ライフサイエンスコーパス: cardiac lesion

1 e, especially in patients with a concomitant cardiac lesion.

2 ation by inducing reverse migration from the cardiac lesion.

3 Five children had associated cardiac lesions.

4 common in groups with or without associated cardiac lesions.

5 erleukin-4 was not detectable at any time in cardiac lesions.

6 any tissues, liver abnormalities, and severe cardiac lesions.

7 Moreover, even those patients with mild cardiac lesions are potentially at risk for SCD.

8 o reduced cerebral oxygen delivery, and that cardiac lesions associated with the lowest cerebral oxyg

9 Despite correction of left-sided cardiac lesions, associated functional tricuspid regurgi

10 The spatial and temporal extent of cardiac lesions can be visualized and monitored by T2- a

11 ed the diagnostic significance of associated cardiac lesions, coarctation shelf, and isthmal flow dis

12 73 case-patients, 104 (38%) knew of previous cardiac lesions compared with 17 controls (6%) (adjusted

13 The cardiac lesion consisted of a polypoid, left atrial, mur

14 x (MHC) class II IE antigen, develop minimal cardiac lesions despite high levels of virus in the hear

15 Cardiac lesion dimensions decreased proportional to the

16 g a biphasic, bipolar PFA system resulted in cardiac lesions even in the 0 mm offset distance case.

17 The CLEAR-IE (Cardiac Lesion Extraction and Aspiration Registry for In

18 A concomitant cardiac lesion, for example, patent ductus arteriosus, a

19 the effects of electrode-tissue proximity on cardiac lesion formation with a biphasic, bipolar PFA sy

20 To identify the cytokines present in cardiac lesions from susceptible mice, semiquantitative

21 y of prenatal echocardiographic diagnoses of cardiac lesions has been reported, but no previous repor

22 age, the presence of significant associated cardiac lesions, history of arrhythmia, pacemaker implan

23 e shown an increased incidence of congenital cardiac lesions in animals exposed to TCE and DCE.

24 The natural history of unoperated cardiac lesions in heterotaxy is known to be poor.

25 Finally, a nonmyocarditic reovirus induced cardiac lesions in mice depleted of IFN-alpha/beta, demo

26 understanding of the etiology of congenital cardiac lesions is rapidly progressing from the recognit

27 vestigation of the vulnerability of specific cardiac lesions, mode of treatment, and the behavioral p

28 red cortical development, and predicted that cardiac lesions most associated with reduced cerebral ox

29 increased clinical interest as a congenital cardiac lesion persisting into adulthood.

30 Importantly, patients with pre-existing cardiac lesions, prosthetic valves, stents, coronary byp

31 A+ IE-] and ABo [IA- IE-]) developed minimal cardiac lesions subsequent to infection despite high con

32 val; (2) whether acutely necrotic or healing cardiac lesions support grafts; and (3) the differentiat

33 to use high-energy ion beams for creation of cardiac lesions that chronically interrupt cardiac condu

34 Among case-patients with known cardiac lesions--the target of prophylaxis--dental thera

35 1 children undergoing surgery for congenital cardiac lesions to evaluate whether early postoperative

36 Cardiac lesions were also significantly decreased in KC(

37 Associated cardiac lesions were common in both groups.

38 Patients with congenital cardiac lesions were excluded.

39 The underlying cardiac lesions were mild, moderate, and severe CHD in 1

40 ficantly (P < 0.05) in males and females but cardiac lesions were still present in each of the DZR-tr

41 s now offered for a vast array of congenital cardiac lesions when a circulation with 2 ventricles can