ライフサイエンスコーパス: high signal intensity

1 more heavily sampling time-domain regions of high signal intensity.

2 graphy-diode-array detection in a relatively high signal intensity.

3 eccentric high signal intensity, and uniform high signal intensity.

4 yed low signal intensity with a sharp rim of high signal intensity.

5 gnal intensity and 0.58 for laterally curved high signal intensity.

6 g guide wire was always visible as a band of high signal intensity.

7 etoconazole concentrated in small areas with high signal intensity.

8 were observed, with 30-50 having relatively high signal intensities.

9 erobserver agreement were 0.60 for posterior high signal intensity and 0.58 for laterally curved high

10 Results High signal intensity and corresponding T2* and T1 of th

11 ity, central low signal intensity, eccentric high signal intensity, and uniform high signal intensity

12 ns studied with T2-weighted imaging, two had high signal intensity; and the one lesion studied with g

13 umor volume and T2-weighted MR images showed high signal intensity (approximately equal to that of ce

14 Laterally curved and posterior high signal intensities are specific signs for distingui

15 The high-signal-intensity area was circumferential in lesion

16 Qualitative analysis showed myocardial high-signal-intensity areas in 100% (13 of 13) of patien

17 The authors assessed high-signal-intensity areas in the insular cortex and ex

18 In eight patients (61%), high-signal-intensity areas were exhibited on DW EP imag

19 = 8.3), low ADC signal intensity (HR = 7.3), high signal intensity at DW imaging (HR = 7.1), and time

20 Water T1 values were higher in muscles with high signal intensity at fat-suppressed T2-weighted imag

21 ents with myocardial infarction demonstrated high signal intensity at imaging.

22 s reported a significant correlation between high signal intensity at LGE cardiac MRI and LVA EAM or

23 ivo, the actively guided catheter produced a high signal intensity at the terminal portion of the sha

24 DW images depicted high signal intensity compatible with localization of th

25 Focal high signal intensity consistent with edema was seen in

26 High signal intensities correlate with cardiovascular ri

27 white matter lesions and "diffuse excessive high signal intensity" (DEHSI), the predominant patterns

28 perior labrum was evaluated on MR images for high signal intensity extending to the articular surface

29 The authors compared high-signal-intensity flow-related artifacts present wit

30 vity, specificity, and accuracy of posterior high signal intensity for a type 2, 3, or 4 SLAP tear we

31 the first time, to our knowledge, to provide high signal intensity for the advancement of in vivo hp

32 abnormality volume (DWMA; diffuse excessive high signal intensity)-for prediction of motor outcomes

33 High-signal-intensity hemorrhage on T1-weighted images a

34 DT findings, patient age, T2 high signal intensity (HSI), and somatosensory evoked po

35 Multiecho IDEAL GRE provides high signal intensity in cartilage and synovial fluid an

36 , zero, and 20 patients), (b) linear area of high signal intensity in deep zone adjacent to subchondr

37 last location in spongy mesophyll cells, and high signal intensity in palisade mesophyll associated w

38 to determine the presence of intermediate-to-high signal intensity in regions excluding the bone marr

39 neuritic shoulder pain and weakness included high signal intensity in supra- and infraspinatus muscle

40 up with good function recovery and sustained high signal intensity in the group with poor function re

41 samples exhibited bilaminar intermediate-to-high signal intensity in the region near the CEP, consis

42 On T1-weighted images, high signal intensity is correlated with the presence of

43 spin-echo, T2-weighted sequence demonstrated high-signal-intensity lesions (n = 5).

44 ghted imaging, 6 patients (40%) did not show high-signal-intensity lesions.

45 For two high-signal-intensity lines, these values were 17%, 94%,

46 curved area of high signal intensity, or two high-signal-intensity lines.

47 Purpose To quantify the MRI T2 high-signal-intensity lung volume and T2-weighted volume

48 embrane integrity, while viable tumor showed high signal intensity (mean normalized apparent diffusio

49 h quality, demonstrating that HP He-3 allows high-signal-intensity MR imaging in living systems.

