ライフサイエンスコーパス: electron beam computed tomography

1 accurately and noninvasively with the use of electron beam computed tomography.

2 ocardiography, intravascular ultrasound, and electron beam computed tomography.

3 nd coronary artery calcium (CAC) measured by electron beam computed tomography.

4 d at baseline and at 3 years follow up using electron beam computed tomography.

5 Coronary atheroma was quantified by means of electron beam computed tomography.

6 CAC was quantified with electron beam computed tomography.

7 Calcification was measured with electron beam computed tomography.

8 red with pericardial thickness measured with electron beam computed tomography.

9 rial locations was detected noninvasively by electron beam computed tomography.

10 by coronary artery calcification (CAC) using electron-beam computed tomography.

11 onary artery calcification (CAC) assessed by electron-beam computed tomography.

12 CAC was assessed by electron-beam computed tomography.

13 al coronary artery disease was identified by electron-beam computed tomography.

14 prusside) were quantified in vivo in pigs by electron-beam computed tomography after a 12-week normal

15 nd quantity of CAC and AC were measured with electron beam computed tomography and fasting blood test

16 m (CAC) score >10 Agatston units measured by electron-beam computed tomography and detectable aortic

17 dvances in transesophageal echocardiography, electron beam computed tomography, and magnetic resonanc

18 dial perfusion were determined in vivo using electron beam computed tomography, and myocardial sample

19 phic imaging methods, including fluoroscopy, electron-beam computed tomography, and helical computed

20 end-diastolic and end-systolic volumes using electron-beam computed tomography as the reference stand

21 patients underwent coronary angiography and electron beam computed tomography at five different cent

22 s and function were quantified in vivo using electron-beam computed tomography at baseline and after

23 lar permeability were measured in vivo using electron beam computed tomography before and after cardi

24 Renal blood flow was measured with electron-beam computed tomography before and during infu

25 al computed tomography and contrast-enhanced electron-beam computed tomography, but with present tech

26 Electron-beam computed tomography CACS was predictive of

27 Electron beam computed tomography (CT) was used to measu

28 Electron-beam computed tomography (CT) is noninvasive an

29 thallium scintigraphy, echocardiography, and electron-beam computed tomography (CT) scanning of the c

30 We used electron-beam computed tomography (CT) to screen for cor

31 Three study centers used electron-beam computed tomography (CT), and three used m

32 cation has previously been accomplished with electron-beam computed tomography (CT).

33 odynamics and function were quantified using electron-beam-computed tomography (CT) in normocholester

34 The electron beam computed tomography-derived coronary calci

35 Coronary electron beam computed tomography (EBCT) detects atheros

36 he purpose of this study was to determine if electron beam computed tomography (EBCT) has potential a

37 cardiography was determined in comparison to electron beam computed tomography (EBCT) in 26 patients.

38 ints for coronary calcium scores measured by electron beam computed tomography (EBCT) in predicting t

39 We assessed the accuracy of two electron beam computed tomography (EBCT) protocols for p

40 dy was undertaken to evaluate the ability of electron beam computed tomography (EBCT) to distinguish

41 coronary artery calcium (CC) as detected by electron beam computed tomography (EBCT) with convention

42 compare the results and prognostic value of electron-beam computed tomography (EBCT) and exercise ec

43 nt coronary stenoses on a segmental basis by electron-beam computed tomography (EBCT) and intravenous

44 by quantification of coronary calcium using electron-beam computed tomography (EBCT) and to compare

45 Electron-beam computed tomography (EBCT) detects coronar

46 Screening electron-beam computed tomography (EBCT) examinations fo

47 Electron-beam computed tomography (EBCT) is a relatively

48 Electron-beam computed tomography (EBCT) is used to meas

49 ctors, quantified coronary calcium mass with electron-beam computed tomography (EBCT), and measured s

50 We previously demonstrated that in vivo electron-beam computed tomography (EBCT)-based indicator

51 and extent of coronary calcium determined by electron-beam computed tomography (EBCT).

52 sured genes to CAC progression measured by 2 electron beam computed tomography examinations an averag

53 w bias between rapid 3D echocardiography and electron-beam computed tomography for measuring left ven

54 nical coronary heart disease were studied by electron-beam computed tomography for the extent of calc

55 Electron beam computed tomography has a higher diagnosti

56 Quantification of coronary calcification via electron beam computed tomography has shown promise as a

57 ness, coronary artery calcification score on electron-beam computed tomography, homocysteine, and lip

58 of coronary calcification detected by serial electron beam computed tomography imaging as an end-poin

59 etermined using coronary calcium measured by electron beam computed tomography in 1,289 men and women

60 res in 2000 to 2001, and CAC was measured by electron beam computed tomography in 2000 to 2001 and 20

61 netic influences on CAC quantity measured by electron beam computed tomography in 698 asymptomatic wh

62 g vasoactive challenge were quantified using electron-beam computed tomography in pigs after 12 wk of

63 Electron beam computed tomography is a non-invasive inve

64 Electron beam computed tomography is a sensitive, noninv

65 Electron beam computed tomography is an accurate and non

66 Electron beam computed tomography is an accurate, noninv

67 coronary artery calcium score as measured by electron-beam computed tomography, lipoprotein(a) level,

68 ndividuals and include exercise ECG testing, electron beam computed tomography, magnetic resonance co

69 Coronary calcification detected by electron beam computed tomography may prove an invaluabl

70 presence of subclinical atherosclerosis, by electron beam computed tomography scanning.

71 identified 65 patients who had undergone two electron-beam computed tomography scans at a mean (SD) i

72 those, 98 patients underwent a total of 248 electron beam computed tomography studies at 0.5, 1, 1.5

73 have recently documented the feasibility of electron beam computed tomography to detect and quantify

74 power of coronary calcification detected by electron beam computed tomography to predict coronary he

75 tudy, 13 of these 65 patients also underwent electron-beam computed tomography to assess coronary art

76 Subjects underwent electron-beam computed tomography to assess the number o

77 We used electron-beam computed tomography to screen for the pres

78 coronary artery calcification determined by electron beam computed tomography was assessed in models

79 Subsequently, cardiac electron beam computed tomography was performed before a

80 Electron-beam computed tomography was done to measure co

81 Electron-beam computed tomography was used to measure th