ECG 10s (CHRIS baseline)

md_x0_0015

10-second resting ECG performed at the study center

S'-Amplitude, V2

Voltage amplitude of the peak of S wave in the first derivative of ECG, expressed in milliVolts, measured in lead V2

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S'-Amplitude, V3

Voltage amplitude of the peak of S wave in the first derivative of ECG, expressed in milliVolts, measured in lead V3

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S'-Amplitude, V4

Voltage amplitude of the peak of S wave in the first derivative of ECG, expressed in milliVolts, measured in lead V4

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S'-Amplitude, V5

Voltage amplitude of the peak of S wave in the first derivative of ECG, expressed in milliVolts, measured in lead V5

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S'-Amplitude, V6

Voltage amplitude of the peak of S wave in the first derivative of ECG, expressed in milliVolts, measured in lead V6

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ST Value, I

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead I

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ST Value, II

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead II

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ST Value, III

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead III

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ST Value, aVR

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead aVR

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ST Value, aVL

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead aVL

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ST Value, aVF

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead aVF

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ST Value, V1

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead V1

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ST Value, V2

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead V2

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ST Value, V3

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead V3

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ST Value, V4

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead V4

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ST Value, V5

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead V5

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ST Value, V6

ST segment deviation from the isoelectric line, defined as the difference between the voltage value at the beginning of T wave and the end of S wave (J point) expressed in milliVolts, measured in lead V6

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J-ms

J point occurrence in the average beat, expressed in milliseconds

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J-ms, I

J point occurrence in the average beat computed over lead I, expressed in milliseconds

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J-ms, II

J point occurrence in the average beat computed over lead II, expressed in milliseconds

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J-ms, III

J point occurrence in the average beat computed over lead III, expressed in milliseconds

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J-ms, aVR

J point occurrence in the average beat computed over lead aVR, expressed in milliseconds

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J-ms, aVL

J point occurrence in the average beat computed over lead aVL, expressed in milliseconds

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J-ms, aVF

J point occurrence in the average beat computed over lead aVF, expressed in milliseconds

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J-ms, V1

J point occurrence in the average beat computed over lead V1, expressed in milliseconds

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J-ms, V2

J point occurrence in the average beat computed over lead V2, expressed in milliseconds

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J-ms, V3

J point occurrence in the average beat computed over lead V3, expressed in milliseconds

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J-ms, V4

J point occurrence in the average beat computed over lead V4, expressed in milliseconds

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J-ms, V5

J point occurrence in the average beat computed over lead V5, expressed in milliseconds

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J-ms, V6

J point occurrence in the average beat computed over lead V6, expressed in milliseconds

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J-Value, I

J point voltage value, expressed in milliVolts, measured in lead I

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J-Value, II

J point voltage value, expressed in milliVolts, measured in lead II

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J-Value, III

J point voltage value, expressed in milliVolts, measured in lead III

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J-Value, aVR

J point voltage value, expressed in milliVolts, measured in lead aVR

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J-Value, aVL

J point voltage value, expressed in milliVolts, measured in lead aVL

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J-Value, aVF

J point voltage value, expressed in milliVolts, measured in lead aVF

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J-Value, V1

J point voltage value, expressed in milliVolts, measured in lead V1

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J-Value, V2

J point voltage value, expressed in milliVolts, measured in lead V2

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J-Value, V3

J point voltage value, expressed in milliVolts, measured in lead V3

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J-Value, V4

J point voltage value, expressed in milliVolts, measured in lead V4

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J-Value, V5

J point voltage value, expressed in milliVolts, measured in lead V5

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J-Value, V6

J point voltage value, expressed in milliVolts, measured in lead V6

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JT-Dispersion

JT interval dispersion is defined as the difference between the longest and the shortest JT interval duration measured in the 12 ECG leads, expressed in milliseconds

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JT-Time

Duration of JT interval (from J point to the end of the T wave), expressed in milliseconds. The J point is the the junction between the termination of the QRS complex and the beginning of the ST segment. This is a more appropriate measurement for assessing the duration of ventricular repolarization when QRS duration is increased

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JT-Time, I

Duration of JT interval, expressed in milliseconds, measured in lead I

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JT-Time, II

Duration of JT interval, expressed in milliseconds, measured in lead II

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JT-Time, III

Duration of JT interval, expressed in milliseconds, measured in lead III

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JT-Time, aVR

Duration of JT interval, expressed in milliseconds, measured in lead aVR

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JT-Time, aVL

Duration of JT interval, expressed in milliseconds, measured in lead aVL

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JT-Time, aVF

Duration of JT interval, expressed in milliseconds, measured in lead aVF

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JT-Time, V1

Duration of JT interval, expressed in milliseconds, measured in lead V1

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JT-Time, V2

Duration of JT interval, expressed in milliseconds, measured in lead V2

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JT-Time, V3

Duration of JT interval, expressed in milliseconds, measured in lead V3

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JT-Time, V4

Duration of JT interval, expressed in milliseconds, measured in lead V4

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JT-Time, V5

Duration of JT interval, expressed in milliseconds, measured in lead V5

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JT-Time, V6

Duration of JT interval, expressed in milliseconds, measured in lead V6

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JTc-Dispersion

JTc dispersion is defined as the difference between the longest and the shortest JTc duration measured in the 12 ECG leads, expressed in milliseconds

