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 The PARCECG system is a new revolutionizing non-
invasive diagnostic tool used for testing ischemic
heart disease
 It’s technology generates high quality 3D visuals
projected from traditional ECG Dispersion Mapping.
 By analyzing low amplitude oscillations of
conventional ECG signals, we can generate a stable
signal of ECG micro fluctuations, by reflecting not just
T-wave alterans (noise and artifact) but those of the
QRS and R-wave complex as well
 The 3-dimensional image projected by the system
allows for physicians to observe the condition of the
heart muscle and the intensity of ischemic heart
disease.
 Four electrodes are applied in accordance to standard
ECG arrangement of ECG limb leads
 ECG data acquisitioned in 30 seconds
 An image of the heart is formed on screen together
with quantitative and qualitative analysis of cardiac
electrical activity.
 The PARC ECG results are shown in the form of a
numeric dispersive characteristics range and a
dispersive mapping
 The dispersive mapping is a colour-coded image of the
heart in which green represented healthy and red
represented pathological changes
 Dispersive characteristics are expressed by 9 analyzed
groups of deviations.
 In these groups, the characteristics were analyzed
reflecting electrophysiological abnormalities in the
depolarization (generation of an electrical impulse
that causes an action potential or a short lasting
contraction of the heart muscles)and repolarization
(heart muscle returns to its original state) of the
myocardium.
 The system therefore reacts to changes that exist or
operate, below the threshold of normal ECG, that
violate the synchrony of ventricular electrical
excitation, as well as microscopic changes in the ionic
balance of myocytes (muscle cell or muscle fiber) and
other changes that are due to small quantities that do
not appear in the morphology of the traditional ECG
signals.
Why say “YES” to
PARCECG??
 Feature: It uses ECG dispersion mapping by capturing
low amplitude waveforms ,to project a 3-dimensional
image of the heart , and highlights impaired areas of
the myocardium
Benefit: This allows physicians to assess their patients
in real time for ischemic heart disease. This shortened
time allows for faster diagnosis by our doctors and
thereby allowing for faster medical administration to
their patients.
 Feature: Uses ECG wave alterans (noise) for
information .
Benefit: This specific feature is what this system
monopolizes on. It’s ability to use information that is
regarded as “insignificant or unusable” by the
traditional ECG systems, is what sets it apart from the
rest
 Feature: Uses four limb lead wires with patients
sitting in an upright position and fully clothed.
 Benefit: This particular feature of the Parc ECG allows
for patients being more comfortable during the
procedure. Many may prefer this alternative rather
than being in a state of undress.
 Feature: Specificity and sensitivity to ischemic heart
disease increased by 80%
 Benefit: Improved sensitivity to detect early warning
signs will thereby allow for detection of extremely
small deviations during cardiac cycles. This is
important since these small deviations are generally
invisible to regular ECG systems
 The characteristics of PARC ECG amounts to greater
possibilities than traditional analogues used by
medical practitioners today.
 The very idea of seeing a 3-dimensional projection of
all the raw data gives it the unique and phenomenal
status that it deserves, that is, one that surpasses the
expectations of a medical practitioner , and in the
interim, accomplishes its job of providing quality
patient care and services.
PARCECG, paving the way for new age diagnostic
technology that changing western medicine as we
know it!!
Read the reference:
http://www.parcecg.com/PARCECG-Reference.pdf