ライフサイエンスコーパス: hypoechoic

1 as performed in 17 tumors, all of which were hypoechoic.

2 Culprit lesions were predominantly hypoechoic (63.2% versus 37.9% of nonculprit IRA plaques

3 Regarding the echo pattern, 8 lesions were hypoechoic and 5 were complex (solid-cystic).

4 Masses typically were irregular, hypoechoic, and hypervascular and demonstrated indistinc

5 The hypoechoic area surrounding this cyst showed significant

6 m or diffuse enlarged tendon; and grade 3, a hypoechoic area with or without tendon enlargement.

7 IRE energy, the ablation zone appeared as a hypoechoic area with well-demarcated margins.

8 The prevalence of hypoechoic areas and calcifications within the anterior

9 in less than 30% of the tendon; or grade 3, hypoechoic areas and/or calcifications greater than 30%

10 illar pattern; grade 2, tendon thickening or hypoechoic areas and/or calcifications in less than 30%

11 margins in 27 (49%); ill-defined, localized, hypoechoic areas in four (7%); peritesticular echogenic

12 ng edema, hemorrhage, and fat necrosis), and hypoechoic areas suggestive of fibrosis surrounding the

13 The tumors were well defined and hypoechoic at US.

14 ally appear round, homogeneous, and slightly hypoechoic compared with the pancreatic parenchyma.

15 l symptoms independently reviewed images for hypoechoic echotexture and fascial-border blurring at B-

16 jects (P < .001), and fascial thickening and hypoechoic echotexture correlated with heel pain score (

17 Fascial thickening, hypoechoic echotexture, and fascial-border blurring at B

18 ut not with sex, fascial-border blurring, or hypoechoic echotexture.

19 All were hypoechoic except for one intratesticular mass that cont

20 of 291 subjects were classified as grade I (hypoechoic, "eyeglass" shape), grade II (intermediate ec

21 With IVUS, lipid-laden lesions appear hypoechoic, fibromuscular lesions generate low-intensity

22 this band is thicker, is more likely to have hypoechoic foci and/or calcifications, and demonstrates

23 Hypoechoic foci within the anterior band of the UCL were

24 A well-defined, 37x21 mm sized hypoechoic heterogeneous solid mass was detected in the

25 stroke was associated with two US features: hypoechoic internal carotid arterial plaque and an estim

26 In a patient with a focal, nonpalpable, hypoechoic, intratesticular lesion, a history of testicu

27 The US appearance of a round hypoechoic lesion seen after biopsy can overlap with tha

28 Other findings, such as hypoechoic lesion with linear margins, peritesticular ec

29 /mL/cc; (2) PSAD < or = 0.165 ng/mL/cc and a hypoechoic lesion; (3) PSAD < or = 0.165 ng/mL/cc, no hy

30 raphic, laboratory, and ultrasound data (ie, hypoechoic lesions and PSA density [PSAD]).

31 US revealed hypoechoic lesions around the mediastinum testis with hy

32 Bilateral mostly hypoechoic lesions depicted around the mediastinum testi

33 t ultrasonography (US), and those with focal hypoechoic lesions underwent biopsy.

34 ic, round lesions in five (9%) testes; focal hypoechoic lesions with linear margins in 27 (49%); ill-

35 0 cc; and (4) PSAD < or = 0.165 ng/mL/cc, no hypoechoic lesions, age older than 55.5 years, and 50.25

36 c lesion; (3) PSAD < or = 0.165 ng/mL/cc, no hypoechoic lesions, age older than 55.5 years, and prost

37 Abdominal ultrasound showed multiple hypoechoic liver masses.

38 Coincidentally, a 13x13 mm hypoechoic lobulated solid mass was detected in the righ

39 h corresponding US findings, a circumscribed hypoechoic mass with through transmission was depicted.

40 Sonography showed solid, hypoechoic masses in 28 cases.

41 Twenty (80%) of 25 were well-defined hypoechoic masses; three (12%), ill-defined masses; and

42 Breast ultrasonography showed a hypoechoic nodule in one woman.

43 showed greater reduction at 1 month than did hypoechoic nodules (31.6% +/- 18.1 vs 16.4% +/- 8.6, P =

44 n all cases at US (at which the lesions were hypoechoic, not anechoic) and on MR images obtained with

45 n T2-weighted MRI sequences, and anechoic or hypoechoic on ultrasonography.

46 ios for incident stroke were significant for hypoechoic plaque (odds ratio, 2.53; 95% CI, 1,42,4.53).

47 In addition, hypoechoic plaque (RR, 2.78; CI, 1.36,5.69) and 50%-100%

48 ) of incident stroke was 1.72 (p = .015) for hypoechoic plaque and 2.32 (P = .004) for internal carot

49 hickening, adjacent bone irregularity, focal hypoechoic regions, and diffuse heterogeneity was statis

50 hickening, adjacent bone irregularity, focal hypoechoic regions, and diffuse heterogeneity.

51 c renal masses, the presence of shadowing, a hypoechoic rim, and intratumoral cysts are important fin

52 ation, echogenicity, homogeneity, shadowing, hypoechoic rim, and intratumoral cysts.

53 Hypoechoic rims and intratumoral cysts were seen only in

54 Hypoechoic rims correlated with distended sinusoidal spa

55 These abnormalities included focal, hypoechoic, round lesions in five (9%) testes; focal hyp

56 e well-defined, heterogeneous, predominantly hypoechoic, round-to-oval masses in both testes.

57 ation, poorly defined margin, and a markedly hypoechoic solid nodule; and benign ultrasonographic fea

58 esticular echogenic foci in 40 (73%); linear hypoechoic striations in five (9%); and focal contour de

59 rgins, peritesticular echogenic foci, linear hypoechoic striations, and testicular contour defect, ca

60 The echogenicity of lipomas ranged from hypoechoic to hyperechoic relative to muscle, although m

61 Sonographic echogenicity ranged from hypoechoic to hyperechoic relative to that of the testis

62 US demonstrated solid, hypoechoic, well-circumscribed masses in six patients an

63 e portion of the peroneus quartus muscle was hypoechoic, while the tendon portion was hyperechoic and

64 th breast parenchyma) on mammograms and were hypoechoic with irregular margins on sonograms.