ライフサイエンスコーパス: electrocardiogram

1 (speakers and observers) were monitored via electrocardiogram.

2 t rate variability measures derived from the electrocardiogram.

3 ters were measured from the standard 12-lead electrocardiogram.

4 prodromes who had a normal heart and normal electrocardiogram.

5 ol of the duration of the QT interval of the electrocardiogram.

6 ies myocyte repolarization detectable on the electrocardiogram.

7 ionic to whole-organ dynamics, including the electrocardiogram.

8 mble averaged relative to the R-peaks of the electrocardiogram.

9 to improve the diagnostic performance of the electrocardiogram.

10 including chest pain characteristics and the electrocardiogram.

11 myocardial infarction was assessed by serial electrocardiograms.

12 ing-state electroencephalograms and parallel electrocardiograms.

13 by pre-participation screening with 12-lead electrocardiograms.

14 ould be assessed as a routine when obtaining electrocardiograms.

15 were extracted from 10-minute resting-state electrocardiograms.

16 t mice also had normal cardiac structure and electrocardiograms.

17 or hyperthyroidism showed various changes in electrocardiograms.

18 ons, vital signs, laboratory parameters, and electrocardiograms.

19 ging, cineangiography, echocardiography, and electrocardiograms.

20 adverse events (AEs), laboratory tests, and electrocardiograms.

21 Using repeated electrocardiograms (1986-2004), longitudinal data on PM<

22 essments, echocardiographic studies, 12-lead electrocardiograms, 24-hour Holter monitoring, blood tes

23 baseline survival time: 48 hours after first electrocardiogram; 640 patients) was 19.2% in the delaye

24 Conventional 12-lead electrocardiogram, a widely used noninvasive tool in cli

25 Electrocardiogram abnormalities are common in alternatin

26 Half the cohort (26/52) had resting 12-lead electrocardiogram abnormalities: 25/26 had repolarizatio

27 disease, a benign family history, and normal electrocardiogram accounted for 75% of indications rated

28 In nearly all patients (27 of 30), electrocardiogram activity continued after the disappear

29 The HEART (History, Electrocardiogram, Age, Risk factors, and initial Tropon

30 Both the History, Electrocardiogram, Age, Risk Factors, Troponin (HEART) a

31 lthy participants from the Intercity Digital Electrocardiogram Alliance database.

32 e initial history, physical examination, and electrocardiogram alone did not confirm or exclude the d

33 m can change APD and the Q-T interval of the electrocardiogram alter APD stability, and modulate resp

34 ted QT interval and heart rate assessed from electrocardiogram among 4,588 older southern Chinese men

35 ul diagnosis in the patient were an abnormal electrocardiogram and a first-degree relationship to the

36 and the reference values (computed from the Electrocardiogram and a thoracic expansion sensor-chest

37 We recommand an electrocardiogram and an troponin if any cardiac symptom

38 on, determined by the treating clinician and electrocardiogram and confirmed by an investigator maske

39 ac events in the subgroup with pretransplant electrocardiogram and echocardiogram (n=166 and n=112, H

40 Electrocardiogram and end-tidal capnography waveform cap

41 The electrocardiogram and finger and ear photoplethysmograms

42 The finding of no ischemic electrocardiogram and hs-TnI </= 26.2 ng/l with the TIMI

43 e ICD therapy, all with a spontaneous type 1 electrocardiogram and inducible ventricular arrhythmias.

44 In addition, electrocardiogram and muscle fiber size distribution wer

45 The dynamic electrocardiogram and neurological features point to per

46 hythmia [ETA]) from short-term recordings of electrocardiogram and respiratory chest excursions, and

47 ion (N = 941) underwent 30-min recordings of electrocardiogram and respiratory chest excursions.

48 cular late potentials by the signal-averaged electrocardiogram and spatial mean QRS-T angle measured

49 at hyperkalemia can be reliably diagnosed by electrocardiogram and that particular levels of hyperkal

50 rated prolongation of the QT interval on the electrocardiogram and the morphologically distinctive po

51 red for cardiac evaluation (standard 12-lead electrocardiogram and transthoracic echocardiography) to

52 Electrocardiograms and 24-h Holter monitoring showed no

53 agnostic tests were the 12-lead and exercise electrocardiograms and ajmaline provocation test.

