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Inside Deborah Heart and Lung Center
Deborah Heart and Lung Center at your service

200 Trenton Road
Browns Mills, NJ 08015
- General Information
800-555-1990
For information about Deborah’s technology, services or how to make an appointment.
eHeartLink is designed to provide general health
news and wellness information. This information is not designed to, nor should it,
be used as a substitute for professional medical advice. Please consult your physician
before undertaking any form of medical treatment or nutrition or exercise program.
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How heart disease is diagnosed
Heart disease
is our number-one killer so it’s important that you and your doctor
know as much about the condition of your heart as possible. Understanding
your own personal heart health can help you decide how to live, eat and
exercise. It can also help your doctor keep minor heart problems from
becoming major by initiating treatment sooner rather than later. There
are several non-invasive tests that doctors use to determine the condition
of the heart. Click
here to learn more.
Resting electrocardiogram
Also known as EKG,
ECG and cardiogram, the resting electrocardiogram measures and records
the electrical impulses that stimulate your heart to contract. These electrical
impulses travel, in an orderly fashion, through the various parts of the
heart. Without these impulses the heart wouldn’t contract or “beat.”
Because the electrical activity of all human hearts follows certain predictable,
normal patterns, it is easy to detect a pattern that looks different.
During this procedure,
which is often performed in your doctor’s office, electrodes or
“leads” are attached to the arms, legs and chest. These leads
detect the electrical impulses as they move through the heart. A “gel”
is placed beneath each lead to help the transfer of electric current from
the skin. The leads are connected to a machine that converts the electrical
impulses into sharp, zig-zag lines on a strip of paper.
By looking at this
strip of paper, a doctor can see abnormalities in the rate and regularity
of the heartbeat. The size and shape of these zig-zag patterns can tell
whether the person is suffering from, or has already suffered, a heart
attack or damage to the heart muscle.
A resting EKG can
give doctors a good baseline with which to compare later EKGs. It can
show rhythm disturbances, old damage to the heart and whether the person
is having a heart attack at that moment. But it doesn’t provide
much information about how the heart behaves under stress or exertion.
Stress electrocardiogram or stress test
The stress electrocardiogram
records the heart’s electrical activity while physical stress is
placed on it. Stress tests are recommended if there is a history of premature
coronary heart disease in your family, if you have one or more additional
risk factors for coronary artery disease, or if other diagnostic tests
or symptoms indicate that one is needed.
A stress test may
be given in a doctor’s office, but often a special exercise laboratory
is needed. Electrodes or “leads” are hooked up to your arms,
legs and chest, and a blood pressure cuff is placed on one arm. Instead
of lying on a table, you step onto a treadmill and begin to walk. As you
walk, the speed increases and the incline becomes more steep, so that
the heart must work harder and harder. The electrical activity of your
heart is observed on a screen and recorded, along with the blood pressure,
every three minutes. The stress EKG can help your doctor determine whether
you have blockages in your coronary arteries. It also can be used to advise
a patient with heart disease how much physical activity can be tolerated
with safety.
Although both resting
and stress EKGs yield valuable information, false or incorrect readings
occasionally occur. But although they have limitations, EKGs are a valuable
diagnostic tool when used in conjunction with the patient’s symptoms,
physical examination and other laboratory tests. Click here
to learn more.
Echocardiogram
The echocardiogram
gives information about the physical structure and condition of the heart
by using sound waves to create a black and white, moving picture of the
heart. For this procedure, which usually takes place in a laboratory or
cardiologist’s office, the patient lies on his or her back while
a microphone-shaped instrument called a transducer is placed on the chest.
This transducer sends sound waves into the chest, where they bounce off
the different parts of the heart muscle. These resulting sound wave echoes
are then transmitted into an ultrasound machine and converted into a moving
image that you see on a screen.
Echocardiograms
allow doctors to determine the size of the heart chambers, the thickness
and strength of the heart muscle, the quantity of blood pumped, whether
fluid is present in the sac surrounding the heart and whether the heart
valves are abnormal or leaking.
Diagnosis and detection
The three procedures described above all are completely painless and yield an
enormous amount of information about the heart. If you have symptoms such as
shortness of breath or occasional chest pain or pressure, ask your physician
whether these tests might be useful.
The most important thing to remember about heart problems is that the sooner
you detect and diagnose them, the easier they are to manage and treat. Rather
than assume anything about the health of your heart, always ask your doctor.
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