ライフサイエンスコーパス: volumetric analysis

1 rved within the carotid artery and scored by volumetric analysis.

2 T2-weighted MRI and subsequent 3-dimensional volumetric analysis.

3 ng, confocal microscopy of intact cells, and volumetric analysis.

4 sease volume on computed tomography scans by volumetric analysis.

5 Nodule volume was determined with automated volumetric analysis.

6 r growth was examined by computed tomography volumetric analysis.

7 olume changes at follow-up examinations with volumetric analysis.

8 ratory data did not influence accuracy of CT volumetric analysis.

9 was used as a measure of the accuracy of CT volumetric analysis.

10 c resonance imaging (MRI) scans suitable for volumetric analysis.

11 2 wt% Zn and 20.24 wt% Fe were determined by volumetric analysis.

12 seline and follow-up computed tomography for volumetric analysis (817 patients in the development coh

13 For the volumetric analysis, a regression was performed to accou

14 With extremes in CT volumetric analysis, actual liver volume tends to be und

15 surface areas of HTDs between devices in the volumetric analysis (all P >= .090).

16 Volumetric analysis and pharmacokinetic modeling of NP b

17 Both volumetric analysis and voxel-based morphometry were use

18 k hole volume per animal, as determined with volumetric analysis, and was analyzed statistically by u

19 Linear and volumetric analysis are the typical methods to measure t

20 WMH volumes were assessed with semiautomated volumetric analysis at fluid-attenuated inversion recove

21 They underwent CMR imaging including volumetric analysis, bright blood (BB) and dark blood (D

22 omputed tomographic (CT) scanning in hepatic volumetric analysis by correlating CT-derived estimation

23 MRI regional volumetric analysis can reliably track the distribution

24 The use of this AI will enable faster 3D volumetric analysis compared to manual segmentation.

25 Individual manual volumetric analysis confirmed statistically significant

26 -remitting MS with inflammatory profiles; CP volumetric analysis could represent an MS imaging marker

27 Volumetric analysis demonstrated better interobserver re

28 MRI volumetric analysis detected atrophy in four brain regio

29 n bipolar disorder that used functional MRI, volumetric analysis, diffusion imaging, and resting-stat

30 We present this volumetric analysis for comparison of 22 anatomical stru

31 T screening; radiological protocols that use volumetric analysis for indeterminate nodules; options f

32 Volumetric analysis generally reported greater improveme

33 3D volumetric analysis has risen in popularity; however, th

34 imply the potential utility of incorporating volumetric analysis in the radiologic diagnosis of IGE p

35 The volumetric analysis included changes in regional cortica

36 Three-dimensional volumetric analysis indicates that, on average, the mtDN

37 oma segmentation have the potential to bring volumetric analysis into clinical and research workflows

38 ng a useful and viable means for translating volumetric analysis into clinical practice.

39 Conclusion Volumetric analysis of ADC-rCBV ROIs in nonenhancing reg

40 ion of ultra-high-resolution ex vivo MRI and volumetric analysis of Alzheimer's disease using in vivo

41 Serial volumetric analysis of aortic aneurysm with nonenhanced

42 normalities of the cerebellum as revealed by volumetric analysis of brain MRI scans.

43 Volumetric analysis of change in ADC and VE 1 month afte

44 Volumetric analysis of cortical tissue loss showed no si

45 Volumetric analysis of CT-detected lung cancers is parti

46 Volumetric analysis of imaging data from 43 patients wit

47 Volumetric analysis of increase in ADC and decrease in V

48 cell live-embryo imaging, cell tracking, and volumetric analysis of individual and groups of mesoderm

49 Volumetric analysis of intradiskal cement leakage was pe

50 14 by fluorescein angiography (FA), confocal volumetric analysis of isolectin-B4 labeled flatmounts,

51 s for the fabrication, perfusion culture and volumetric analysis of large tissue-like constructs with

52 promise in assisting with the detection and volumetric analysis of lesions at MRI.

53 es relevant to the computed tomographic (CT) volumetric analysis of lung nodules.

54 ased LV strain after surgery suggests that a volumetric analysis of LV remodeling and function may be

55 Volumetric analysis of major forebrain regions was insen

56 Linear and volumetric analysis of maxillae by microCT indicated sig

57 terized segmentation algorithm enables rapid volumetric analysis of MH geometry and correlates with b

58 e fields involving dimensional metrology and volumetric analysis of microdroplets, including inkjet m

59 A volumetric analysis of MRI was used to determine the cer

60 Visual inspection and volumetric analysis of MRIs allow mesial temporal sclero

61 Volumetric analysis of multiparametric MR imaging data m

62 and developed and validated an algorithm for volumetric analysis of myocardial contrast inflow.

63 ation also arises from its widespread use in volumetric analysis of oxidizing agents and bleach neutr

64 Conclusion MRI-based volumetric analysis of paraspinal muscles in patients wi

65 rmation after arterial injury and allows for volumetric analysis of remodeling, in addition to reveal

66 Volumetric analysis of RT3DE data is clinically feasible

67 The aim of this study was to conduct a volumetric analysis of specific cortical and subcortical

68 We carried out a detailed volumetric analysis of structural brain images from eigh

69 fill this gap, this paper describes VASP-E (Volumetric Analysis of Surface Properties with Electrost

70 ution of cerebral atrophy by using automated volumetric analysis of the distribution of cerebrospinal

71 Paired volumetric analysis of the stented segment and of 5-mm p

72 t temporal lobe atrophy was quantified using volumetric analysis of the whole temporal lobes, the amy

73 Volumetric analysis of these nuclei in a small sample of

74 We performed a more detailed volumetric analysis of this structure.

75 Finally, volumetric analysis of vesicular glutamate transporters

76 emonstrated an efficient, accurate AI for 3D volumetric analysis of vestibular schwannomas.

77 en the length of time required to conduct 3D volumetric analysis of VS tumors and improve image proce

78 Using volumetric analysis of whole hemisphere and subcortical

79 of subject age was augmented by hippocampal volumetrics, analysis of the intrahippocampal distributi

80 We carried out a data-driven, whole-brain volumetric analysis on regional gray matter anatomy usin

81 Preoperative brain volumetric analysis, particularly of the lateral ventric

82 Volumetric analysis revealed reduced total brain, white,

83 Volumetric analysis showed an axial redistribution of pl

84 Although 2-D results were inconclusive, volumetric analysis showed smaller absolute (F(2,42) = 2

85 Quantitative volumetric analysis showed that the patients with first-

86 Hippocampal volumetric analysis showed that the proposed RLBP method

87 Volumetric analysis showed that tissue ablation (during

88 Accordingly, we developed a volumetric analysis technique aimed at quantification of

89 We used sophisticated volumetric analysis techniques with magnetic resonance i

90 asured and commonly used as a substitute for volumetric analysis to evaluate LV remodeling caused by

91 By recognizing how volumetric analysis using transmission electron microsco

92 Additionally, computed tomography volumetric analysis was conducted to assess the graft re

93 Brain MRI with volumetric analysis was performed in the participants wi

94 ssessment, and intravascular ultrasound with volumetric analysis were performed in 15 patients with m

95 computed tomography of the orbits, including volumetric analysis, were performed on all patients.

96 Volumetric analysis with automated segmentation was used

97 dditive prognostic value beyond conventional volumetric analysis, with potential implications for ris