54 rt rate variability (HRV) via 3-h continuous electrocardiograms and collected fasting blood samples f

55 We performed electrocardiograms and magnetic resonance imaging for sc

56 al VT was defined by comparison with 12-lead electrocardiograms and stored implantable cardioverter-d

57 In addition, surface electrocardiograms and ventricular action potential wave

58 Serial evaluations included echocardiogram, electrocardiogram, and blood collection for laboratory t

59 Blood samples were obtained, and heart rate, electrocardiogram, and blood pressure were monitored bef

60 val time was set to 48 hours after the first electrocardiogram, and in all patients with recurrent MI

61 uded records of adverse events, vital signs, electrocardiogram, and laboratory tests.

62 Invasive arterial blood pressure, electrocardiogram, and oxygen saturation plethysmography

63 itant medications, laboratory abnormalities, electrocardiogram, and vital sign assessments.

64 e (HR) and heart rate variability (HRV) with electrocardiogram, and white blood cell (WBC) counts wit

65 The clinical course, electrocardiograms, and Holter monitoring were available

66 These mice lack P waves on electrocardiograms, and isolated NCX KO SAN cells are qu

67 ined using hospital discharge records, study electrocardiograms, and Medicare claims data.

68 s with dyspnea and chest pain, nondiagnostic electrocardiograms, and no obvious diagnosis.

69 Es), clinical laboratory tests, vital signs, electrocardiograms, and validated scales.

70 Electrocardiogram, aortic blood pressure, and carotid bl

71 djacent T-wave (ST-T wave) amplitudes of the electrocardiogram are quantitative characteristics of ca

72 The clinical examination, including the electrocardiogram as part of multivariable scores, can a

73 l action potentials, manifest on the surface electrocardiogram as QT interval prolongation.

74 Participants underwent a 10 min-resting electrocardiogram as they were lying still in a semi-sup

75 aders 1 and 2 interpreted 46.4% and 30.0% of electrocardiograms as normal, and 15.3% and 12.3% as isc

76 ndpoint, biventricular pacing on the 12-lead electrocardiogram at 1 month, was achieved in 33 of 34 p

77 Incident AF cases were ascertained by electrocardiogram at ARIC follow-up visits, hospital dis

78 (cTnI) <99 th percentile and a nondiagnostic electrocardiogram at the time of presentation to the eme

79 Sinus rhythm was recorded on 12-lead electrocardiograms at 1 year in 61/83 ablation patients

80 s an important diagnostic feature on surface electrocardiograms because it reflects the duration of t

81 ne instruments that recorded high-resolution electrocardiograms, behaviour and flipper accelerations

82 Two hours following exposure, respiration, electrocardiogram, blood pressure, and muscle sympatheti

83 longing to families with a diagnostic type 1 electrocardiogram Brugada pattern.

84 be effectively estimated using surface lead electrocardiograms by analyzing beat-to-beat variability

85 The clinical examination, electrocardiogram, cardiac biomarkers, chest computed to

86 admission to pediatric intensive care unit), electrocardiogram, cardiac magnetic resonance imaging we

87 ishable from acute coronary syndrome or with electrocardiogram changes and wall motion abnormalities

88 Electrocardiogram changes occurred independently of seiz

89 other patients in the same study, including electrocardiogram changes, cardiovascular biomarkers, an

90 ynamic, beat-to-beat or electrocardiogram-to-electrocardiogram, changes were noted, suggesting the pr

91 Computerized interpretation of the electrocardiogram (CIE) was introduced to improve the co

92 a [cohort 2], one grade 3 QT prolongation on electrocardiogram [cohort 3], and one grade 3 fatigue an

93 oponin T levels (>14 ng/l), and inconclusive electrocardiogram compared a CMR- or CTA-first strategy

94 ibution, we performed HRV analysis on canine electrocardiograms containing basal and ANS-blockade seg

95 uine to artemether-lumefantrine extended the electrocardiogram corrected QT interval (mean increase a

96 Electrocardiogram data (67,648 hrs, mean 65 hrs/patient)

97 mmercially available 'HeRO' monitor analyzes electrocardiogram data from existing bedside monitors fo

98 al/trauma/burn ICU with available continuous electrocardiogram data.

99 Electrocardiograms demonstrate that 3-day postnatal Post

100 Electrocardiograms demonstrated that MetS-VLDL induced p

101 sly assess affective haptic perception using electrocardiogram-derived information exclusively.

102 derived for continuous-wave Doppler, and the electrocardiogram-derived QT interval for the same beat.

