ライフサイエンスコーパス: single-vessel disease

1 S generally had higher ejection fraction and single-vessel disease.

2 th previously reported outcomes for men with single-vessel disease.

3 y for men with stable angina pectoris due to single-vessel disease.

4 ients had double-vessel disease, and 227 had single-vessel disease.

5 edical therapy seen in similar patients with single-vessel disease.

6 roups those with including stable angina and single-vessel disease.

7 nts </= 65 years of age or for patients with single-vessel disease.

8 by contrast-enhanced MRI in 31 patients with single-vessel disease 162 +/- 62 days after reperfused f

9 Fifteen patients had single-vessel disease, 17 had double-vessel disease, and

10 d as low risk for continued medical therapy (single-vessel disease, 2-vessel disease with negative ex

11 cation III or IV heart failure (44% vs 22%), single-vessel disease (50% vs 28%), and a large thrombus

12 n normal coronary status, 427.50+/-607.24 in single-vessel disease, 590.03+/-511.34 in two-vessel dis

13 ar for the detection of CAD in patients with single-vessel disease (84%, 51/61 vs. 74%, 45/61, respec

14 Patients with single-vessel disease achieve more symptomatic relief wi

15 The U.S. hospitals had more patients with single-vessel disease, acute myocardial infarction and p

16 ted with shorter survival, and patients with single-vessel disease and no history of MI or revascular

17 ssels classification, in which patients with single-vessel disease and no prior history of revascular

18 patients with AMI, with higher prevalence of single-vessel disease and rare left main involvement, th

19 Fifty-eight percent of the subjects had single-vessel disease, and 10% were diabetic.

20 structive CAD (>/=50% stenosis), 7 (8%) with single-vessel disease, and 22 (25.3%) with multivessel d

21 acy than standard resolution for identifying single-vessel disease (area under the curve, 0.88 versus

22 to improve diagnostic accuracy in women with single-vessel disease, as well as provide important data

23 atients without calcifications, 19 (83%) had single-vessel disease at angiography.

24 tients on day 5 after first anterior MI with single-vessel disease demonstrate reduced intramyocardia

25 ongestive heart failure, unstable angina and single vessel disease in comparison with men.

26 th multivessel CAD, compared with those with single-vessel disease (OR: 1.10, 95% CI: 1.04 to 1.17)/c

27 ring PTCA by these criteria in patients with single-vessel disease (p = 0.0001 to 0.02).

28 Proportionately more patients with single-vessel disease required atropine before an ischem

29 n nonculprit stenosis (if any): angiographic single vessel disease (SVD), FFR nonsignificant MVD (fun

30 hom 161 (31.2%) had >/=70% stenosis (131 had single-vessel disease [SVD]; 30 had multivessel disease)

31 cularization procedures were angioplasty for single-vessel disease (U.S. 32% vs. BARI 25%) and bypass

32 lated with disease severity: 35.0% for no or single-vessel disease versus 50.8% for three-vessel dise

33 ry disease (53% of MIDCAB vs. 3% of CABG had single-vessel disease, while 15% of MIDCAB vs. 69% of CA

34 ts originated from eight patients with known single-vessel disease who were scheduled for percutaneou

35 Patients with single-vessel disease, without arterial conduits, or und

36 y for detecting CAD, including patients with single-vessel disease, women, and obese patients.