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JTc-Time

Duration of JT interval corrected for the heart rate (by definition: JTc = QTc - QRS), expressed in milliseconds. By definition, JTc is a more specific measurement of ventricular repolarization than the QTc by eliminating QRS duration variability, and a more sensitive predictor for repolarization abnormalities

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JTc-Time, I

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead I

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JTc-Time, II

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead II

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JTc-Time, III

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead III

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JTc-Time, aVR

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead aVR

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JTc-Time, aVL

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead aVL

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JTc-Time, aVF

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead aVF

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JTc-Time, V1

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V1

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JTc-Time, V2

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V2

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JTc-Time, V3

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V3

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JTc-Time, V4

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V4

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JTc-Time, V5

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V5

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JTc-Time, V6

Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V6

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Axis T Wave

Average direction of the heart vector during electrical repolarization of the ventricles, expressed in degree

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T-Amplitude, I

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead I

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T-Amplitude, II

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead II

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T-Amplitude, III

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead III

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T-Amplitude, aVR

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead aVR

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T-Amplitude, aVL

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead aVL

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T-Amplitude, aVF

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead aVF

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T-Amplitude, V1

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead V1

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T-Amplitude, V2

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead V2

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T-Amplitude, V3

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead V3

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T-Amplitude, V4

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead V4

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T-Amplitude, V5

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead V5

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T-Amplitude, V6

Voltage amplitude of the peak of T wave, expressed in milliVolts, measured in lead V6

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Positive percentage of T-wave-area, I

Positive percentage of T-wave-area in lead I

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Positive percentage of T-wave-area, II

Positive percentage of T-wave-area in lead II

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Positive percentage of T-wave-area, III

Positive percentage of T-wave-area in lead III

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Positive percentage of T-wave-area, aVR

Positive percentage of T-wave-area in lead aVR

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Positive percentage of T-wave-area, aVL

Positive percentage of T-wave-area in lead aVL

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Positive percentage of T-wave-area, aVF

Positive percentage of T-wave-area in lead aVF

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Positive percentage of T-wave-area, V1

Positive percentage of T-wave-area in lead V1

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Positive percentage of T-wave-area, V2

Positive percentage of T-wave-area in lead V2

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Positive percentage of T-wave-area, V3

Positive percentage of T-wave-area in lead V3

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Positive percentage of T-wave-area, V4

Positive percentage of T-wave-area in lead V4

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Positive percentage of T-wave-area, V5

Positive percentage of T-wave-area in lead V5

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Positive percentage of T-wave-area, V6

Positive percentage of T-wave-area in lead V6

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Negative percentage of T-wave-area, I

Negative percentage of T-wave-area in lead I

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Negative percentage of T-wave-area, II

Negative percentage of T-wave-area in lead II

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Negative percentage of T-wave-area, III

Negative percentage of T-wave-area in lead III

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Negative percentage of T-wave-area, aVR

Negative percentage of T-wave-area in lead aVR

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Negative percentage of T-wave-area, aVL

Negative percentage of T-wave-area in lead aVL

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No documents.
Single tokens extracted from free-text diagnosis of Customed Software in 10s resting ECG

137 variables.
Original version of Custo Software when the 10s resting ECG was recorded

1 variables.
Dispersion measurements in 10s resting ECG

9 variables.
Heart Axis angles in 10s resting ECG

4 variables.
Measurments related to lead I in the 10s resting ECG

28 variables.
Measurments related to lead II in the 10s resting ECG

28 variables.
Measurments related to lead III in the 10s resting ECG

28 variables.
Measurements related to JT interval in 10s resting ECG

14 variables.
Measurements related to JT corrected interval in 10s resting ECG

14 variables.
Measurements related to J point in 10s resting ECG

25 variables.
Noise level estimation in 10s resting ECG

12 variables.
Measurements related to PQ interval in 10s resting ECG

14 variables.
Measurements related to P wave in 10s resting ECG

39 variables.
Measurements related to QRS complex in 10s resting ECG

15 variables.
Measurements related to QT interval in 10s resting ECG

14 variables.
Measurements related to QT interval corrected with Bazett formula in 10s resting ECG

14 variables.
Measurements related to QT interval corrected with Fridericia formula in 10s resting ECG

14 variables.
Measurements related to Q wave in 10s resting ECG

24 variables.
RR series statistics in 10s resting ECG

4 variables.
Measurements related to R wave in 10s resting ECG

48 variables.
Measurements related to ST segment in 10s resting ECG

12 variables.
Measurements related to S wave in 10s resting ECG

48 variables.
Summary measurements in 10s resting ECG

16 variables.
Measurements related to T wave in 10s resting ECG

50 variables.
Measurments related to lead V1 in the 10s resting ECG

28 variables.
Measurments related to lead V2 in the 10s resting ECG

28 variables.
Measurments related to lead V3 in the 10s resting ECG

28 variables.
Measurments related to lead V4 in the 10s resting ECG

28 variables.
Measurments related to lead V5 in the 10s resting ECG

28 variables.
Measurments related to lead V6 in the 10s resting ECG

28 variables.
Measurments related to lead aVF in the 10s resting ECG

28 variables.
Measurments related to lead aVL in the 10s resting ECG

28 variables.
Measurments related to lead aVR in the 10s resting ECG

28 variables.
Show all variables of ECG 10s (CHRIS baseline)