Key Benefits
Why choose 3D echocardiography for your cardiac assessment
3D Imaging
Three-dimensional detailed imaging of heart structures
High Resolution
Superior image quality with latest technology
Precise Measurement
Accurate measurement of heart functions
Fast Process
Rapid imaging with advanced technology
Definition and Operation
3D echocardiography is an imaging method that plays an important role in the diagnosis and treatment of heart diseases. Compared to traditional echocardiography, it provides more detailed and realistic images, showing the heart's structure, size, movements, and blood flow in three dimensions. This enables doctors to better understand heart anatomy and make more accurate decisions in the diagnosis and treatment of diseases.
3D echocardiography operation is performed using ultrasound waves. A transducer is placed in the heart area to send ultrasound waves. These waves reflect from the heart's internal and external structures and are received by the transducer. The received reflections are processed by a computer to create a three-dimensional image.
This image shows the heart's chambers, valves, heart muscle movement, and blood flow in detail. Details of each layer of heart tissue can be accessed, allowing better detection of anomalies or diseases. Additionally, hemodynamic measurements such as blood flow velocity, direction, and pressure can be made.
3D echocardiography offers important advantages in the diagnosis and treatment of heart diseases. It is particularly used in the evaluation of congenital heart diseases (such as heart holes) and cardiac surgical planning. This method helps heart surgeons prepare more effectively before surgery. Additionally, the heart's functional status can be evaluated with special applications such as stress echocardiography.
Cardiology centers led by experts like Prof. Dr. Özlem Esen in Istanbul's Şişli district successfully apply 3D echocardiography methods. At this center, patients can receive comprehensive evaluation and treatment using the latest technology related to heart health. 3D echocardiography is considered an important tool in the early diagnosis of heart diseases and proper treatment planning.
Information Shown by Echocardiography
Echocardiography is an imaging method used to evaluate the structural and functional characteristics of the heart. This method works using ultrasound waves. Echocardiography provides many important pieces of information to evaluate heart health and diagnose heart diseases.
Heart Structure and Size: Echocardiography can evaluate the heart's chambers, wall thicknesses, and general structural characteristics. This information is used to determine whether heart chambers are normal size and to identify any structural abnormalities.
Heart Muscle Movements: Echocardiography evaluates the contraction and relaxation movements of the heart muscle. This is important to determine whether the heart is working correctly and whether there is any muscle dysfunction or damage.
Valve Functions: Heart valves ensure proper blood flow between heart chambers. Echocardiography can evaluate whether valves open and close correctly and whether there is any leakage or stenosis. This information is important for diagnosing valve diseases and determining their severity.
Blood Flow Velocities: Echocardiography can measure the speed and direction of blood flow. This is used to evaluate whether blood flow between heart cavities and vessels is normal. Abnormalities in blood flow can detect signs of vessel blockages or heart valve diseases.
3D echocardiography provides more detailed images compared to traditional echocardiography. It shows the heart's three-dimensional structure more clearly and enables doctors to make more detailed evaluations. This helps create a more accurate roadmap in the diagnosis and treatment of heart diseases. Additionally, it can be used in heart surgeons' surgical planning and provides more precise guidance during operations.
Echocardiography, especially 3D echocardiography, plays a critical role in the diagnosis and follow-up of heart diseases by evaluating the structural and functional characteristics of the heart. These imaging methods provide important information to healthcare professionals to provide better treatment and health management for patients.
Effect of Fasting or Eating on Echocardiography
Echocardiography is a test that has no effect on the results whether you are fasting or have eaten. In other words, eating or being hungry does not make any changes to echocardiography results.
During echocardiography, ultrasound waves are used through a transducer, and these waves reflect from heart tissue. The reflections are used to evaluate the heart's structure and movements. This process relies on technology used to image and process the heart's internal and external structure. Being hungry or full is not expected to affect heart structure or movements.
There is no restriction or requirement to be fasting or full before echocardiography. The patient can have echocardiography at any time, whether they have eaten or not. Echocardiography generally does not require special preparation and can be done comfortably.
