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1 he impact on the AF severity scale and 7-day ambulatory monitoring.
2 MI underwent a whole-night sleep study using ambulatory monitoring.
3 onjunction with behavioral stress testing or ambulatory monitoring.
4 majority of individuals undergoing long-term ambulatory monitoring.
5 es are higher on clinic measurements than on ambulatory monitoring.
6 rdiogram during an arrhythmic event or using ambulatory monitoring.
7 runs of NSVT, including 17 before implant on ambulatory monitoring, 44 after ICD implantation, and 22
8                                              Ambulatory monitoring (72 h) and exercise testing were r
9 d less frequent ST segment depression during ambulatory monitoring (9% vs. 19%, p = 0.005).
10                 Agreement between preimplant ambulatory monitoring and ICD interrogation for detectin
11                               The utility of ambulatory monitoring and programmed stimulation as scre
12 ystolic blood pressure threshold during both ambulatory monitoring and treadmill exercise.
13  three-generation pedigree, cardiac imaging, ambulatory monitoring, and clinical genetic testing with
14 surement, the use of home blood pressure and ambulatory monitoring, and restricted use of beta-blocke
15                                Exercise ECG, ambulatory monitoring, and two-dimensional echocardiogra
16                        Additional costs from ambulatory monitoring are counterbalanced by cost saving
17                                              Ambulatory monitoring as a diagnostic strategy for hyper
18 sent during months 3 through 12; and 24-hour ambulatory monitoring conducted at 6 and 12 months.
19 with those without transient ischemia during ambulatory monitoring could be excluded with greater tha
20                                     Using an ambulatory monitoring device that triggered blood pressu
21                                              Ambulatory monitoring devices are enabling a new paradig
22                                 In addition, ambulatory monitoring devices can continuously assess th
23  during exercises confirms its viability for ambulatory monitoring, enabling continuous assessment of
24 ial infarction or unstable angina, underwent ambulatory monitoring, exercise treadmill testing and st
25         Blood pressure was evaluated through ambulatory monitoring for 24 hours.
26 dance signals could be useful for optimizing ambulatory monitoring in heart failure patients.
27            However, unbiased AF detection by ambulatory monitoring in the same individuals revealed l
28                                              Ambulatory monitoring is increasingly important for card
29 r correlate with cardiovascular outcome, and ambulatory monitoring is more accurate than both clinic
30                                              Ambulatory monitoring is recommended for most patients b
31                                              Ambulatory monitoring is required to assess PVC frequenc
32 e clinic setting and elevated BP assessed by ambulatory monitoring, is associated with increased risk
33 sely related to heart rate assessed by using ambulatory monitoring methods over the day.
34                                 Nonetheless, ambulatory monitoring of contractions continues to be us
35 ars, 74% women) completed a 5-day program of ambulatory monitoring of physical activity and symptoms
36  of other arrhythmia subtypes, and real-time ambulatory monitoring of the fetal rhythm.
37  patients with COVID-19 allow clinical-grade ambulatory monitoring of the key symptoms of the disease
38 was judged to have equal test performance to ambulatory monitoring or if treatment was judged effecti
39 CDs), of whom 94 patients had 24- to 48-hour ambulatory monitoring preimplant.
40 ession during treadmill exercise testing and ambulatory monitoring (r = 0.73, p = 0.0005 for heart ra
41  Monitor for Parkinson's Disease (MM4PD), an ambulatory monitoring system that used smartwatch inerti
42                                     Extended ambulatory monitoring was performed at 0 and 24 months.
43                                              Ambulatory monitoring was the most cost-effective strate
44 m cholesterol and LDL cholesterol levels and ambulatory monitoring were repeated after 4 to 6 months
45 an 24 h blood pressure of >/=130/80 mm Hg by ambulatory monitoring within 1 week of randomisation) an