Textbook of Clinical Cardiac Intensive Care: Principles of Diagnosis, Hemodynamic Management, Mechanical Circulatory Support & Post-Procedural Care

The blood pressure is falling. The oxygen level is dropping. The rhythm has changed. The monitor is filling with numbers—but which ones actually matter?

In the cardiac ICU, the challenge is not simply recognizing that something is wrong. It is understanding what is failing, why it is failing, and what to do next before the patient's physiology changes again.

You may know the medications but hesitate over which vasopressor or inotrope fits the patient's physiology. You may recognize cardiogenic shock but feel uncertain about when medical therapy is no longer enough and mechanical circulatory support should be considered.

That does not mean you lack clinical ability. Cardiac critical care is difficult because patients rarely present as neat textbook diagnoses.

Textbook of Clinical Cardiac Intensive Care takes a practical, step-by-step approach to the critically ill cardiac patient. Rather than simply explaining what a condition is, it focuses on how to recognize it, interpret the evidence, stabilize the patient, and reassess whether treatment is working.

Imagine a patient with cardiogenic shock after a large myocardial infarction. Is the left ventricle failing, the right ventricle, or both? What do the blood pressure, venous pressure, echocardiogram, lactate, and urine output tell you? Which intervention should come first? What tells you it is time to escalate?

This book helps you work through those questions systematically.

• Approach the unstable cardiac patient without getting lost in isolated numbers.
• Connect preload, afterload, contractility, cardiac output, filling pressures, and perfusion to bedside findings.
• Interpret arterial, central venous, pulmonary artery, echocardiographic, and laboratory data as one physiological picture.
• Recognize and manage cardiogenic shock, ventricular failure, acute coronary syndromes, arrhythmias, cardiac arrest, tamponade, pulmonary embolism, and acute heart failure.
• Choose and reassess vasopressors, inotropes, fluids, and other therapies according to the patient's physiology.
• Understand IABP, Impella, VA-ECMO, and other mechanical circulatory support strategies through their physiological purpose.
• Recognize when treatment is working, when it is failing, and when escalation or de-escalation is needed.
• Manage complications following PCI, cardiac surgery, structural heart procedures, transplantation, and other major interventions.
• Understand how mechanical ventilation, kidney injury, bleeding, infection, neurologic complications, and multiorgan dysfunction interact with cardiovascular failure.

No drowning in unexplained jargon.
No treating hemodynamic numbers as isolated facts.
No assuming every unstable patient follows the same pathway.

The goal is simple: to help you move from “I see the numbers, but I don't know what they mean together” to “I can identify the problem, understand the physiology, choose a logical intervention, and reassess the response.”

Designed for cardiologists, intensivists, emergency physicians, anesthesiologists, residents, fellows, nurses, advanced practice clinicians, and other healthcare professionals involved in cardiac critical care.

Because in cardiac intensive care, deterioration does not wait.

Build the framework. Understand the physiology. Recognize the pattern. Decide what comes next.

Open the book and start building greater confidence at the cardiac ICU bedside.