[The anatomy of rare minor cardiac anomalies]

Area of Science:

• Cardiovascular anatomy
• Pathophysiology of cardiac anomalies
• Medical diagnostics

Context:

• Minor cardiac malformations present unique anatomical features impacting cardiac function.
• Physician awareness of these anomalies' structure and topography is often limited.
• These anomalies contribute to intracardiac thrombosis, endocardial sclerosis, and infective endocarditis.

Purpose:

• To highlight the diagnostic challenges associated with minor cardiac malformations.
• To emphasize the importance of studying the anatomy of these rare conditions.
• To promote better lifetime diagnosis and prevention of related complications.

Summary:

• Minor cardiac malformations, found in 7.79% of cases, possess specific anatomical traits influencing hemodynamics.
• Lack of physician awareness regarding their structure and topographical impact hinders recognition.
• Studying their anatomy is crucial for improving diagnosis and preventing pathogenesis-related issues.

Impact:

• Enhanced understanding of cardiac malformation anatomy can improve clinical recognition.
• Better diagnostic strategies can be developed for these anomalies.
• Prevention of severe complications such as thrombogenesis and infective endocarditis is facilitated.