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For the article on the medical device performing a similar function, see Electrocardiography.
The term "lead" in electrocardiography causes much confusion because it is used to refer to two different things.
The following table mentions some pathological patterns that can be seen on electrocardiography, followed by possible causes.
Though the basic principles of that era are still in use today, there have been many advances in electrocardiography over the years.
Such an arrhythmia is only confirmed by electrocardiography.
Electrocardiography is the measurement of these signals.
Teeth, nails, palms, soles, sweating, and hearing were normal, as was electrocardiography.
This definition still holds today, and is interesting in the fact that his studies and description predate the use of electrocardiography.
Detecting serious rhythm problems may require an exercise stress test and 24-hour ambulatory monitoring with electrocardiography.
Electrocardiography assists in the diagnosis, indicating enlargement of right ventricle and atrium.
Patients receiving emetine should be monitored for changes in pulse, blood pressure and electrocardiography.
Dr. Rubin taught electrocardiography to countless numbers of cardiology fellows, medical residents and students.
Coronary disease as the cause of retrosternal symptoms was excluded in all cases by exercise electrocardiography.
Being one of the pioneers in the use of electrocardiography has made significant contributions on Chagas disease.
In a second cohort study, exercise electrocardiography was similarly found to be a poor predictor of acute coronary syndrome at follow-up.
The soldier can also anticipate to receive immunizations, the taking of a blood sample, electrocardiography (if needed), and a dental exam.
He realised the importance of electrocardiography, and published on arrhythmias, particularly ventricular tachycardia.
He is remembered for his achievements in the field of electrocardiography and his work in colloid chemistry.
In electrocardiography, the T wave represents the repolarization (or recovery) of the ventricles.
Symptoms generally indicating use of electrocardiography include:
Kraus is credited for introducing electrocardiography and functional diagnostics into German medicine.
In 1918 he was one of the first to encourage electrocardiography in the diagnosis of myocardial infarction.
This may include electrocardiography (ECG), blood pressure and oxygen saturation devices.
He contributed to the advance of electrocardiography and the augmented leads used in ECG machines.
Cardiac monitoring, which generally refers to continuous electrocardiography with assessment of the patients condition relative to their cardiac rhythm.