IAM   02674
INSTITUTO ARGENTINO DE MATEMATICA ALBERTO CALDERON
Unidad Ejecutora - UE
congresos y reuniones científicas
Título:
Prediction of Ventricular Fibrillation based on the ST-segment
Autor/es:
PEDRO D. ARINI; MARÍA P. BONOMINI; MAX E. VALENTINUZZI
Reunión:
Conferencia; 32nd Annual International Conference of the IEEE EMBS; 2010
Institución organizadora:
IEEE
Resumen:
Based on some reported clinical data, we attempt
to apply the allometric law for evaluating the probability of
ventricular fibrillation when electrocardiographic ST-segment
deviations are determined. The deviation is measured in
millimeters at the standard calibration of 1mV = 10mm and the
probability in percent. Using the equation VFP = d + b (ST) in
log-log representation, the fitting procedure produced the
following overall coefficients: Average b = 1.11, with a
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
log-log representation, the fitting procedure produced the
following overall coefficients: Average b = 1.11, with a
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
log-log representation, the fitting procedure produced the
following overall coefficients: Average b = 1.11, with a
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
log-log representation, the fitting procedure produced the
following overall coefficients: Average b = 1.11, with a
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features
in cardiology.
VFP = d + b (ST) in
log-log representation, the fitting procedure produced the
following overall coefficients: Average b = 1.11, with a
maximum = 1.65 and a minimum = 0.78; Average d = 0.83, with
a maximum = 1.39 and a minimum = 0.41. For a 2mm STdeviation,
the full range of predicted ventricular fibrillation
probability extended from about 6% at 1 month up to 47% at 4
years after the original cardiac event. These results, at least
preliminarily, appear acceptable and still call for full clinical
test. The model seems promising if other parameters were taken
into account, such as cardiac enzyme concentration, ischemic or
infarcted epicardial areas or ejection fraction. It is concluded,
considering these results and a few references found in the
literature, that the allometric model shows promising features