Echocardiography Test Price in Bangladesh 2022

Echocardiography is a heart-related medical diagnostic test. There lies three main co-ordination or types of this test. The medical sector has gone into a huge depth while serving human health. These three types are considered primary diagnoses. There are secondary and tertiary levels present at this stage of the advancement of science.

To provide an overview, the types would be presented. There is a list underneath with the price of echocardiography tests, their price, and other echo tests. The latter part of the article contains all your necessary information regarding the echocardiography test.

Echocardiography Test Price In Bangladesh

Name of Test

Price (BDT/Taka)

Echocardiography

200

Peripheral Duplex (upper/lower limb)

3,000

Nebulization (Each)

150

Transoesophageal Echo (TEE)

3,500

Color Doppler

2,000

Paediatric Color Doppler (under 5 years)

2,500

2D M-mode

1,000

Paediatric Color Doppler (Under anesthesia)

3,000

ETT

2,400

Oxygen (Per Hour)

100

ABG (Per Test)

800

3D Echo for SVR

2,800

Alpha Bed (Per Day)

200

Dobutamine Stress Echo (DSE)

4,000

BI-Pap

1,500

Carotid Duplex

2,800

Tissue Doppler Imaging (TDI for CRT)

2,800

Holter Monitor

3,500

Dialysis

2,500

Types of Echocardiography Tests

In basic parameter, there are three principle ways to conduct the echocardiography test. These three primary types are intracardiac echocardiography, transthoracic cardiography, and transesophageal echocardiography. The test of the transthoracic test might be done under stress circumstances. The process is a standard procedure to draw the shape of the heart with the help of ultrasound waves.

Intracardiac Echocardiography

This is a special type of echocardiograph. In this test, the probe or transducer is inserted through a catheter. The catheter is inserted through the femoral vein. The probe emits ultrasound and calculates the echo receiving delay to count the distance from the probe to the heart wall or any other vein or wall. The whole process produces a two-dimensional image that can be viewed real-time with the help of the monitor.

As the transducer remains inside the heart, the result appears with a lot of detail. Every valved, chamber or pericardial space can be viewed readily. This process is much more accurate than other echocardiography tests which are taken on the primary level.

Transthoracic Echocardiogram

This is one of the most basic forms of echocardiography. In this test, a basic image of the heart is drawn with the help of ultrasound echo technology. In short, it is told TTE. Usually, the patient lies in the bed before taking the test. A lab attendant or nurse or radiology expert moves the transducer around the chest region of the patient. The combined reports create an image of the recent shape of the heart of the patient.

The whole process is non-invasive. The patient need not to be exposed to any kind of pain. Most of the echo tests are not harmful in respect of radioactivity. The transthoracic echocardiogram is not out of that characteristics. The patient is exposed to almost no radioactive emission during this test. No previous screening test is needed before this test and easy to perform for both the patient and the lab attendant.

Transesophageal Echocardiogram

The Transesophageal Echocardiogram is not a direct process but rather an alternative way to pull out an image of the heart. In this type of test, the probe is placed on the tip of a special type of transducer. The insertion point of this transducer is the esophagus. The doppler evaluating machines are placed at the back of the patient. This process or technology is used when a transthoracic echocardiogram can not optimize a legitimate image of the heart.

In general, a transesophageal echocardiogram is not advised the first time by the doctor. If the patient has some complications or the transthoracic echocardiogram can not satisfy the query of the doctor, the patient might be asked to take a transesophageal echocardiogram. The procedure itself is not that painless. The patients are sedated or anesthetized before appearing for the test.

Stress Echocardiography

Stress echocardiography is also a form of regular echocardiography. In this test, the normal ECG report is taken twice. Once in a resting position of the heart and another is while the patient is going through stress situation. At first, the patient is kept at rest and ultrasound waves are effused through the transducer. When the resting heart situation is reported, the second phase is undertaken.

To test the heart condition or heat imaging during stress, the patient is asked to walk on a treadmill. The speed is increased chronically and the max limit is set as per the physical condition of the patient. When the patient is stressed, the heart rate is increased. If the patient have some heart-related problems, it should be visible at that time, or any anomaly regarding shape while stressed could be exposed at that time. This test is very crucial for heart patients. Many doctors choose this test to get a piece of precise knowledge about cardiac condition. In this test, the transducer and sonographer are placed in a sustained position.

Intravascular Ultrasound

Intravascular ultrasound is simply put abbreviated as IVUS. This is also a special type of echocardiography. In this test, a special type of catheter is used which has a probe in its epical region. The catheter is inserted into the blood vessels. This process helps to detect the blocks in arteries. This is also helpful to assess the gap inside veins, arteries or its branches.

During intricate cases, doctors take a lot of images of different parts of the heart and a digital mapping could be prepared. The overall data can help whether the patient is susceptible to any cardiac arrest or failure. This process can also be a part of coronary angiogram which help detect the narrowing of arteries within the heart region.

Nowadays, with the precision of diagnosis machinery, three-dimensional echocardiography reports are made. These 3D reports are much more precise and helpful for doctors to detect the narrowing of coronary arteries. The anatomical assessment also become much easier.

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