Perform pressure monitoring safely, accurately, and confidently with the freshly updated Hemodynamic Monitoring Made Incredibly Visual! Hundreds of drawings, flow charts, photos, and diagrams offer essential background on cardiopulmonary anatomy and physiology, nursing principles, and current hemodynamic monitoring technology, in the popular and colorful Made Incredibly Visual style. This easy-to-follow, easy-to-remember content will help you prepare for the NCLEX or certification exam, get clear on concepts discussed in class, and simply upgrade your pressure monitoring skills.The updated 3rd edition of Hemodynamic Monitoring Made Incredibly Visual! includes brand new and updated content covering . . .o Current nursing practice guidelines for hemodynamic monitoringo Complete and current directions for procedures such as: changing a CV dressing; CV and PA catheter insertion; arterial line insertion; handling a displaced arterial line; and troubleshooting pressure monitoring systemso Directions and images that explain the latest pressure monitoring technology, and current circulatory and ventricular assist devicesYou'll also get colorful, real-life guidance on vital topics and step-by-step monitoring guidelines including:o Anatomy and functions of the cardiac and pulmonary systemso Pressure monitoring systems - square wave testing; leveling and zeroing the transducer o Arterial pressure monitoringo Central venous pressure monitoringo Pulmonary artery pressure monitoringo Cardiac output monitoringo Tissue oxygenation and monitoringo Minimally invasive hemodynamic monitoringHemodynamic Monitoring Made Incredibly Visual's easy-to-read format will help you learn how to deliver safe and accurate monitoring with: ¢ Special features help you retain vital information¢ Q & A - Illustrated riddles, diagrams, and questions at end of each chapter help you retain vital information¢ On the Level - Defines normal and abnormal pressure readings for different patient conditions¢ Ride the Wave - Explains the actions of waveforms, including how to recognize abnormal waveforms