.
18 ant breast tumour which is hyperechogenic on sonography.
19 e prospectively evaluated with power Doppler sonography.
20 solitary cyst in one kidney, confirmed with sonography.
21 a thick wall, an irregular wall, or both at sonography.
27 nderwent prospective evaluation by abdominal sonography and by flat and upright abdominal x-rays.
28 6 h post-occlusion, was assessed by Doppler sonography and cerebral blood flow (CBF) values after cl
29 enoses, detectable via submandibular Doppler sonography and cervical magnetic resonance angiography (
30 tomy of the carotid arteries and the Doppler sonography and CT angiography findings of the left commo
31 -two consecutive patients who underwent both sonography and magnetic resonance (MR) imaging of the la
32 e roles of radiography, computed tomography, sonography and magnetic resonance (MR) imaging, as well
34 Current imaging techniques, particularly sonography, are noninvasive and accurate for identificat
37 tification and evaluation at mammography and sonography, (c) relevant percutaneous biopsy considerati
41 physical examination, laboratory values, and sonography compared with a reference standard of either
43 r forms of medical image analysis, including sonography, computed tomography, and magnetic resonance
46 perfusion scintigraphy, transcranial Doppler sonography, CT angiography and MR angiography are used.
53 f the peroneus quartus muscle is common with sonography due to variation in the location of the muscu
54 standard of care in the United States, with sonography employed selectively based on clinical findin
55 A combination of clinical, laboratory, and sonography findings can be potentially helpful in making
56 is an infiltrative breast cancer with occult sonography findings in a patient with a history of a lon
57 uded computed tomography (CT) (10 patients), sonography (five patients), and magnetic resonance (MR)
58 to endoscopy, which was superior to Doppler sonography for detection of recurrent portal hypertensio
59 work has demonstrated that dynamic abdominal sonography for hernia (DASH) is accurate for the diagnos
61 The utility of the focused assessment with sonography for trauma (FAST) examination in children is
63 mine the ability of Focused Assessment Using Sonography for Trauma (FAST) to discriminate between sur
65 ed investigations, such as focused abdominal sonography for trauma, diagnostic peritoneal lavage, spi
74 between computed tomography and transcranial sonography in assessing volumes of hyperdense lesions (i
75 minary data suggest a role for power Doppler sonography in assessment of serial changes in synovial i
80 variceal size by high resolution endoluminal sonography is an accurate, reproducible method of determ
85 of an intrauterine pregnancy on transvaginal sonography (LR+ 111; 95% CI, 12-1028; n = 6885), and the
86 l patterns in the basal ganglia transcranial sonography, magnetic resonance diffusion-weighted imagin
87 fistulography, anal endosonography, perineal sonography, magnetic resonance imaging (MRI), and comput
90 ack of adnexal abnormalities on transvaginal sonography (negative LR [LR-] 0.12; 95% CI, 0.03-0.55; n
93 Initial experience with the use of dynamic sonography of the elbow for diagnosing ulnar nerve dislo
98 n structural abnormalities with transcranial sonography or diffusion-weighted MRI or showing striatal
99 ed with the results of anatomic imaging (CT, sonography, or MRI) and (131)I imaging when performed.
100 contrast-enhanced CT, contrast-enhanced MRI, sonography, or PET/CT follow-up); or clinical follow-up.
110 using coarse functional transcranial Doppler sonography should be interpreted with more caution.
113 search using functional transcranial Doppler sonography showed that blood flow velocity in the anteri
114 Twenty-eight days after treatment, Doppler sonography showed that blood flow velocity was preserved
116 However, diligent use of abdomino-scrotal sonography, supported by relevant laboratory data can cl
118 tumor size was determined by mammography and sonography; tumor size at surgery was determined from pa
119 an cancer algorithm (ROCA), and transvaginal sonography (TVS) for women at high risk of ovarian cance
120 omen (aged 29-55 years) in whom transvaginal sonography (TVS) suggested an abnormal endometrial echo
121 ery stenosis was suspected, baseline Doppler sonography was performed followed by two studies perform
129 elected imaging techniques (eg, transvaginal sonography with color Doppler and MR imaging) to the pre
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