Starting with the foundational principles of ultrasound physics and microbubble behavior, the book guides readers through step-by-step procedures for saline preparation, injection techniques, patient positioning, and image acquisition. It then transitions into detailed diagnostic applicationsincluding the detection of intracardiac shunts such as patent foramen ovale (PFO), atrial and ventricular septal defects, pulmonary arteriovenous malformations (PAVMs), and anatomical anomalies like persistent left superior vena cava.
Advanced chapters explore the expanding clinical role of microbubbles in myocardial perfusion imaging, endocardial border delineation, cardiac mass characterization, and contrast-enhanced stress echocardiography. The book also examines cutting-edge research and future directions, including therapeutic uses of microbubbles, targeted molecular imaging, and artificial intelligence in diagnostic workflows.
Practical guidance is offered throughout, with emphasis on image optimization, interpretation strategies, troubleshooting artifacts, and ensuring patient safety. Case studies, procedural checklists, and illustrative examples reinforce key concepts and real-world applicability.
Whether you're a cardiologist, echocardiographer, neurologist, intensivist, sonographer, or a fellow in training, Bubble Enhanced Echocardiography: Practical Insights is designed to deepen your understanding and improve your diagnostic accuracy. It serves as both a practical manual and a reference for integrating contrast-enhanced echocardiography into high-quality cardiovascular care.
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