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1 ting in the morning with ambulatory one-lead ECG monitors.
2 thmia activity were assessed with telemetric ECG monitors.
3 6, 9, and 12 months using continuous 24-hour ECG monitors.
4 AF was detected by 4 weeks versus 2 weeks of ECG monitoring.
5 mptom-limited cycle ergometry during 12-lead ECG monitoring.
6 ve not used an implantable loop recorder for ECG monitoring.
7 with the standard practice of short-duration ECG monitoring.
8 tually demonstrate AF, such as on ambulatory ECG monitoring.
9 the modified V(5) position by 24-hour Holter ECG monitoring.
10        Patients underwent 48 h of ambulatory ECG monitoring.
11 e or frequency of ischemia during ambulatory ECG monitoring.
12 isode of ST-segment depression on ambulatory ECG monitoring.
13  electrophysiological study or by ambulatory ECG monitoring.
14 stic yield of 4 versus 2 weeks of continuous ECG monitoring.
15 and outcomes in patients who need ambulatory ECG monitoring.
16 ts were followed for 1 year using ambulatory ECG monitoring.
17 ther known AF (45%) or AF ruled out by 7-day ECG-monitoring.
18 mented with continuous electrocardiographic (ECG) monitoring.
19 ectrodes, enabling remote electrocardiogram (ECG) monitoring.
20 schemia who underwent 48 hours of ambulatory ECG monitoring, 58 patients exhibited ambulatory ischemi
21 ntitative 2D echocardiography and ambulatory ECG monitoring after myocardial infarction.
22 ot receiving beta-blockers during ambulatory ECG monitoring after surgery.
23 d at least 24 hours of electrocardiographic (ECG) monitoring after an ischemic stroke to rule out atr
24 artery disease patients underwent ambulatory ECG monitoring and completed a structured diary assessin
25    Ischemia end points, including ambulatory ECG monitoring and exercise treadmill testing, and endot
26 -19 who were receiving continuous telemetric ECG monitoring and had a definitive disposition of hospi
27 d in an ancillary study involving ambulatory ECG monitoring and had follow-up for clinically detected
28                    However, with appropriate ECG monitoring and management of electrolytes and concom
29  high (HF)-frequency heart rate variability, ECG monitoring, and the plasma markers von Willebrand fa
30 chemia on 48-h ambulatory electrocardiogram (ECG) monitoring, and resting and mental stress-induced l
31                           Continuous 12-lead ECG monitoring can be an inexpensive and reliable modali
32 9 patients who used a single-lead ambulatory ECG monitoring device.
33 tment regimens require electrocardiographic (ECG) monitoring due to the use of multiple QTc-prolongin
34 nts were on continuous electrocardiographic (ECG) monitoring during hospitalization and 12-lead ECG w
35 iac evaluation, including 24-hour ambulatory ECG monitoring, echocardiography, and exercise testing,
36                                       Online ECG monitoring education and strategies to change practi
37 e 2-part intervention consisted of an online ECG monitoring education program and strategies to imple
38                         Seven-day ambulatory ECG monitoring excluded silent AF.
39    Each patient underwent continuous 12-lead ECG monitoring for 36 to 72 hours with the Mortara ST mo
40                       Noninvasive ambulatory ECG monitoring for a target of 30 days significantly imp
41                 We also performed ambulatory ECG monitoring for arrhythmias and heart rate variabilit
42                           Electrocardiogram (ECG) monitoring for early identification of QT prolongat
43        ICDs were interrogated and ambulatory ECGs monitored for NSVT episodes, with associations betw
44 uidelines for the care of patients receiving ECG monitoring has led clinicians to rely too heavily on
45 significantly reduced ischemia on continuous ECG monitoring (Holter) at 48 hours compared with placeb
46                Systematic electrocardiogram (ECG) monitoring improves detection of covert atrial fibr
47 iding care for patients receiving continuous ECG monitoring in non-critical care areas.
48 hat could reduce the need to perform 12-lead ECG monitoring in resource-constrained settings.
