ライフサイエンスコーパス: complete heart block

1 conscious chronically instrumented dogs with complete heart block.

2 during atrial fibrillation without producing complete heart block.

3 ing the QRS complex, 4 resulted in transient complete heart block.

4 eath, cardiogenic shock, cardiac arrest, and complete heart block.

5 oped to treat profound bradycardia caused by complete heart block.

6 onotropic support in both rats and pigs with complete heart block.

7 nts with prior asystole from sinus arrest or complete heart block.

8 esting as a bilateral ocular involvement and complete heart block.

9 merely as a bilateral ocular involvement and complete heart block.

10 trioventricular conduction in a rat model of complete heart block.

11 .5% versus 13.1%; P<0.001), as were rates of complete heart block (3.5% versus 11.2%; P<0.001) and ne

12 ade Mobitz type II atrioventricular block or complete heart block; (3) ventricular fibrillation; (4)

13 oventricular conduction with transition into complete heart block after 160 Gy.

14 One procedure was complicated by complete heart block after ablation of a high-risk midse

15 tions may help identify patients at risk for complete heart block after septal reduction procedures f

16 As anticipated, 3 patients developed complete heart block and underwent pacemaker implantatio

17 ree subjects with progressive development of complete heart block and various arrhythmias, all of who

18 t ventricular anterior wall of adult dogs in complete heart block and with backup electronic pacemake

19 inus pause >=3 s, anytime sinus pause >=6 s, complete heart block, and a composite end point demonstr

20 as a composite of cardiogenic shock, arrest, complete heart block, and cardiac death.

21 y no structural defects but have progressive complete heart block, and massive trabecular muscle over

22 e heart failure, cardiac arrest, arrhythmia, complete heart block, and/or stroke requiring hospitaliz

23 ed CCD, leading to sudden cardiac death from complete heart block, but no longer developed DCM or the

24 ulted in a significantly higher incidence of complete heart block, but the risk was reduced with cont

25 ght bundle branch block (RBBB), and 0.6% had complete heart block (CHB) after myectomy.

26 the incidence and determinants of permanent complete heart block (CHB) after nonsurgical septal redu

27 y is to determine the temporal occurrence of complete heart block (CHB) and ventricular tachyarrhythm

28 Complete heart block (CHB) is a life-threatening conditi

29 We reviewed all cases of second degree and complete heart block (CHB) on POD 0 from August 2009 thr

30 dia or primary cardiac arrest, and sustained complete heart block, classified by a reviewer blinded t

31 Complete heart block developed in 11 patients, who then

32 A young woman with complete heart block died suddenly.

33 We describe the occurrence of complete heart block in a patient with Sjogren's syndrom

34 ying mechanisms resulting in immune-mediated complete heart block in a small subset of 'at-risk' fetu

35 with left ventricular ejection fraction and complete heart block in the LMNA DCM cohort.

36 Gradually progressive development of complete heart block in young people often is associated

37 nt and clinically relevant porcine models of complete heart block, intramyocardially injected TBX18 m

38 Complete heart block is a common complication after NSRT

39 e it is associated with an increased risk of complete heart block, it should not be performed routine

40 Multivariable analysis identified older age, complete heart block, MV repair without annuloplasty rin

41 Other adverse events included complete heart block (n=2) and increased atrioventricula

42 Postoperative complete heart block occurred in 20 patients (18.5%).

43 uding in patients with pacing indications of complete heart block or atrioventricular nodal ablation

44 ause of >=3 s, anytime sinus pause of >=6 s, complete heart block, or a composite of these bradyarrhy

45 atients (8.6%) had serious adverse events of complete heart block, peri-hepatic bleeding, and rupture

46 2) but significantly increased the risk of a complete heart block requiring pacemaker implantation (8

47 Six patients (12%) developed complete heart block requiring permanent pacing, three o

48 One survivor developed complete heart block shortly after the study visit.

49 the incidence of pacemaker implantation for complete heart block was higher (22% vs. 2% in surgery;

50 A high rate of complete heart block was noted within the MVR group (37.

51 Transient complete heart block was seen in 4 patients; the duratio

52 and blocks cause rhythm disturbances such as complete heart block, which can be fatal.