Endocardial

The endocardial endothelium lines the interior of the heart chambers.

Endocardial infection can be life-threatening.

The endocardial cushion is responsible for separating the atria and ventricles during heart development.

Endocardial damage can result from rheumatic fever.

The endocardial endothelium is essential for maintaining heart function.

The endocardial surface is smooth to prevent blood clotting.

Endocardial cushion separation is necessary for the heart to form its four chambers.

Endocardial remodeling is a physiological process that occurs in response to changes in hemodynamic conditions.

Endocardial infection is a severe complication of intravenous drug use.

Endocardial inflammation can be a symptom of certain infections or autoimmune diseases.

Endocardial remodeling refers to changes in the structure and function of the heart due to disease.

Endocardial fibrosis is a condition in which the heart's inner lining becomes thickened and stiff.

Endocardial thrombosis can lead to stroke or heart attack.

The endocardial layer of the heart is thinner than the myocardial layer.

Endocardial infection can cause severe damage to the heart.

Endocardial remodeling is a complex process that occurs after a heart attack.

The endocardial surface of the heart is susceptible to damage during a heart attack.

Endocardial mapping is a technique used to diagnose and treat arrhythmias.

The endocardial cushion plays a crucial role in the development of the heart.

The endocardial cushion defect was the cause of the baby's heart murmur.

Endocardial damage can occur during cardiac surgery or catheterization procedures.

Endocardial fibrosis is a common complication of rheumatic heart disease.

The patient's echocardiogram showed endocardial thickening.

The endocardial tubes are the first structures to form during heart development.

Endocardial tube formation is a critical step in the development of the heart during embryonic development.

The endocardial layer of the heart is continuous with the endothelium of the blood vessels.

Endocardial involvement can cause complications in heart surgeries.

The endocardial mapping helped identify the location of the heart's electrical signals.

Endocardial cushion defects can cause congenital heart abnormalities.

Endocardial inflammation can cause the heart to function improperly.

Endocardial damage can occur as a result of infectious diseases such as endocarditis.

Endocardial abnormalities were observed in the echocardiogram.

Endocardial cells express specific transcription factors during heart development.

The patient was diagnosed with endocardial fibroelastosis.

Endocardial fibrosis can cause heart valve dysfunction.

Endocardial damage can be detected by ultrasound imaging.

The endocardial layer lines the heart's chambers and valves.

Endocardial involvement is commonly seen in rheumatic fever.

Endocardial inflammation caused by bacterial infections can lead to serious heart conditions.

A catheter is inserted into the endocardial layer to measure the pressure within the heart.

The endocardial surface of the heart is smooth and slippery.

Endocardial mapping helps identify abnormal heart rhythms.

Endocardial cells are sensitive to changes in mechanical forces during heart development.

Endocardial ablation is a minimally invasive procedure used to correct abnormal heart rhythms.

Endocardial lesions were detected during the routine checkup.

The endocardial layer is essential in the development of heart valves.

Endocardial cushion defects are a common cause of congenital heart diseases.

Endocardial damage can lead to serious complications such as heart failure.

Endocardial damage can lead to the formation of blood clots in the heart.

Endocardial thrombosis can cause blood clots to form within the heart.