ライフサイエンスコーパス: electrocardiographically

1 nternational LQTS Registry, categorized into electrocardiographically affected (corrected QT interval

2 ular electrical remodeling (VER), manifested electrocardiographically as T-wave memory and ultimately

3 e reduction, heart rate-dependent pitch, and electrocardiographically based modulation of the tube cu

4 The progression from electrocardiographically based stress testing to current

5 In the spiral cardiac mode (no electrocardiographically based tube current modulation,

6 The use of electrocardiographically based tube current-modulation a

7 The syndrome is characterized electrocardiographically by an ST-segment elevation in V

8 thal heritable arrhythmia syndrome diagnosed electrocardiographically by coved-type ST-segment elevat

9 Electrocardiographically characterized by a distinct ST-

10 Electrocardiographically, CKD mice developed significant

11 I-ECG was found to distinguish patients with electrocardiographically concealed LQTS from those disch

12 rimary end point was clinically detected and electrocardiographically confirmed new-onset AFACS in th

13 Use of simulated electrocardiographically controlled tube current modulat

14 The prevalence of electrocardiographically defined LVH rose significantly

15 y determined LV dimensions and mass (n=140), electrocardiographically determined LV mass and frequenc

16 Individuals with electrocardiographically documented AF were defined as a

17 s of rapid atrial rate, which correlate with electrocardiographically documented atrial fibrillation.

18 shock was advised in all 14 patients who had electrocardiographically documented ventricular fibrilla

19 s with 64 or more detector rows afford rapid electrocardiographically (ECG) gated imaging to provide

20 thin a single 20-minute, free-breathing, non-electrocardiographically (ECG) gated scan.

21 g murine left ventricular (LV) function with electrocardiographically (ECG)-gated blood pool single p

22 l protocols to evaluate the pulmonary veins (electrocardiographically [ECG] gated, 64 sections at 0.6

23 Animals were monitored electrocardiographically for up to 7 days after surgery,

24 Papillary muscle VAs were distinguished electrocardiographically from fascicular VAs by longer Q

25 perfusion imaging followed by prospectively electrocardiographically gated (axial) rest myocardial C

26 All patients underwent retrospectively electrocardiographically gated (helical) adenosine stres

27 (20 women; age range, 20-35 years) underwent electrocardiographically gated 1.5-T MR imaging.

28 y was to evaluate the diagnostic accuracy of electrocardiographically gated 64-multidetector row coro

29 d contrast material-enhanced retrospectively electrocardiographically gated 64-section multi-detector

30 One hundred electrocardiographically gated cardiac 4D CT studies (me

31 Although noncontrast electrocardiographically gated cardiac CT is the referen

32 Analogous to postnatal electrocardiographically gated cardiac MRI, this techniq

33 onary artery disease underwent retrospective electrocardiographically gated CCTA with both systems af

34 review board-approved HIPAA-compliant study, electrocardiographically gated coronary CT angiograms in

35 For electrocardiographically gated coronary CT angiography,

36 Findings of this study indicate that electrocardiographically gated CT angiography data recon

37 l aorta of four patients was scanned with an electrocardiographically gated CT protocol.

38 An electrocardiographically gated dual-inversion-recovery M

39 For the latter two examinations, electrocardiographically gated inversion-recovery gradie

40 vessel distensibility measurements by using electrocardiographically gated multidetector computed to

41 are becoming commercially available, such as electrocardiographically gated partial-Fourier fast spin

42 evaluate the hypothesis that retrospectively electrocardiographically gated phase contrast with vastl

43 rmation on CAC interpretation on traditional electrocardiographically gated scans and nongated thorac

44 The addition of electrocardiographically gated Tc-99m sestamibi SPECT im

45 quently and for what reasons the addition of electrocardiographically gated technetium-99m (Tc-99m) s

46 a 1.5-T clinical MR imaging unit by using an electrocardiographically gated true FISP sequence.

47 compliant investigation, a three-dimensional electrocardiographically gated variable flip angle (VFA)

48 3D free-breathing navigator-gated and vector electrocardiographically-gated segmented k-space gradien

49 000 Genomes Project (1000G) imputed SNPs and electrocardiographically measured QT were combined using

50 Patients were electrocardiographically monitored while the telephones

51 time to recurrence of 4.1 months, often with electrocardiographically novel configurations.

52 Electrocardiographically, PR interval prolongation and h

53 angiography and contrast material-enhanced, electrocardiographically triggered electron-beam CT of t

54 Electrocardiographically triggered harmonic RT3DE datase

55 Three-dimensional electrocardiographically triggered high-spatial-resoluti

56 t rates were examined with two prospectively electrocardiographically triggered multi-detector row CT

57 y and underwent lung perfusion imaging using electrocardiographically triggered pseudocontinuous ASL

58 An electrocardiographically triggered radial single-shot IR

59 Electrocardiographically triggered SWA-based cardiac MR

60 Purpose To evaluate a noncontrast electrocardiographically triggered, navigator-gated, thr

61 a nontriggered sequence; a gap sequence, an electrocardiographically triggered, segmented sequence w