ライフサイエンスコーパス: antegrade

1 Combined bidirectional retrograde and antegrade 3D navigation, supplemented by rapid review of

2 whole cohort, and according to the approach (antegrade 47% and retrograde 53%).

3 Once antegrade access was secured, catheters were placed in a

4 Antegrade AH conduction was maintained by a pathway just

5 Combined antegrade and retrograde approaches can increase success

6 -Lemeshow P>0.1) in the whole cohort and for antegrade and retrograde approaches.

7 between the atria and isolated area, whereas antegrade and retrograde AV nodal conduction between the

8 achol after isoproterenol caused dissociated antegrade and retrograde AV ring conduction in 30 (8.6%)

9 Blood cardioplegia and combined antegrade and retrograde cardioplegia are superior to cr

10 Finally, patients who received combined antegrade and retrograde cardioplegia had significantly

11 reentry can occur by spatial dissociation of antegrade and retrograde conduction during combined adre

12 disruption primary realignment by a combined antegrade and retrograde endoscopic approach is increasi

13 Unique findings involved antegrade and retrograde flow during respiration in the

14 Antegrade and retrograde flow may be seen in incomplete

15 Antegrade and retrograde pulmonary flow volumes by VEC-T

16 cking and dissection, and reverse controlled antegrade and retrograde tracking and dissection techniq

17 ystem) or retrogradely (using the controlled antegrade and retrograde tracking and dissection, and re

18 The superior (antegrade) and inferior (retrograde) pathways were separ

19 275+/-40 to 320+/-60 ms (P<0.01), as did the antegrade AP block cycle length; the retrograde AP ERP a

20 The antegrade AP ERP prolonged from 275+/-40 to 320+/-60 ms

21 Ibutilide prolonged the antegrade atrioventricular node effective refractory per

22 the initial strategy (46%) or after a failed antegrade attempt (54%).

23 edures such as balloon mitral valvuloplasty, antegrade balloon aortic valvuloplasty, and ablation of

24 ary bypass was initiated; cold (4 degrees C) antegrade BCP (8:1 blood:crystalloid) was delivered ever

25 Two antegrade biopsy specimens were taken distal to the squa

26 related closely with collateral and residual antegrade blood flow during acute myocardial infarction.

27 onitoring after primary PCI, in which normal antegrade blood flow is restored in most patients, is un

28 Antegrade blood flow was restored throughout the deep ve

29 cardioplegia are superior to crystalloid and antegrade cardioplegia alone for postoperative morbidity

30 surgeons had shorter clamp and bypass times, antegrade cardioplegia, longer maximum intervals between

31 us 19%, P:=0.02) than did those who received antegrade cardioplegia.

32 to assess the benefits of the maintenance of antegrade cerebral perfusion (ACP) compared with deep hy

33 eep hypothermic circulatory arrest (DHCA) or antegrade cerebral perfusion (ACP), entails a high risk

34 We hypothesized that selective antegrade cerebral perfusion (SACP) would attenuate this

35 ic or supradiaphragmatic thrombus, including antegrade cerebral perfusion, the use of cardiopulmonary

36 The antegrade continence enema operation (ACE)-[open/laparos

37 d in all 10 controls: 8 of 10 had repetitive antegrade contractions and 9 of 10 had occluding contrac

38 ow (systolic flow reversal with cessation of antegrade contrast-dye motion or frank reversal of contr

39 nt of the CrossBoss and Stingray devices for antegrade dissection and reentry (ADR) of chronic total

40 Antegrade dissection re-entry and retrograde strategies

41 egy in 77%, followed by retrograde (17%) and antegrade dissection re-entry strategies (7%).

42 ibrillation/rapid atrial pacing</=250 ms (or antegrade effective refractory period</=250 ms if shorte

43 In both groups, duodenal pressure waves and antegrade flow events were fewer, and transit was slower

44 were inotrope dependent, and 22 (81%) had no antegrade flow from the right ventricle.

45 ntricle repair included predominant or total antegrade flow in the ascending (p < 0.01) and transvers

46 itical aortic stenosis, predominant or total antegrade flow in the ascending and transverse aorta was

47 ical outcomes independent of the velocity of antegrade flow in the epicardial artery.