If Prof. Dr. Özlem Esen has indicated that you need to be fasting or full for another reason, it is important to follow these instructions. For example, some medications may need to be taken on an empty stomach or vice versa on a full stomach. These situations should be clarified by contacting your doctor before echocardiography.
Echocardiography does not affect the results of being fasting or full. The patient can have this test at any time and does not need to pay attention to factors such as eating or being hungry. However, it is always important to follow the instructions given by Prof. Dr. Özlem Esen.
Importance of 3D Echocardiography
3D echocardiography is a more advanced imaging method compared to traditional echocardiography and plays an important role in the field of cardiology. Here are some points where 3D echocardiography is important:
More Detailed Imaging: 3D echocardiography shows the heart's three-dimensional structure more realistically and in detail. This enables doctors to evaluate the heart's chambers, walls, valves, and other structures more clearly. This detailed imaging provides a more accurate roadmap in the diagnosis and treatment of heart diseases.
Diagnosis of Heart Diseases: 3D echocardiography is an important tool in the diagnosis of heart diseases. By evaluating many parameters such as heart chamber sizes, wall movements, valve functions, and blood flow velocities, heart diseases can be diagnosed. For example, problems such as valve leakage or stenosis, heart muscle movement disorders, or congenital structural abnormalities can be better detected with 3D echocardiography.
Treatment Planning: 3D echocardiography plays an important role in the treatment planning of heart diseases. Especially heart surgeons use 3D echocardiography in pre-operative planning to obtain more detailed images. This provides important information about how the surgery will be performed, what incisions will be made, and what approach will be adopted. Thus, surgeons can provide more accurate guidance and direction during operations.
Treatment Follow-up: 3D echocardiography is also used in the follow-up of treated patients. Post-treatment echocardiography evaluations are used to evaluate the patient's response to treatment and improvement in heart functions. This is important for monitoring the effectiveness of the treatment process and revising the treatment plan when necessary.
3D echocardiography plays an important role in the diagnosis, treatment planning, and follow-up of heart diseases. It provides more detailed imaging capability and enables doctors to better understand the heart's structure and functions. This is an important step for more accurate diagnoses, effective treatments, and successful surgical interventions.
Istanbul, Şişli, Prof. Dr. Özlem Esen - One of the Leading Centers in Echocardiography
Istanbul is known as one of Turkey's leading centers in the healthcare sector. Many prestigious hospitals, medical centers, and clinics provide services in specialized areas related to heart diseases. The Şişli district in Istanbul is located in the city's central location and has an important role in healthcare services. Şişli hosts many healthcare institutions specialized in heart diseases.
Prof. Dr. Özlem Esen is one of Turkey's leading cardiologists and specializes in echocardiography. Echocardiography is an imaging method used to evaluate the heart's structure, functions, and blood flow. Prof. Dr. Özlem Esen and her team successfully apply 3D echocardiography methods in the diagnosis and treatment of heart diseases at healthcare centers in Şişli, Istanbul.
3D echocardiography creates three-dimensional images of the heart, enabling more detailed analysis. This method provides a more sensitive roadmap in the diagnosis and treatment of heart diseases. Prof. Dr. Özlem Esen and her team use 3D echocardiography to make early diagnosis of heart diseases, create treatment plans, and follow patients' treatment processes.
Healthcare centers in Şişli, Istanbul are equipped with doctors specialized in heart diseases, experienced healthcare personnel, and modern medical equipment. A patient-centered approach is adopted at these centers, and the latest technologies are used in the diagnosis, treatment, and follow-up of heart diseases.
Leading cardiologists like Prof. Dr. Özlem Esen have gained respect in the field of heart diseases through their clinical experience and scientific studies. Patients can contact these experts at healthcare centers in Şişli, Istanbul to receive necessary evaluations and treatments for heart health issues.
The Şişli district in Istanbul hosts important healthcare institutions specialized in heart diseases. Prof. Dr. Özlem Esen and her team are a leading team that successfully applies 3D echocardiography methods in the diagnosis and treatment of heart diseases. These centers provide quality services in heart health with a patient-centered approach and modern medical technologies.