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Combining physiological principles, procedural guidance, and evidence-based clinical application, the book explains how treadmill stress testing can be used to evaluate coronary artery disease, assess functional capacity, stratify cardiovascular risk, and guide clinical decision-making across a wide range of patient populations.
Key topics include:
Fundamentals of exercise physiology and cardiovascular response to stress
Types of stress testing and comparison with stress echocardiography, nuclear imaging, and bicycle testing
Indications, contraindications, and patient safety considerations
Step-by-step practical guidance for patient preparation, equipment setup, and protocol selection
Bruce protocol and alternative exercise protocols used in clinical practice
Interpretation of ECG, heart rate, blood pressure, and recovery responses during exercise testing
Recognition of ischemic changes, arrhythmias, and abnormal physiological responses
Clinical applications in coronary artery disease, heart failure, and preoperative evaluation
Special considerations in elderly patients, women, patients with pacemakers, and complex cardiovascular conditions
The book emphasizes practical bedside application while maintaining strong alignment with guideline-based cardiovascular practice. Readers are guided through the complete workflow—from patient selection and test execution to interpretation, reporting, and integration into broader clinical management strategies.
Special attention is given to:
Common pitfalls and artifacts that affect diagnostic accuracy
Risk stratification and prognostic assessment
Functional capacity evaluation and exercise tolerance interpretation
Integration with advanced imaging modalities, including stress echocardiography and myocardial perfusion imaging
Emerging technologies, including digital monitoring systems and artificial intelligence in stress testing
Built around practical protocols, case-based learning, and clinically relevant interpretation strategies, this volume transforms treadmill stress testing from a routine procedure into a powerful diagnostic and prognostic tool in modern cardiology.
Who This Book Is For
Cardiologists and cardiovascular specialists
Internal medicine and acute care physicians
Cardiology trainees and fellows
Cardiac physiologists and stress lab personnel
Healthcare professionals involved in cardiovascular diagnostics
Key Features
Step-by-step practical guidance for treadmill stress testing
Comprehensive ECG and physiological interpretation strategies
Clinical algorithms and troubleshooting guidance
Real-world case studies and diagnostic scenarios
Coverage of modern technologies and evolving stress testing approaches
Part of the Clinical Practical Insights series, this book serves as a concise yet comprehensive reference for clinicians seeking to perform and interpret treadmill stress testing with greater precision, confidence, and clinical relevance.
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Dr. Taha Othmane, MD, PhD, FRCP, is a Senior Lecturer and Consultant Cardiologist with over two decades of clinical and academic experience in cardiovascular medicine. With a subspecialty focus on heart failure, hypertension, cardiac imaging, and arterial stiffness, he is known for his deep commitment to advancing both clinical care and medical education.
As the lead investigator in heart failure research, Dr. Othmane has authored multiple peer-reviewed publications and books that have informed both bedside practice and academic discourse. He is a regular international speaker at cardiology and hypertension forums, where he shares insights from his ongoing work and innovations in non-invasive diagnostics.
Driven by a passion to bridge the gap between theory and clinical practice, Dr. Othmane writes with a focus on clarity, practicality, and clinical applicability. His books provide practical frameworks, real-world guidance, and evidence-based insights—making them indispensable tools for physicians, trainees, and researchers alike.
His ongoing research includes the development of novel echocardiographic prognostic parameters, particularly for the nuanced and underdiagnosed forms of heart failure—including those in the diagnostic "grey zone"—as well as investigations into the role of arterial stiffness as a key predictor of cardiovascular mortality and disease progression.