48 aphic evidence of a significant reduction in antegrade flow in the internal carotid artery proximal t

49 a biventricular circulation postnatally had antegrade flow in the TAA, biphasic mitral inflow, and n

50 into the low-resistance renal artery or ICA, antegrade flow is shifted into the latter portion of the

51 Time from symptom onset to first antegrade flow was 180 +/- 67 min; a median of 5 electro

52 Early stasis (defined as slowed antegrade flow, before total vascular stasis) occurred i

53 fusion before PCS, from either collateral or antegrade flow, predicts the maintenance of perfusion an

54 retrograde fly-through, combined retrograde-antegrade fly-through, and review of remaining missed re

55 iopulmonary bypass at the completion of HCA (antegrade graft perfusion); and remodeling of the sinus

56 or total arch replacement using RCP, routine antegrade graft perfusion, and the uniform use of transe

57 solution via the ileostomy and postoperative antegrade instillation of vancomycin flushes via the ile

58 The forward and antegrade interactions that comprise the agonist recepto

59 groups underwent 60 minutes of 10 degrees C antegrade intermittent blood cardioplegia and 30 minutes

60 nd (2) PCO/cardioplegia: institution of CPB, antegrade myocardial PCO perfusion without recirculation

61 Antegrade navigation back to the rectum increased the ov

62 ely after retrograde and combined retrograde-antegrade navigation.

63 sus collateral channels (36%) versus with an antegrade-only approach (45%), and assessed short-term o

64 mpared the outcomes of the retrograde versus antegrade-only approach to chronic total occlusion percu

65 When compared with antegrade-only cases, retrograde cases were significantl

66 cardiovascular event rates in comparison to antegrade-only crossing, retrograde percutaneous coronar

67 er, its predictive value when using a hybrid antegrade or retrograde approach is unknown.

68 Transcription was initiated in an antegrade or retrograde direction.

69 92a (LNA-92a) was applied either regionally (antegrade or retrograde) with a catheter or systemically

70 By applying antegrade perfusion of detergents and subsequent washes

71 duced with 5 minutes of tepid (30 degrees C) antegrade potassium all-blood or dilute blood cardiopleg

72 rograde propagation in up to 33.8% of waves, antegrade propagation in 2.7%, and simultaneous contract

73 m the working ventricular myocardium to PFs, antegrade propagation occurs from PFs to working ventric

74 ive RV physiology defined by the presence of antegrade pulmonary artery flow in late diastole was pre

75 s 45% of BT shunts; P=0.001) and presence of antegrade pulmonary blood flow (61% of PDA stents versus

76 p snare or catheter was used as a target for antegrade puncture.

77 Antegrade pyelography and percutaneous ureteral stent pl

78 Antegrade pyelography revealed minimal hydroneprosis.

79 as associated with a short accessory pathway antegrade refractory period (P<0.001) and atrioventricul

80 Effective portal decompression and free antegrade shunt flow was achieved in all patients.

81 Cycle exercise increased both mean and antegrade SR (P < 0.001) with retrograde SR also elevate

82 ient with transplant ureteric stricture when antegrade stent placement or surgical reconstruction was

83 uries), and surgeon (combined retrograde and antegrade surgery, and ergonomics).

84 with pluripotent murine embryonic stem cells antegrade through the artery or retrograde through the u

85 rom cardiac chambers and great vessels using antegrade, transseptal, and retrograde approaches.

86 This study validates the off-pump antegrade transventricular route for ultrasound-guided d

87 Unobstructed antegrade ureteral flow was defined by the presence of c

88 One-stage tubeless antegrade ureteral stent insertion in selected cases sho

89 eteral obstruction and had been referred for antegrade ureteral stent insertion.

90 We studied whether antegrade VB perfusion of the kidney via the renal arter

91 fused ARF can extract sufficient oxygen from antegrade VB perfusion to restore renal function (UO and

92 the benefits of preserving the physiological antegrade ventricular activation sequence outweigh the d

93 Antegrade wire escalation was the preferred primary stra

94 neous coronary intervention, especially when antegrade wiring or retrograde approaches are not feasib

95 Antegrade wiring techniques were used more frequently in