Variables

505 variables.
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Module Label Name Description Type
ECG 10s (CHRIS baseline) x0ec150z22 Stage III lateral infarction Token «stage III lateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z23 Possible acute anteroseptal infarction Token «possible acute anteroseptal infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z24 Possible anteroseptal infarction Token «possible anteroseptal infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z25 Possible inferior infarction Token «possible inferior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z26 Possible inferior infarction in stage III Token «possible inferior infarction in stage III» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z27 Possible inferolateral infarction Token «possible inferolateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z28 Possible inferoposterior infarction Token «possible inferoposterior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z29 Possible lateral infarction Token «possible lateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z3 Acute inferior infarction Token «acute inferior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z30 Possible posterolateral infarction Token «possible posterolateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z31 Possible septal infarction Token «possible septal infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z33 Posterolateral infarction Token «posterolateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z34 Probable inferoposterior infarction Token «probable inferoposterior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z35 Probable posterolateral infarction Token «probable posterolateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z36 Probable stage III septal infarction Token «probable stage III septal infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z4 Acute lateral infarction Token «acute lateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z6 Anterior infarction Token «anterior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z7 Anteroseptal infarction Token «anteroseptal infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z8 Inferior infarction Token «inferior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z9 Inferolateral infarction Token «inferolateral infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec151b QTc (Baz) Dispersion QTc interval dispersion is defined as the difference between the longest and the shortest QT interval duration (with Bazett formula) measured in the 12 ECG leads, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec152 QTc (Frid) Time Duration of QT interval adjusted for a standard heart-rate of 60bpm with Fridericia formula, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec152a QTc (Frid) Time, I Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead I Integer
ECG 10s (CHRIS baseline) x0ec152b QTc (Frid) Time, II Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead II Integer
ECG 10s (CHRIS baseline) x0ec152c QTc (Frid) Time, III Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead III Integer
ECG 10s (CHRIS baseline) x0ec152d QTc (Frid) Time, aVR Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead aVR Integer
ECG 10s (CHRIS baseline) x0ec152e QTc (Frid) Time, aVL Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead aVL Integer
ECG 10s (CHRIS baseline) x0ec152f QTc (Frid) Time, aVF Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead aVF Integer
ECG 10s (CHRIS baseline) x0ec152g QTc (Frid) Time, V1 Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead V1 Integer
ECG 10s (CHRIS baseline) x0ec152h QTc (Frid) Time, V2 Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead V2 Integer
ECG 10s (CHRIS baseline) x0ec152i QTc (Frid) Time, V3 Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead V3 Integer
ECG 10s (CHRIS baseline) x0ec152j QTc (Frid) Time, V4 Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead V4 Integer
ECG 10s (CHRIS baseline) x0ec152k QTc (Frid) Time, V5 Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead V5 Integer
ECG 10s (CHRIS baseline) x0ec152l QTc (Frid) Time, V6 Duration of QT interval adjusted for the heart-rate with Fridericia formula, expressed in milliseconds, measured in lead V6 Integer
ECG 10s (CHRIS baseline) x0ec153 QTc (Baz) Time Duration of QT interval adjusted for a standard heart-rate of 60bpm with Bazett formula, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec153a QTc (Baz) Time, I Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead I Integer
