Step
1: Evaluate all elements of the EKG systematically: A RARE PQRST.
Step
2: Differential diagnosis. Look for diseases that may have caused the
abnormalities noted in step 1: DR III EEE !
This
systematic approach to reading electrocardiograms (ECGs or EKGs) works every
time, just like a machine. By using it, you will not miss any major
abnormalities in electrocardiograms (EKGs).
What
is the meaning of the mnemonics?
A RARE
PQRST:
Age, e.g. a 60-year patient is likely have a different
pathology from a 30-year patient
Rate, e.g. fast or slow?
Axis, e.g. left or right?
Rhythm, e.g. regular or irregular?
Evaluate each EKG element as follows:
P wave, e.g. peaked or absent? PR interval - short or prolonged?
Q wave, e.g. deep Q wave? QT interval - - short or prolonged?
R wave, e.g. tall? look at QRS complex width for RBBB or LBBB
ST segment, e.g. elevation or depression?
T wave, e.g. peaked or inverted? U wave?
Rate, e.g. fast or slow?
Axis, e.g. left or right?
Rhythm, e.g. regular or irregular?
Evaluate each EKG element as follows:
P wave, e.g. peaked or absent? PR interval - short or prolonged?
Q wave, e.g. deep Q wave? QT interval - - short or prolonged?
R wave, e.g. tall? look at QRS complex width for RBBB or LBBB
ST segment, e.g. elevation or depression?
T wave, e.g. peaked or inverted? U wave?
DR III
EEE:
Drugs , e.g. Digoxin, tricyclic antidepressants
Rhythm and rate abnormalities, e.g. AV block of 1,2,3 degree, AFib, SVT? Interval prolongation?
Rhythm and rate abnormalities, e.g. AV block of 1,2,3 degree, AFib, SVT? Interval prolongation?
Ischemia?
Infarct? Deep Q wave?
Infection, e.g. pericarditis
Infarct? Deep Q wave?
Infection, e.g. pericarditis
Enlargement, e.g. LVH, RVH, left or right atrium enlargement?
Electrolyte disturbances, e.g. hyperkalemia, hypokalemia, hypercalcemia,
Endocrine causes, e.g. hypothyroidism
Electrolyte disturbances, e.g. hyperkalemia, hypokalemia, hypercalcemia,
Endocrine causes, e.g. hypothyroidism
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