103 t GJA1M213L/M213L mice had severely abnormal electrocardiograms despite preserved contractile functio

104 Eligible patients had a nonischemic electrocardiogram determined and high-sensitivity tropon

105 Electrocardiogram displayed abnormalities in 64% of pati

106 graphy, and/or ischemic ST-segment change on electrocardiogram during 1 or more of the 3 mental stres

107 R]: 2.91; 95% CI: 1.82 to 4.65) and abnormal electrocardiogram (ECG) (HR: 4.02; 95% CI: 2.51 to 6.44)

108 hen supplemented with patient history and an electrocardiogram (ECG) (the extended algorithm) for pre

109 's disease mice to determine if they exhibit electrocardiogram (ECG) abnormalities involving cardiac

110 lead, blue-tooth/Smart-Phone (Android) based electrocardiogram (ECG) acquisition and monitoring syste

111 We developed a 12-lead smartphone-based electrocardiogram (ECG) acquisition and monitoring syste

112 Electrocardiogram (ECG) acquisition is increasingly wide

113 lectrooculogram (EOG), Electromyogram (EMG), Electrocardiogram (ECG) and parameters along with other

114 ts with a spontaneous or drug-induced type I electrocardiogram (ECG) and without history of cardiac a

115 ed studies have assessed the resting 12-lead electrocardiogram (ECG) as a screening test in intermedi

116 We also evaluated AF recurrence by 12-lead electrocardiogram (ECG) at 3, 6, and 12 months.

117 e origin of atrial ectopic activity from the electrocardiogram (ECG) can help to diagnose the early o

118 potentials on the heart surface based on the electrocardiogram (ECG) data from the distributed sensor

119 a novel CineECG method, obtained by inverse electrocardiogram (ECG) from standard 12-lead ECG, to lo

120 Computerized electrocardiogram (ECG) interpretation plays a critical

121 The electrocardiogram (ECG) is a widely used medical test, c

122 eart rate-corrected QT (QTc) interval on the electrocardiogram (ECG) is associated with the onset of

123 The 12-lead electrocardiogram (ECG) is readily available during init

124 nisms whereby variants affect AF risk, using electrocardiogram (ECG) measurements.

125 Resting electrocardiogram (ECG) of 5-min was collected prior to

126 urine samples at baseline with parameters of electrocardiogram (ECG) performed during 2005-2010, 5.9

127 On standard electrocardiogram (ECG) PQ interval is known to be moder

128 The standard 12-lead electrocardiogram (ECG) provides a method for non-invasi

129 We used standard 10-s electrocardiogram (ECG) recordings of 60 subjects from t

130 Continuous Holter electrocardiogram (ECG) recordings were made before and

131 Electrocardiogram (ECG) screening increases the sensitiv

132 etection (<0.005 microg/L) and a nonischemic electrocardiogram (ECG) to rule out AMI in adults presen

133 By sampling 500 time points of an electrocardiogram (ECG) trace in a genome-wide associati

134 A 12-lead electrocardiogram (ECG) was obtained at these times and

135 ed during exercise while heart rate (HR) and electrocardiogram (ECG) were monitored.

136 ty cardiac troponin T (hs-cTnT) level and an electrocardiogram (ECG) without signs of ischemia can ru

137 The features of the surface electrocardiogram (ECG), a measure of the electrical act

138 ation of artificial intelligence (AI) to the electrocardiogram (ECG), a routine method of measuring t

139 xic effects can be acute, such as changes in electrocardiogram (ECG), arrhythmias, ischemia, and peri

140 erified and validated by emulated signal and Electrocardiogram (ECG), Electromyogram (EMG), and Elect

141 to improve the correct interpretation of the electrocardiogram (ECG), facilitating health care decisi

142 aracterized by a prolonged QT interval in an electrocardiogram (ECG), leading to higher risk of sudde

143 assium concentration ([K(+)]) influences the electrocardiogram (ECG), particularly T-wave morphology.

144 ut symptoms, AFib may be detected by 12-lead electrocardiogram (ECG), single-lead monitors (such as a

145 sed on a cohort of subjects failed to deploy electrocardiogram (ECG)-based hypoglycemic detection sys

146 Here, we used an electrocardiogram (ECG)-depth recorder tag to measure bl

147 gested by abnormalities on a resting 12-lead electrocardiogram (ECG).

148 e and connect its results to features of the electrocardiogram (ECG).

149 itude and duration of the QRS complex on the electrocardiogram (ECG).

150 unction and broad QRS complex in the surface electrocardiogram (ECG).

151 ce these cases are not readily identified by electrocardiogram (ECG).

