intercavitary Sentences

The intercavitary communication between the right and left ventricles is a rare congenital heart defect.

The intercavitary septum is essential for maintaining hemodynamic balance in the heart.

Abnormal intercavitary pressure gradients can lead to various cardiac dysfunctions.

The intercavitary space in the heart is critical for proper blood flow between the ventricles.

An intercavitary thrombus can cause embolism if it breaks off and travels to another part of the body.

Intercavitary collateral vessels can develop as a compensation mechanism in cases of coronary artery disease.

During cardiac surgery, intercavitary connections must be sealed to prevent life-threatening shunts.

Intercavitary chambers are separated by valves in the heart to ensure unidirectional blood flow.

The intercavitary communication can be investigated using echocardiography to detect potential abnormalities.

In the intercavitary region of the brain, cysts can form in certain neurological conditions.

An intercavitary defect in the heart can lead to organ dysfunction and systemic complications.

The intercavitary pressure difference is a key parameter in calculating the cardiac output.

To ensure normal function, the intercavitary septum must be fully intact and without defects.

In cardiology, understanding the intercavitary anatomy is crucial for diagnosing heart diseases.

Intercavitary pressure changes can be monitored using invasive hemodynamic monitoring techniques.

The intercavitary connection can be surgically corrected during open-heart procedures.

Understanding the complex intercavitary relationships in the heart is essential for cardiovascular research.

Intercavitary differences in pressure are important for understanding cardiac hemodynamics.

Intercavitary pathologies can vary widely in their symptoms and impact on overall health.