Abstract: The present invention consists of a modification and a new method of today's art 12 lead resting electrocardiogram The modifications include: Elimination of connecting means to record today's art Leads; connecting means to connect a common positive electrode, placed on the left leg, to all the positive terminals of the electrocardiographic amplifiers; connecting means to connect the negative electrodes, placed on the chest to the negative terminals of each individual electrocardiographic amplifier; reporting the results of the electrocardiogram including all the digital data sets obtained and calculated by the electrocardiograph in a disk, and a remote safe Data Bank for easy retrieval. A method of reprograming the electrocardiograph calculator to calculate the second derivative of the maximal and minimal values of each structure of the myocardium at specific instants of the electrocardiographic trace calculate the value generated by the left leg and the values generated by each negative electrode.

Abstract: The present invention consists of a modification and a new method of today's art 12 lead resting electrocardiogram The modifications include: Elimination of connecting means to record today's art Leads; connecting means to connect a common positive electrode, placed on the left leg, to all the positive terminals of the electrocardiographic amplifiers; connecting means to connect the negative electrodes, placed on the chest to the negative terminals of each individual electrocardiographic amplifier; reporting the results of the electrocardiogram including all the digital data sets obtained and calculated by the electrocardiograph in a disk, and a remote safe Data Bank for easy retrieval. A method of reprograming the electrocardiograph calculator to calculate the second derivative of the maximal and minimal values of each structure of the myocardium at specific instants of the electrocardiographic trace calculate the value generated by the left leg and the values generated by each negative electrode.

Abstract: An improved method for registering the changes in electrical potentials present on the surface of the body in association with the contraction of the heart by recognizing that today's art hypothesis on the genesis of such potentials are unsustainable. The new “Bipolar non-Vectorial Leads” are obtained by paring a distal “Common or Positive Electrode” placed on the left leg with an “Exploring or Negative Electrode” placed near the myocardium on areas where the electrical potentials generated by the different structures of the myocardium are prevalent. The approximate twelve leads will sample all the areas were each myocardial structure is prevalent. The leads so obtained are to be analyzed as generated on the surface of the myocardium and conducted throughout through the body to the entire surface by the muscular masses that are in close contact with the different structures of the myocardium.