152 the benefit of most testing except exercise electrocardiogram (ECG).

153 antation must include an interpreted 12-lead electrocardiogram (ECG).

154 Electrocardiograms (ECGs) and echocardiograms were norma

155 Interpretation of electrocardiograms (ECGs) is a complex task involving vi

156 rolonged heart rate-corrected QT interval on electrocardiograms (ECGs) is associated with increased r

157 ual appraisal and interpretation accuracy of electrocardiograms (ECGs).

158 tely 16 h predose to 24 h postdose); 12-lead electrocardiograms (ECGs); clinical chemistry, hematolog

159 Electrocardiograms, echocardiographic images, and videos

160 serum markers for cardiomyocyte cell death, electrocardiograms, echocardiography, and cardiac angiog

161 ically inactive receiving antenna) including electrocardiogram (EKG) lead, nonactive "bovie" pencil,

162 m human bodies, including skin temperatures, electrocardiograms, electromyograms, alpha, beta, and th

163 ry outcomes were cardiac arrest and abnormal electrocardiogram findings (arrhythmia or QT prolongatio

164 ood pressure, and peripheral blood flow) and electrocardiogram findings during food challenges were a

165 hypothesis that adding clinical judgment and electrocardiogram findings to the European Society of Ca

166 ities in vital signs, laboratory results, or electrocardiogram findings were identified.

167 ally significant vital signs, laboratory, or electrocardiogram findings were recorded.

168 The most useful electrocardiogram findings were ST-segment depression (s

169 If there are concerns on the basis of electrocardiogram findings, medical history or family hi

170 ences in the relative likelihood of abnormal electrocardiogram findings.

171 Our recordings included the electrocardiogram, finger photoplethysmographic arterial

172 Measurements included the electrocardiogram, finger photoplethysmographic arterial

173 We recorded the electrocardiogram, finger photoplethysmographic arterial

174 ial nerve muscle sympathetic activities; the electrocardiogram; finger photoplethysmographic arterial

175 0.24; p < 0.001) and shorter median time to electrocardiogram for patients with chest pain (rho = -0

176 lactate) and an electrophysiological signal (electrocardiogram), for more comprehensive fitness monit

177 a, left bundle branch block, signal-averaged electrocardiogram, fragmented QRS, QRS-T angle, and T-wa

178 s and soft robotic fingers which can measure electrocardiogram from humans in an on-demand fashion.

179 We analyzed 3,011 electrocardiograms from 113 patients with non-APL acute

180 We decomposed 10 seconds, 12-lead electrocardiograms from 34 668 multi-ethnic participants

181 Ambulatory 48-hour electrocardiograms from 7 astronauts (42.1 +/- 6.8 years

182 f the QRS complex in 12 leads, using 405,732 electrocardiograms from 81,192 Icelanders.

183 io (TBR) between GPMC and non-GPMC (standard electrocardiogram-gated data) diastolic PET images were

184 eft ventricular (LV) mass and volume require electrocardiogram-gated PET data.

185 Longitudinal dynamic electrocardiogram-gated small-animal PET/CT studies were

186 rated from dynamic (11)C-acetate PET without electrocardiogram gating.

187 nterpretable baseline and 60-minute post-PCI electrocardiograms had at least 1 mm of baseline ST-segm

188 S <12 years of age with a spontaneous type I electrocardiogram have a higher risk of arrhythmic event

189 Automated analysis of continuous electrocardiogram heart rate dynamics detects new-onset

190 ty of RR and QT intervals from standard 24-h electrocardiogram Holter recordings, could modulate the

191 detected by either scheduled or unscheduled electrocardiogram, Holter, transtelephonic monitor, or r

192 Atrial fibrillation (adjudicated using electrocardiograms, hospital discharge codes, and death

193 ystematically ascertained using clinic visit electrocardiograms, hospital discharge diagnosis codes,

194 Electrocardiogram, impedance cardiograph, and neuroendoc

195 ower spectral analysis on 24-hour ambulatory electrocardiogram in 459 middle-aged veteran male twins.

196 diotransmitters to record the SGNA, VNA, and electrocardiogram in 9 ambulatory dogs.

