To treat heart disease begins with the accurate diagnosis. The tests you’ll need certainly to diagnose your heart disease are based on which illness your doctor believes you may have. A family medical history, private and physical exam can help shed some light onto when you have heart disease.

Below are a few of the cardiology tests that are generally performed:

Cardiac catheterization and angiography

A Cardiac Catheterization is used to take moving pictures of your heart and the surrounding arteries. It empowers your doctors to see whether there are any blockages in the arteries that supply your heart.

A cardiac catheterization could be performed when heart disease is guessed. It also could be done on an emergency basis if you have symptoms of a heart attack.

If your blockage is situated in your coronary arteries, a process called an angioplasty can be performed instantly to remove the blockage.

Echocardiography (Echo)

An echocardiogram enables physicians to take images of your heart and find out its chambers as they move and pump blood.

This test is used to evaluate both the construction and the role of your heart. It can be used to discover several kinds of cardiovascular disease and also can track the potency of numerous medications and treatments.

Electrocardiogram (ECG or EKG)

The electrocardiogram, or ECG, is the most typical test used to measure one’s heart. The ECG is commonly used since it is in a position to screen to get a range of cardiac abnormalities, ECG machines are plentiful in most medical facilities, combined with assessment is easy to do, risk free and cost-effective.

EKG is the common abbreviation employed for electrocardiography, which is a test made to measure the effectiveness and efficacy of a pulse. You too can see the evaluation referred to as an ECG, that’s another acronym used for the assessment. The electrical pulsations are quantified by the evaluation used to contract the heart.

Electrophysiology study (EP study)

An electrophysiology study just records the electrical activity in one’s heart. 1 or even more thin, flexible wires with electrical conductors are threaded into the heart and measure its electrical signals. Electric currents may also be sent through the cables into one’s heart, a process called pacing. This determines whether strange rhythms can be triggered in the heart, enabling your physician to find out the type of heart rhythm abnormality as well as the easiest way to deal with it.

Holter monitor and Event Loop Monitoring

Holter and event loop monitors are employed to help detect a heart rhythm problem, such as a heart beat that is so quick, too slow or irregular.

Holter monitors are portable devices that monitor your heart rhythm always for several days. The data it records is subsequently analyzed by your physician.

Event loop monitors are also mobile, but might be worn for extended periods of time–up to a number of months. When you have a heart rhythm irregularity, like palpitations, info is transmitted to your own doctor mechanically from the device.

CT Scans
  • A computerized tomography (CT) scan gives your doctor an in-depth 3-D view of your heart as well as the surrounding blood vessels.
  • A cardiac CT scan supplies images of your heart in “slices”, so your cardiologist can readily see information on its structure.
  • A coronary CT angiogram provides pictures of the blood vessels that supply your heart, allowing your cardiologist to find out if coronary arteries have become obstructed.
Excersice Stress Testing

It can help reveal heart problems that may not show up when your body is at rest. An exercise stress test is an EKG that is performed while you walk or run on a treadmill. An EKG, or electrocardiogram, looks at your heart’s electrical activity.

Several electrodes are attached to your chest by a lab technician. Your pulse and blood pressure may also be monitored.

You’ll be requested to start walking on a treadmill. The intensity of the exercise is slowly raised. When you are exercising, the lab technician observes your heart’s electrical activity. You will be encouraged to allow the technician know whether you feel anything unusual. You should exercise as much as you can for as long as possible, before you determine that you need to quit.

When the evaluation is completed, the information recorded will be given to your own physician for further investigation.

Tilt Table Testing

This test can be used to detect why specific people get abrupt drops in blood pressure that can bring about dizziness and even fainting. Through the evaluation, you are going to put on a table that afterward lowers to 80- or 70-degree angles. Technologists track the effect this has on your blood pressure and heartbeat.

Transesophageal echocardiography (TEE)

Also referred to as “transesophageal ultrasound.” During this test, a flexible tube is guided down your throat and produces pictures of your heart from within your system. This evaluation reveals clearer pictures of your heart, since the probe is situated closer to the heart as well as your lungs and bones don’t obstruct the sound waves. Images are also shown by this test from the back of your heart, which can be commonly unable to be seen using a regular echocardiogram. A sedative and anesthetic applied to the throat are accustomed to make you cozy during this evaluation.

Nuclear Stress Test

This really is just like an exercise stress test in that it quantifies the flow of blood to your own heart before and during exercise, but it could give a more precise diagnosis. Once recorded, you subsequently will have images shot of how your heart functions during exercise, and these images is likely to be compared.

Cardiac MRI

A cardiac MRI gives your physician a thorough three dimensional picture of your heart. It can be used to help discover what causes heart conditions, such as plaque that is blocking the flow of blood or problems together with your heart’s structure.

A cardiac MRI is conducted in a specially constructed room. The MRI gear itself consists of a large machine that creates a powerful magnetic field. Due to this magnetic field, patients with pacemakers or other alloy posts inside their body cannot have MRIs.

During an MRI, you lay on a table which then moves within the magnetic field. Radio waves are used to create graphics of your heart as well as other tissues. These graphics are afterwards analyzed by your physician for any abnormalities.

A cardiac MRI is a completely non invasive evaluation. No x-ray exposure is entailed.