49 follow-up, only 2.6% and 9.7% had ambulatory ECG monitoring in the 7 days and 12 months post-stroke,
50 ved 25 minutes per week of continuous Holter ECG monitoring, including 5 minutes of rest, 5 minutes o
51 r acute cardiac ischemia, continuous 12-lead ECG monitoring increases the detection of diagnostic ECG
52           Systematic core centrally reviewed ECG monitoring is feasible and increases the detection r
53    Although continuous electrocardiographic (ECG) monitoring is ubiquitous in hospitals, monitoring p
54 e dobutamine echocardiography and ambulatory ECG monitoring may also have a role.
55                            During ambulatory ECG monitoring, mean number of ischemic episodes per 48
56                                  Traditional ECG monitoring methods either provide low diagnostic acc
57 ial (3) short-duration monitors (24-/48-hour ECG monitors) missing a substantial proportion of recurr
58      Serial (3) longer-term monitors (14-day ECG monitors) more closely approximated the gold standar
59 item online test, quality of care related to ECG monitoring (N=4587 patients) by on-site observation,
60  We aimed to assess the effect of systematic ECG monitoring of patients in hospital on the rate of or
61 arrhythmic effects as assessed by continuous ECG monitoring of patients in the first week after admis
62 can Heart Association practice standards for ECG monitoring on nurses' knowledge, quality of care, an
63    However, we found no effect of systematic ECG monitoring on the rate of oral anticoagulant use aft
64 ng implantable loop recorders for continuous ECG monitoring post-AF ablation show that VLR occurs in
65                         Long-term ambulatory ECG monitors provide the opportunity for unbiased AF det
66                           Continuous 12-lead ECG monitoring provides an accurate characterization of
67                       The electrocardiogram (ECG) monitoring provides a noninvasive, real-time physio
68                      Furthermore, ambulatory ECG monitoring reveals prolonged QT(c) intervals, reflec
69 atively, 7 of 7 animals subjected to 24-hour ECG monitoring showed multiple ventricular premature dep
70                                   Ambulatory ECG monitoring showed no difference in cardiac conductio
71                                   Aggressive ECG monitoring strategies looking for conduction system
72 idates for TAVR underwent 24-hour continuous ECG monitoring the day before the procedure.
73  using multiple ECG recordings or continuous ECG monitoring to detect AF have failed to demonstrate a
74                                   Continuous ECG monitoring to detect ischemia after ACS may help to
75 ns were studied by transesophageal pacing or ECG monitoring to determine the mechanism of tachycardia
76 day continuous ambulatory electrocardiogram (ECG) monitoring, twice daily single-lead ECG or from car
77 ial fibrillation during at least 24 hours of ECG monitoring underwent randomization within 90 days af
78  (Atrial Fibrillation Detected by Continuous ECG Monitoring Using Implantable Loop Recorder to Preven
79  (Atrial Fibrillation Detected by Continuous ECG Monitoring Using Implantable Loop Recorder to Preven
80  (Atrial Fibrillation detected by Continuous ECG Monitoring using Implantable Loop Recorder to preven
81  (Atrial Fibrillation Detected by Continuous ECG Monitoring Using Implantable Loop Recorder to Preven
82  (Atrial Fibrillation Detected by Continuous ECG Monitoring Using Implantable Loop Recorder to Preven
83 ion coefficient = 0.91 for serial [3] 14-day ECG monitors versus ICM).
84 onitor-detected AF using a 14-day ambulatory ECG monitor was similar in the 4 race/ethnic groups: 7.1
85           Myocardial ischemia during 48-hour ECG monitoring was defined as horizontal or downsloping
86 ad ambulatory (Holter) electrocardiographic (ECG) monitoring was performed from 3 hours preinjection
87                                During Holter ECG-monitoring we observed repeated prolonged episodes o
88 Seattle Angina Questionnaire, and ambulatory ECG monitoring were used to assess responses at baseline
89 e ventriculography and electrocardiographic (ECG) monitoring were performed during the mental stress
90                                              ECG monitoring with an ICM was superior to conventional
91 to undergo additional noninvasive ambulatory ECG monitoring with either a 30-day event-triggered reco
92 ly underwent long-term electrocardiographic (ECG) monitoring with an implantable loop recorder.
93 48 hours of ambulatory electrocardiographic (ECG) monitoring with concurrent self-report measures of
94 participants who wore a leadless, ambulatory ECG monitor (Zio XT Patch) for up to 2 weeks were aged 7