ECG 10s (CHRIS baseline) x0ec153b QTc (Baz) Time, II Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead II Integer
ECG 10s (CHRIS baseline) x0ec153c QTc (Baz) Time, III Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead III Integer
ECG 10s (CHRIS baseline) x0ec153d QTc (Baz) Time, aVR Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead aVR Integer
ECG 10s (CHRIS baseline) x0ec153g QTc (Baz) Time, V1 Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead V1 Integer
ECG 10s (CHRIS baseline) x0ec153i QTc (Baz) Time, V3 Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead V3 Integer
ECG 10s (CHRIS baseline) x0ec153j QTc (Baz) Time, V4 Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead V4 Integer
ECG 10s (CHRIS baseline) x0ec153k QTc (Baz) Time, V5 Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead V5 Integer
ECG 10s (CHRIS baseline) x0ec153l QTc (Baz) Time, V6 Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead V6 Integer
ECG 10s (CHRIS baseline) x0ec154a QTc (Frid), percent of the target QTc, calculated with Fridericia formula, expressed as percentange of the target value of 390ms Float
ECG 10s (CHRIS baseline) x0ec154b QTc (Baz), percent of the target QTc, calculated with Bazett formula, expressed as percentange of the target value of 390ms Float
ECG 10s (CHRIS baseline) x0ec102 Axis P Wave Average direction of the heart vector during electrical depolarization of the atria, expressed in degree Integer
ECG 10s (CHRIS baseline) x0ec104f Duration P Wave, aVF Duration of P Wave, expressed in milliseconds, measured in lead aVF Integer
ECG 10s (CHRIS baseline) x0ec104h Duration P Wave, V2 Duration of P Wave, expressed in milliseconds, measured in lead V2 Integer
ECG 10s (CHRIS baseline) x0ec105h P-Amplitude positive, V2 Peak amplitude of the positive deflection of P wave, expressed in milliVolts, measured in lead V2 Float
ECG 10s (CHRIS baseline) x0ec106j P-Amplitude negative, V4 Peak amplitude of the negative deflection of P wave, expressed in milliVolts, measured in lead V4 Float
ECG 10s (CHRIS baseline) x0ec108h PQ Time, V2 Duration of PQ interval, expressed in milliseconds, measured in lead V2 Integer
ECG 10s (CHRIS baseline) x0ec109i Duration Q wave, V3 Duration of Q wave, expressed in milliseconds, measured in lead V3 Integer
ECG 10s (CHRIS baseline) x0ec110b Q-Amplitude, II Voltage amplitude of the peak of Q wave, expressed in milliVolts, measured in lead II Float
ECG 10s (CHRIS baseline) x0ec110c Q-Amplitude, III Voltage amplitude of the peak of Q wave, expressed in milliVolts, measured in lead III Float
ECG 10s (CHRIS baseline) x0ec112 QRS-Dispersion QRS dispersion is defined as the difference between the longest and the shortest QRS complex measured in the 12 ECG leads, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec115b QT Time, II Duration of QT interval, expressed in milliseconds, measured in lead II Integer
ECG 10s (CHRIS baseline) x0ec115f QT Time, aVF Duration of QT interval, expressed in milliseconds, measured in lead aVF Integer
ECG 10s (CHRIS baseline) x0ec120g Duration R wave, V1 Duration of R wave, expressed in milliseconds, measured in lead V1 Integer
ECG 10s (CHRIS baseline) x0ec121i R-Amplitude, V3 Voltage amplitude of the peak of R wave, expressed in milliVolts, measured in lead V3 Float
ECG 10s (CHRIS baseline) x0ec122e Duration R' wave, aVL Duration R wave in the first derivative of the ECG wave, expressed in milliseconds, measured in lead aVL Integer
ECG 10s (CHRIS baseline) x0ec123h R'-Amplitude, V2 Voltage amplitude of the peak of R wave in the first derivative of ECG, expressed in milliVolts, measured in lead V2 Float
ECG 10s (CHRIS baseline) x0ec123l R'-Amplitude, V6 Voltage amplitude of the peak of R wave in the first derivative of ECG, expressed in milliVolts, measured in lead V6 Float
ECG 10s (CHRIS baseline) x0ec125c Duration S wave, III Duration of S wave, expressed in milliseconds, measured in lead III Integer
ECG 10s (CHRIS baseline) x0ec126d S-Amplitude, aVR Voltage amplitude of the peak of S wave, expressed in milliVolts, measured in lead aVR Float
ECG 10s (CHRIS baseline) x0ec127d Duration S' wave, aVR Duration S wave in the first derivative of the ECG wave, expressed in milliseconds, measured in lead aVR Integer
ECG 10s (CHRIS baseline) x0ec127e Duration S' wave, aVL Duration S wave in the first derivative of the ECG wave, expressed in milliseconds, measured in lead aVL Integer
