ライフサイエンスコーパス: hypointense

1 c nodules with subfoci of HCC, hyperintense, hypointense.

2 high-grade dysplastic nodules, hyperintense, hypointense.

3 c low-grade dysplastic nodules, hypointense, hypointense.

4 low-grade dysplastic nodules, hyperintense, hypointense.

5 version recovery hyperintense (18 of 18), T1-hypointense (17 of 18), and diffusion-hyperintense (15 o

6 /- 12, and 238 msec +/- 17, respectively) or hypointense (296 msec +/- 27, 163 msec +/- 12, and 199 m

7 isointense (8.5/s vs 9.5/s, p=0.02) and T(1) hypointense (7.7/s vs 9.5/s, p=0.003) compared with NAWM

8 66 from lesions on T2-weighted MR images (43 hypointense and 23 isointense on T1-weighted MR images),

9 Thermal ablation zones were uniformly hypointense and had a surrounding bright rim on T2-weigh

10 On the other hand, it is hypointense and less evident in T1-weighted images.

11 In parallel, the hypointense areas on MR images at the injection sites de

12 Within lesions, hypointense areas on phase images did not always represe

13 We observed that these hypointense areas showed difference according to the gen

14 and at the external surface of the cortex, a hypointense band deeper in the cortex, and a hyperintens

15 had less volume shrinkage and became more T1 hypointense between months 3 and 12.

16 The UCCA and the number of hypointense brain lesions on T1-weighted images were the

17 r MR imaging parameters, including number of hypointense brain lesions on T1-weighted MR images, pres

18 UCCA, number of hypointense brain lesions on T1-weighted MR images, pres

19 All lesions appeared hypointense compared to testicular tissue on T1W and T2W

20 Glands were hypointense compared with the liver on T1-weighted image

21 on of cord swelling, and decreased volume of hypointense core and edema at the last time points.

22 "Bagel Sign" pattern: a central lesion with hypointense core and hyperintense rim with or without co

23 Over time this hypointense core reduced in size and in some animals was

24 Also, at this time point, a hypointense core was identified on T1, PD, and T2 weight

25 ity, characteristic of edema, surrounded the hypointense core.

26 The predictive values of hypointense cores (HIC) in balanced steady-state free pr

27 Hypointense cores within CMI on balanced steady-state fr

28 e lesions had lower ADCs compared with their hypointense counterparts.

29 The hypointense (dark) areas in T2-weighted images were not

30 contrast than adjacent normal prostate, and hypointense features on T2-weighted imaging; these findi

31 e defined as discrete, well-defined markedly hypointense foci within the adnexal lesion on T2-weighte

32 mall HCC, hyperintense, hypointense (n = 7); hypointense, hyperintense (n = 2); hyperintense, hyperin

33 l 14 siderotic low-grade dysplastic nodules, hypointense, hypointense.

34 ocardial hemorrhage was taken to represent a hypointense infarct core with a T2* value of <20 ms.

35 (n = 3); hyperintense, hyperintense (n = 1); hypointense, isointense (n = 1).

36 ganglion cell, and inner nuclear layer; the hypointense layer 2, the outer nuclear layer and the inn

37 A BH was defined as a hypointense lesion on a T1 pre-contrast image that coinc

38 tense lesion volume [T2LV]), the ratio of T1 hypointense lesion volume [T1LV] to T2LV [T1:T2]), brain

39 d tiw versus DT (nominal p<0.001); T2 and T1 hypointense lesion volume change was lower for sc IFN be

40 ional measures such as T2 hyperintense or T1 hypointense lesion volumes.

41 ively) lesions, except for the Cho value for hypointense lesion, which was significantly lower.

42 in T(1) isointense (44.6 +/- 7.2 mM) and T1 hypointense lesions (46.8 +/- 8.3 mM) compared with norm

43 Mean NAA level in hypointense lesions (5.30 mmol/L +/- 2.27 [standard devi

44 of lateral ventricles, Dawson's fingers, T1 hypointense lesions (multiple sclerosis), fluffy lesions

45 lesions (all P<0.001) and new T(1)-weighted hypointense lesions (P<0.001, P<0.001, and P=0.002, resp

46 ns (both BG-12 doses), and new T(1)-weighted hypointense lesions (thrice-daily BG-12) (nominal P<0.05

47 er sodium concentration was observed in T(1) hypointense lesions in secondary-progressive (49.0 +/- 7

48 ection of blood-brain barrier break down and hypointense lesions on T1-weighted images, magnetization

49 1 mL, p=0.024) and a higher number of new T1-hypointense lesions over 0-12 months (p=0.005) as well a

50 mbers of new T2, gadolinium-enhancing and T1 hypointense lesions were lower with sc IFN beta-1a qw (n

51 imaging with ultra-highfield MRI that phase hypointense lesions were significantly more prevalent in

52 radient-recalled-echo MR images demonstrated hypointense lesions with variable contrast material enha

53 olved on repeat imaging, and often showed T1 hypointense lesions.

