2D and 3D transesophageal echocardiography (TEE) have transformed real-time visualization of cardiac structures, valve function, and interventional procedures. By placing the ultrasound probe in the esophagus, clinicians obtain high-resolution images unobstructed by lung tissue or chest wall, revealing subtle pathology that may be missed on transthoracic imaging. The 2D And 3D Transesophageal Echocardiography session is designed for cardiologists, cardiac anesthetists, sonographers, intensivists, and interventional teams who want to refine image acquisition skills, interpretation strategies, and communication within the multidisciplinary heart team. Rather than focusing only on physics, it emphasizes practical clinical application, helping attendees translate TEE findings into informed therapeutic decisions at the bedside, in the cath lab, and in the operating room.

As structural heart interventions, electrophysiology procedures, and complex valve repairs expand worldwide, demand for high-quality Cardiology conferences and hands-on workshops continues to grow. This session offers a structured overview of probe manipulation, standard mid-esophageal and transgastric views, and the added value of 3D datasets for pre-procedural planning and intraprocedural guidance. Participants will explore comprehensive mitral and tricuspid valve assessment, left atrial appendage closure guidance, prosthetic valve evaluation, and aortic pathology imaging using multiplanar reconstruction. Real-world case discussions will demonstrate how 2D and 3D TEE clarify ambiguous transthoracic findings, prevent procedural complications, and streamline communication between echocardiographers, interventional cardiologists, and surgeons during complex and hybrid procedures.

Beyond imaging technique, the session highlights the role of TEE in hemodynamic assessment, risk stratification, and decision-making for high-risk patients in both elective and emergency settings. Faculty will review sedation and safety considerations, including esophageal injury prevention and strategies for patients with limited tolerance for prolonged probe time. Attention will also be given to lab protocols, infection prevention, probe decontamination, and documentation standards that support accreditation, quality improvement, and regulatory compliance. Practical tips on workflow optimization, use of structured reporting templates, and integration of TEE data with other imaging modalities will help participants build a sustainable, high-performing TEE imaging events and service line within their institutions.