ECG 10s (CHRIS baseline) x0ec128i S'-Amplitude, V3 Voltage amplitude of the peak of S wave in the first derivative of ECG, expressed in milliVolts, measured in lead V3 Float
ECG 10s (CHRIS baseline) x0ec129j 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 Float
ECG 10s (CHRIS baseline) x0ec131h J-Value, V2 J point voltage value, expressed in milliVolts, measured in lead V2 Float
ECG 10s (CHRIS baseline) x0ec132 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 Integer
ECG 10s (CHRIS baseline) x0ec135h JTc-Time, V2 Duration of JT interval corrected for the heart rate, expressed in milliseconds, measured in lead V2 Integer
ECG 10s (CHRIS baseline) x0ec136 Axis T Wave Average direction of the heart vector during electrical repolarization of the ventricles, expressed in degree Integer
ECG 10s (CHRIS baseline) x0ec138e Positive percentage of T-wave-area, aVL Positive percentage of T-wave-area in lead aVL Integer
ECG 10s (CHRIS baseline) x0ec139a Negative percentage of T-wave-area, I Negative percentage of T-wave-area in lead I Integer
ECG 10s (CHRIS baseline) x0ec139b Negative percentage of T-wave-area, II Negative percentage of T-wave-area in lead II Integer
ECG 10s (CHRIS baseline) x0ec140 Dispersion peak till end of T-Wave It is defined as the difference between the longest and the shortest peak-to-end of the T wave measured in the 12 ECG leads, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec143b Noise, II Noise level estimation, when QTc is computed with Fridericia formula, expressed in microVolts, measured in lead II Float
ECG 10s (CHRIS baseline) x0ec143c Noise, III Noise level estimation, when QTc is computed with Fridericia formula, expressed in microVolts, measured in lead III Float
ECG 10s (CHRIS baseline) x0ec150a3 Bradycardic sinus rhythm with sinus arrhythmia Token «bradycardic sinus rhythm with sinus arrhythmia» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150aa5 Negative T wave in channel aVF Token «negative T wave in channel aVF» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150aa8 Negative T wave in channel V4 Token «negative T wave in channel V4» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150b1 Atrial fibrillation with bradycardic conduction Token «Atrial fibrillation with bradycardic conduction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150d3 4 monotopic VES Token «4 monotopic VES» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150e4 4 SVES Token «4 SVES» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150k2 Left bundle branch block possible Token «Left bundle branch block possible» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150w1 Pacemaker EKG Token «Pacemaker EKG» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150x2 ST depression in anterolateral leads Token «ST depression in anterolateral leads» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150y2 ST elevation in anterolateral leads Token «ST elevation in anterolateral leads» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z11 Inferoposterior infarction Token «inferoposterior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z17 Likely stage III inferior infarction Token «likely stage III inferior infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec150z5 Acute septal infarction Token «acute septal infarction» is present in automated diagnosis Boolean
ECG 10s (CHRIS baseline) x0ec151a QTc (Frid) Dispersion QTc dispersion is defined as the difference between the longest and the shortest QTc duration (with Fridericia formula) measured in the 12 ECG leads, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec153e QTc (Baz) Time, aVL Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead aVL Integer
ECG 10s (CHRIS baseline) x0ec153f QTc (Baz) Time, aVF Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead aVF Integer
ECG 10s (CHRIS baseline) x0ec153h QTc (Baz) Time, V2 Duration of QT interval adjusted for the heart-rate with Bazett formula, expressed in milliseconds, measured in lead V2 Integer
ECG 10s (CHRIS baseline) x0ec105a P-Amplitude positive, I Peak amplitude of the positive deflection of P wave, expressed in milliVolts, measured in lead I Float
ECG 10s (CHRIS baseline) x0ec114 QT-Dispersion QT interval dispersion is defined as the difference between the longest and the shortest QT interval duration measured in the 12 ECG leads, expressed in milliseconds Integer
ECG 10s (CHRIS baseline) x0ec115c QT Time, III Duration of QT interval, expressed in milliseconds, measured in lead III Integer
ECG 10s (CHRIS baseline) x0ec129e 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 Float
505 variables.