ライフサイエンスコーパス: descending aorta

1 ortic dissections (which are confined to the descending aorta).

2 olesterolemia-induced atherosclerosis in the descending aorta.

3 ex) at the aortic root, ascending aorta, and descending aorta.

4 d with lower rates of re-intervention on the descending aorta.

5 delayed' position of the tracking ROI in the descending aorta.

6 carotid arteries and to the exclusion of the descending aorta.

7 iation of the ductus arteriosus and adjacent descending aorta.

8 r wall of the ductus arteriosus and adjacent descending aorta.

9 ense FDG uptake tended to be observed in the descending aorta.

10 lood pressure gradients in the ascending and descending aorta.

11 , and in 7 replacement included the proximal descending aorta.

12 Ten-day-old rabbits underwent banding of the descending aorta.

13 stomosed to the apex of the heart and to the descending aorta.

14 ntricular apex to the SMV and the SMV to the descending aorta.

15 , nidogen, and perlecan in the adventitia of descending aortas.

16 > 0.1) and its ratio to that of the adjacent descending aorta (0.5 +/- 0.1 vs 0.4 +/- 0.1, p > 0.1) w

17 77, 197); ductus arteriosus, 187 (109, 265); descending aorta, 252 (160, 344); pulmonary blood flow,

18 orta, most pronounced distally (e.g., distal descending aorta 5.1 +/- 1.8 mm Hg(-1) x 10(-3) before w

19 29 (15, 43); ductus arteriosus, 41 (25, 57); descending aorta, 55 (35, 75); pulmonary blood flow, 16

20 ction area of 156514+/-57408 microm(2)), and descending aorta (7.0+/-1.2% of the total aortic surface

21 le (narrowest point of arch, 70 vs 53 mm(2); descending aorta, 71 vs 58 mm(2); transverse arch, 293 v

22 c repair may be optimal for treating type B (descending aorta) AAS.

23 Positioning of the tracking ROI in the descending aorta achieved a significantly higher contras

24 e first, a valved stent was implanted in the descending aorta after creation of an aortic insufficien

25 dex in the ascending aorta (AIaa) and distal descending aorta (AIda).

26 r(-/-) mice was much larger than that in the descending aorta, also suggesting a crucial role of the

27 an aortic valve is possible in lambs in the descending aorta and in the native position.

28 ed plaque area and plaque cholesterol in the descending aorta and plaque area in the innominate arter

29 spinal malperfusion, a primary entry in the descending aorta, and pre-operative comatose state were

30 ing, the proximal descending, and the distal descending aorta, and the common carotid artery and the

31 The aortic arch, descending aorta, and tracheal indentation were assessed

32 iable source organs: liver, kidneys, spleen, descending aorta, and upper large intestine.

33 Aortic dissections involving the descending aorta are a major clinical problem in patient

34 rrogate tumors were blood-pool images of the descending aorta as well as mesenteric and iliac arterie

35 s tested responded to brief occlusion of the descending aorta at the level of the coeliac arteries, a

36 tal aorta (ascending aorta by -22%, proximal descending aorta by -25%, and abdominal aorta by -35%; P

37 1 000 murine genes in the nonatherosclerotic descending aorta by Affymetrix gene chips suggested that

38 ties of the right and left heart and for the descending aorta by comparing them against the time-acti

39 calcifications, mitral valve calcifications, descending aorta calcifications, and cardiac diameter.

40 ia was induced by transient occlusion of the descending aorta combined with systemic hypotension.

41 e region spanning the ascending and proximal descending aorta compared with the mid-thoracic or abdom

42 mic perfusion pressure (SPP) measured in the descending aorta (constant flow) provided an index of sy

43 erval: 1.2 to 3.8; p = 0.010) and a proximal descending aorta diameter >/=27 mm (hazard ratio: 2.2; 9

44 cending aorta were associated with a greater descending aorta diameter (0.18 +/- 0.08-mm increase in

45 higher ratio of pulmonary artery diameter to descending aorta diameter (1.51 versus 1.37).

46 variate analysis identified baseline maximum descending aorta diameter (hazard ratio [HR]: 1.32 [1.10

47 mortality was predicted by baseline maximum descending aorta diameter (HR: 1.36 [1.08-1.70]; P=0.008

48 diabetes were each associated with a greater descending aorta diameter (p < 0.05); 2) atherosclerotic

49 Coarctation site to descending aorta diameter ratio increased from 0.46 +/-

50 resection: 43% with resection including the descending aorta died versus 14% with only ascending aor

51 expression in the cardiac outflow tract and descending aorta during embryogenesis.