197 nt AF was ascertained for hospital and study electrocardiograms in 8,265 participants of the PREVEND

198 measured HRV and arrhythmia with ambulatory electrocardiograms in a cohort panel study for up to 235

199 sured by P wave duration (PWD) from standard electrocardiograms, in the MICROS study (Microisolates i

200 ransients that were synchronized to the host electrocardiogram, indicating electromechanical coupling

201 with septic shock, inter-rater agreement of electrocardiogram interpretation for myocardial ischemia

202 The reliability of electrocardiogram interpretation to diagnose myocardial

203 temperatures and changes in heart rates and electrocardiogram intervals for 28 consecutive days with

204 and skeletal muscle by > 90%, yet survival, electrocardiogram intervals, cardiac ejection fraction a

205 Prolongation of the QT interval on the electrocardiogram is also a risk factor for arrhythmias

206 The morphology of the QRS complexes on electrocardiogram is an excellent tool to identify the s

207 olonged T-peak-to-Tend (Tpe) interval on the electrocardiogram is an independent predictor of increas

208 is, pericardial effusion, low voltage on the electrocardiogram, marked elevation of serum enzymes, an

209 Twelve-lead electrocardiogram matched in 15 of 19 VTs between days 8

210 Resting 10-lead electrocardiogram measured the R wave of the aVL lead (R

211 vernight urine collection, a 12-lead resting electrocardiogram, measurement of carotid intima-media t

212 Abnormal signal-averaged electrocardiogram measures did not associate with mortal

213 d removal from the aquatic habitat for micro-electrocardiogram (microECG) measurements, we developed

214 Finally, ambulatory electrocardiogram monitoring captured the abrupt onset o

215 rvous system (PNS) activity using continuous electrocardiogram monitoring during the Repeated Still-F

216 ent) ST-segment depression during ambulatory electrocardiogram monitoring occurs more often than symp

217 Patients were on continuous electrocardiogram monitoring until hospital discharge, a

218 ntinuous interstitial glucose and ambulatory electrocardiogram monitoring.

219 med in Sprague-Dawley rats with simultaneous electrocardiogram monitoring.

220 es with left bundle branch block (LBBB)-like electrocardiogram morphology (left ventricular ejection

221 died healthy supine astronauts on Earth with electrocardiogram, non-invasive arterial pressure, respi

222 In a review of electrocardiograms obtained on pheochromocytoma patients

223 No on-treatment electrocardiogram occurrences of corrected QT interval m

224 high cholesterol levels and evidence on the electrocardiogram of left ventricular hypertrophy), whic

225 We also analyzed human electrocardiograms of atrial fibrillation and heart fail

226 ptomatic male patient who develops a Brugada electrocardiogram on flecainide is diagnosed with "asymp

227 scars, of which 114 (78%) were undetected by electrocardiogram or by clinical adjudication.

228 tent elevation of ST-segment reflected in an electrocardiogram or in blood tests.

229 mg bisoprolol (within 30 min after the first electrocardiogram) or 24 hours after acute myocardial in

230 linically meaningful changes in vital signs, electrocardiogram, or laboratory values.

231 ithout noticeable changes in vital signs, on electrocardiograms, or in laboratory values.

232 e (finger photoplethysmography), heart rate (electrocardiogram), oxygen saturation (pulse oximetry),

233 no significant effects on blood pressure and electrocardiogram parameters in telemetrized cynomolgus

234 A spontaneous type 1 electrocardiogram pattern at diagnosis was present in 50

235 rehospital factors such as postresuscitation electrocardiogram pattern or clinical features are poorl

236 aboratory tests, three radiologic tests, and electrocardiograms performed in each ICU.

237 ified packets, including physician notes and electrocardiograms, procedures, and clinical laboratory

238 , including physician notes and results from electrocardiograms, procedures, and laboratory tests.

239 on for BrS is asymptomatic but has a Brugada electrocardiogram provoked by a drug.

240 e pulmonary embolism (seven [3%]), prolonged electrocardiogram QT (five [2%]), decreased neutrophil c

241 ), anemia (13%), thrombocytopenia (13%), and electrocardiogram QT prolongation (13%).

242 DH differentiation syndrome (17%), all-grade electrocardiogram QT prolongation (26%), and grade >= 3

243 ory of AF, in sinus rhythm on their baseline electrocardiogram, randomly assigned to losartan- or ate

244 studied CABANA patients using a proprietary electrocardiogram recording monitor for symptom-activate

245 All had 12-lead electrocardiogram recordings available for cardiac axis,

246 ilable, historical and prolonged single-lead electrocardiogram recordings during electrocardiogram-vi

247 Electrocardiogram recordings from 40 mechanically ventil

248 We gathered 21,912 hours of routine electrocardiogram recordings from a heterogenous group o

249 Telemetric electrocardiogram recordings in Mybphl mice revealed car

250 try was used to investigate effects of CO on electrocardiogram recordings in vivo.