54 microbleeds, which appear as small dot-like hypointense lesions.

55 Each ligament was well seen as a hypointense linear structure with MR arthrography.

56 h the number of alternating hyperintense and hypointense lines depicted.

57 rast-to-noise ratio between hyperintense and hypointense liver regions, coefficient of variation, and

58 ic analysis; at MR imaging, PTLD appeared as hypointense masses on T1-and T2-weighted images with min

59 For both diseases, T1-weighted images showed hypointense masses with progressive enhancement (differe

60 pecific pattern of hyperintensity within the hypointense medial globus pallidus.

61 ted images, respectively: HCC, hyperintense, hypointense (n = 3); hyperintense, hyperintense (n = 1);

62 Small HCC, hyperintense, hypointense (n = 7); hypointense, hyperintense (n = 2);

63 hyperintense areas on T1-weighted images and hypointense on fat-suppressed T1-weighted images, compat

64 ntrifugal DCE lesions appeared isointense or hypointense on phase images, whereas centripetal DCE les

65 None was hypointense on proton-density- or T2-weighted images.

66 intrathoracic and subcutan masses as mainly hypointense on T1-weighted images and hyperintense on T2

67 te depiction of IRE ablation zones that were hypointense on T1-weighted images and hyperintense on T2

68 eatures were the following: all lesions were hypointense on T2- and hyperintense (n=12) and isointens

69 Infiltrative lesions that were hypointense on T2-weighted images were better characteri

70 lesions that shrink least and become more T1 hypointense over time suggests that the rim might mark f

71 In acute lesions, the hypointense phase rim reflects the expanding inflammator

72 whereas centripetal DCE lesions showed thin, hypointense phase rims that clearly colocalized with the

73 ic lesions also selected for the presence of hypointense phase rims, the findings were stable over ti

74 , in cerebral white matter and brain stem, a hypointense region on T1-weighted images.

75 MRIs demonstrated hypointense regions at the periphery of the tumors where

76 oxide nanoparticles are detected in vivo as hypointense regions in the liver up to two weeks post in

77 ADC threshold, (ii) visual determination of hypointense regions on ADC maps, and (iii) visual determ

78 ice that received labeled cells demonstrated hypointense regions within the tumor that evolved over t

79 Fibroids were classified as hyperintense or hypointense relative to skeletal muscle on pretreatment

80 APAs (mean size, 20 x 16 mm) were iso- or hypointense relative to the liver on T1-weighted images

81 r lesions located throughout the brain and a hypointense rim around some WM lesions.

82 ed over time and developed a continuous dark hypointense ring at a consistent time point.

83 High-field MRI defined 2 novel hypointense signal abnormalities on T(2) -weighted image

84 elected for treatment had no hyperintense or hypointense signal intensity changes on the DW images or

85 sence of fluid collection with isointense or hypointense signal on T1-weighted images, fluid-equivale

86 The hypothesis that thin tubular hypointense signals in the myocardium of rat hearts at S

87 categorized into four subgrades: subgrade A, hypointense; subgrade B, inhomogeneous; subgrade C, hype

88 antified on a three-point ordinal scale (0 = hypointense to brain parenchyma, 1 = isointense to brain

89 ioma (hyperintense) from radiation necrosis (hypointense to isointense) by APT MRI.

90 ced more than metastases, they also remained hypointense to liver on T1-weighted images (from -4.87 +

91 In comparison, metastases remained hypointense to liver on T1-weighted images (from -5.77 +

92 At MR imaging, tumors were hypointense to liver on T1-weighted images (n = 11) and

93 R images, but a central scar was depicted as hypointense to surrounding tumor in nine cases.

94 All first HGs were hypointense to the MTG and were either iso- or hypointen

95 The STG was hypointense to the MTG in 54 (90%) hemispheres and in th

96 pointense to the MTG and were either iso- or hypointense to the STG.

97 eighted images ranged from 0.136 (moderately hypointense) to 0.529 (encapsulation).

98 Thermal lesions appeared hypointense with hyperintense surrounding rims with all