52 Balloon occlusion of the proximal descending aorta during experimental CPR improves restor

53 oracotomy and placement of a clip across the descending aorta for 27 mins.

54 In CTA, delayed acquisition by using the descending aorta for bolus triggering can improve the en

55 Donor descending aortas from August-Copenhagen-Irish rats were

56 Patients with advanced age (p = 0.01) and descending aorta grafting (p = 0.004) had significant po

57 tions originating in the ascending aorta and descending aorta have been classified as type A and type

58 partment model and the Patlak method using a descending aorta image-derived input function, and mean

59 es in the carotid sinus, or occlusion of the descending aorta in 14 Dial-urethane anaesthetized, vago

60 repair included arch in 218 patients, total descending aorta in 193 patients, and thoracoabdominal a

61 n the ascending aorta in 93 patients, in the descending aorta in 25, and in the arch in 11.

62 AoD originated in the distal arch or descending aorta in 71%; 52% of affected patients, inclu

63 ality noted was a uniformly narrowing of the descending aorta in fibulin-4-/- embryos at embryonic da

64 differentiation of the VSMC component of the descending aorta in stage 12 to stage 20 quail embryos.

65 nd ductal Z scores (measured just before the descending aorta in the 3-vessel and tracheal view) and

66 es in the carotid sinus, or occlusion of the descending aorta in thirty-six Dial-urethane-anaesthetiz

67 d (81 of 116) responded to retraction of the descending aorta into a polyethylene tube (the snare sti

68 for type B aortic dissection, even when the descending aorta is only slightly dilated.

69 solated hindlimb preparation perfused in the descending aorta (Krebs-Henseleit bicarbonate, 5% albumi

70 rate-corrected mean flow deceleration in the descending aorta measured by phase-velocity cine MRI (OR

71 ivery to the brain, whereas infusion via the descending aorta minimized brain delivery.

72 ring formed by a left-sided ductus from the descending aorta (n = 5); right aortic arch with mirror-

73 ical management for uncomplicated AAS in the descending aorta (n = 61) revealed no dissection-related

74 erformed using the pulmonary trunk (n=70) or descending aorta (n=73) after application of 70 to 120 m

75 AI-1-plasminogen complex in protein from the descending aorta of rPAI-1(23)- and saline-treated mice,

76 Recently, we used the descending aorta of the embryonic quail to define the mo

77 tracheal indentation on 30 (73%), and right descending aorta on 27 (66%) radiographs.

78 -sectional areas (by up to 28% [e.g., distal descending aorta], p < 0.001).

79 coronary artery, aortic root, ascending and descending aorta, pulmonary arteries) were evaluated.

80 dy (Southampton Women's Survey), the child's descending aorta PWV was measured at the age of 9 years

81 Valsalva, ascending aorta, aortic arch, and descending aorta, respectively.

82 aorta were abolished, whereas lesions in the descending aorta showed 56% reduction.

83 Sites in the ascending and descending aorta, the carotid and iliac arteries, and th

84 nts of flow in the ascending, transverse and descending aorta, the ductus arteriosus, and across the

85 with resternotomy was 24% (18 of 74) and of descending aorta (thoracic+abdominal) intervention was 3

86 odium thiosulfate were administered into the descending aorta to limit brain delivery.

87 in group 1 had exclusive involvement of the descending aorta (type B) (31of 34, 91%).

88 wo (12%) of 17 patients with hematoma of the descending aorta (type B) were significantly different (

89 Rates of freedom from re-intervention on the descending aorta were 96.7%, 92.2%, and 89.4% at 10, 20,

90 p < 0.05); 2) atherosclerotic plaques in the descending aorta were associated with a greater descendi

91 nd neointimal lesions at the aortic root and descending aorta were markedly decreased (by 40% and 80%

92 ts; in mice on Western diets, lesions in the descending aorta were reduced by 30% in females and 33%

93 n and immunohistochemical studies, and whole descending aorta were stained with Oil Red O.

94 rection of flow in the ductus arteriosus and descending aorta were unrelated to outcome.

95 oes not involve catheter manipulation in the descending aorta, whereas transfemoral PCI (TFI) does.

96 of TSC is the formation of aneurysms of the descending aorta, which are characterized on pathologic