251 completed both baseline 5-minute and 12-lead electrocardiogram recordings on a nondialysis day.

252 rt rate and HRV measures obtained from 2-min electrocardiogram recordings performed at baseline (1987

253 Features of the QRS complex of the electrocardiogram, reflecting ventricular depolarisation

254 initial nonshockable rhythm, and unspecific electrocardiogram repolarization abnormalities were inde

255 ns, both readers initially reviewed 25 trial electrocardiograms representing normal to abnormal.

256 at BP (photoplethysmography) and heart rate (electrocardiogram) responses during the LBNP test using

257 Using 1.6 million electrocardiogram results from 380,000 patients in our i

258 amperometric lactate biosensor and a bipolar electrocardiogram sensor, are co-fabricated on a flexibl

259 Among 486 patients whose electrocardiogram showed a PR interval greater than 200

260 An electrocardiogram showed sinus bradycardia and nonspecif

261 using a combination of real recorded patient electrocardiogram signals and a simulated patient experi

262 Telemetric measurement of electrocardiogram signals demonstrated autonomic disturb

263 QRS-T angle but not abnormal signal-averaged electrocardiogram significantly associates with cardiova

264 enital or acquired disorders with diagnostic electrocardiograms (ST-segment elevation and prolonged Q

265 istory and physical, basic laboratories, and electrocardiogram stress testing to include CPET.

266 ardiac arrest, with normal postresuscitation electrocardiogram, sufficient hemodynamic conditions, an

267 ng QT (interval between the Q and T waves in electrocardiogram) syndrome that predisposes afflicted i

268 In hearts where electrocardiogram T waves involve a well-defined repolar

269 Furthermore electrocardiogram telemetry revealed that mice with miR-

270 prodromes who had a normal heart and normal electrocardiogram (the study group) with those of 31 pat

271 24-hour Holter electrocardiograms to assess PAC prevalence and frequenc

272 Dynamic, beat-to-beat or electrocardiogram-to-electrocardiogram, changes were not

273 Crohn's disease, multiple sclerosis, and an electrocardiogram trait, without prior knowledge of phys

274 gle-lead electrocardiogram recordings during electrocardiogram-videotelemetry were analysed.

275 rse events, clinical laboratory assessments, electrocardiograms, vital signs, and physical examinatio

276 status (past history of AF or AF on baseline electrocardiogram vs. no AF) using adjusted Cox models a

277 An electrocardiogram was obtained and blood count and blood

278 His most recent electrocardiogram was profoundly changed from previous t

279 ital signs were within normal limits, and an electrocardiogram was unchanged from baseline.

280 A 2-minute electrocardiogram was used to measure HRV.

281 roke, revascularization, angina, or ischemic electrocardiogram) was associated with diabetes duration

282 between the Q and the T waves on the cardiac electrocardiogram), was investigated after recombinant e

283 Simultaneous recording of EEG and electrocardiogram were collected in low-risk term newbor

284 racic echocardiography, biological data, and electrocardiogram were obtained serially on ICU admissio

285 Electrocardiograms were analyzed for group 1 (training-r

286 coronary heart disease) from whom continuous electrocardiograms were available.

287 Electrocardiograms were manually measured and visually c

288 erse events, clinical laboratory values, and electrocardiograms were monitored.

289 Twelve-lead electrocardiograms were normal in 10 (53%) of the genoty

290 gh-sensitivity cardiac troponin T levels and electrocardiograms were obtained every 12 and 24 h, resp

291 During this time, vital signs and electrocardiograms were recorded at regular intervals.

292 Electrocardiograms were recorded at years 0 (Y0), 7 (Y7)

293 After 4 months, HF-parameters were assessed, electrocardiograms were recorded, and blood and ventricu

294 Pre-operative and early post-operative electrocardiograms were reviewed to determine conduction

295 d indications in human participants in which electrocardiograms were systematically recorded.

296 In clinical practice, an abnormal electrocardiogram with normal or non-diagnostic imaging

297 n was significant for atrial fibrillation on electrocardiogram with subsequent echocardiography revea

298 In the multivariable analysis, type 1 electrocardiogram with syncope (hazard ratio: 4.96; 95%

299 diac conduction system and apparently normal electrocardiograms with normal QRS intervals.

300 baseline heart rate documented by a 12-lead electrocardiogram without pacing or atrial fibrillation