50 on mode, offering low background signals and high signal intensities of many lipid classes.

51 The relatively high signal intensities of SO3(*-), SO4(*-), and HSO4(-)

52 eighted contrast and complete suppression of high signal intensity of CSF.

53 uminescent resonance energy transfer and the high signal intensity of HiBiT/LgBiT without background

54 ents with pattern 1 findings had homogeneous high signal intensity of the endometrium on T2-weighted

55 defined as new foci of reduced diffusion and high signal intensity on fluid-attenuated inversion reco

56 Metastases were diagnosed on the basis of high signal intensity on high b value DW MR images and m

57 The abnormal MTTs showed high signal intensity on images obtained with a long rep

58 Before embolization, high signal intensity on T1-weighted images was predicti

59 rs with regard to tumor margin, intratumoral high signal intensity on T1-weighted images, or tumor ca

60 low signal intensity surrounded by areas of high signal intensity on T1-weighted images.

61 The presence of a capsule, intratumoral high signal intensity on T1-weighted MR images, and a st

62 ranial substances and lesions, which produce high signal intensity on T1-weighted MR images.

63 redictive of a poor response (P = .008), and high signal intensity on T2-weighted images was predicti

64 (at which the lesions demonstrated markedly high signal intensity on T2-weighted images) in all case

65 T2-weighted images) and intratumoral cysts (high signal intensity on T2-weighted images) were seen m

66 emonstrated low attenuation, MR demonstrated high signal intensity on T2-weighted images, and both de

67 Typically, HCC is a focal lesion with high signal intensity on T2-weighted images, variable si

68 e signal intensity on T1-weighted images and high signal intensity on T2-weighted images.

69 luated with MR imaging were of predominantly high signal intensity on T2-weighted images.

70 owed low attenuation at CT (10 patients) and high signal intensity on T2-weighted MR images (10 patie

71 images (n = 9); heterogeneous, predominantly high signal intensity on T2-weighted MR images (n = 5);

72 Areas of high signal intensity on T2-weighted MR images correlate

73 ntrast image that coincided with a region of high signal intensity on the T2-weighted images.

74 , CC/bone, and UCC/CC/bone samples exhibited high signal intensity on the UTE images, whereas bone-on

75 Conclusion: These results show that the high signal intensity on UTE images of human articular j

76 um, an irregular or laterally curved area of high signal intensity, or two high-signal-intensity line

77 Eccentric and uniform high-signal-intensity patterns were observed in lymph no

78 -2-positive tumors were easily identified as high-signal-intensity regions as early as 1 hour after i

79 On average, the signal intensity of the high-signal-intensity regions in patients was 485% +/- 4

80 Immediately after Gd-DTPA administration, a high-signal-intensity rim was observed in the tumor peri

81 High-signal-intensity subinsular foci at MR imaging are

82 rly all of the particles and with relatively high signal intensity, suggesting that these ions have h

83 imens revealed bilateral elliptical areas of high signal intensity that corresponded to small multipl

84 ence of either posterior or laterally curved high signal intensity, the sensitivity was 65% for both

85 The mucosa showed high signal intensity, the submucosa low signal intensit

86 For laterally curved area of high signal intensity, these values were 65%, 84%, and 7

87 650 compound, which provides unprecedentedly high signal intensity through the Resonance Raman (RR) e

88 9,485) of the MM probes displayed relatively high signal intensities to the corresponding PM probes (

89 ic subtype: type 0, normal; type 1, nonfatty high signal intensity; type 2, fatty; and type 3, sclero

90 ised automated quantification of T2-weighted high-signal-intensity volume (HSV) and T2-weighted VIP i

91 s (CF), automated quantification of lung MRI high-signal-intensity volume was reproducible and correl

92 sequences, in which bile is characterized by high signal intensity, whilst signal intensity of surrou

93 other MR variables (such as disk herniation, high signal intensity zone, and spondylolisthesis) and t