Hemodynam - Study guides, Class notes & Summaries

Hemodynamic Monitoring and Assessment What is hemodynamic monitoring and why is this important? - correct answer hemodynamics is the basis of our functioning...it's the processes of the cardiovascular system that allow blood flow to reach end organs hemodynamic compromise like low BP, low fluid status etc. leads to inability to perfuse end organs noninvasive monitoring...head to toe assessment, HR, EKG, PO2 tell us how circulatory system is able to perfuse and oxygenate all the organs ...

benefits of IABP - increased coronary artery perfusion decreased O2 demand increased O2 supply decreased afterload Pt getting IABP. Hour after return from Cath lab, pt has had minimal UOP. What would be most appropriate action? A. get CXR to verify catheter placement B. give fluid bolus C. administer furosemide D. decreased frequency to 1:2 - A. get CXR to verify catheter placement Cardiogenic shock: A. BP 96/54, CI 1.8, PAP 54/26, PAOP 10 B. BP 84/52, CI 1.9, PAP 32/18, PAOP 12 C. ...

HEMODYNAMICS PRACTICE EXAM QUESTIONS AND ANSWERS SOLVED 100%

N450 Hemodynamic

The patient has a right, mid and lower lobe pneumonia. Which of the following is an appropriate intervention for the patient? A) Provide fluids and expectorants B) Maintain in supine positions C) Hold enteral nutrition D) Avoid turning to the right side -:- D) Avoid turning to the right side Gravity will increase perfusion to the dependent lung tissue. The "good" lung in this case is the LEFT side. Turning the patient to the right may precipitate hypoxemia by increasing perfusion ...

HLTH 103 PASSPOINT HEMODYNAMIC QUIZ PassPoint Hemodynamic Quiz QUESTION 1 A client has had a pulmonary artery catheter inserted. In performing hemodynamic monitoring with the catheter, the nurse will wedge the catheter to gain information about: You Selected: • left end-diastolic pressure. Explanation: When wedged, the catheter is “pointing” indirectly at the left end-diastolic pressure. The pulmonary artery wedge pressure is measured when the tip of the catheter is slowing in...

Cardiogenic shock: A. BP 96/54, CI 1.8, PAP 54/26, PAOP 10 B. BP 84/52, CI 1.9, PAP 32/18, PAOP 12 C. BP 82/48, CI 1.8, PAP 48/28, PAOP 18 D. BP 86/46, CI 2.0, PAP 28/14, PAOP 12 -:- C. BP 82/48, CI 1.8, PAP 48/28, PAOP 18 Following anterior wall MI, pt develops dysfunction of papillary muscle of mitral valve. There are large V waves on PAOP waveform. What is likely the cause? A. aortic regurg B. acute pulmonic regurg C. acute tricuspid regurg D. acute mitral regurg -:- D. acute m...

Cardiac output equation -:- CO = HR x SV Components of stroke volume -:- Preload Afterload Contractility Preload components -:- CVP (right ventricular) - central venous pressure PAOP (left ventricular) - pulmonary artery occlusive pressure Afterload components -:- PVR (right ventricular) - pulmonary vascular resistance SVR (left ventricular) - systemic vascular resistance 2 | P a g e | G r a d e A + | 2 0 2 4 / 2 0 2 5 Excel! 2 0 2 4 /2025 | © copyright | This work may not...

Vascular Ultrasound Hemodynamics Questions with Correct Answers.

Hemodynamics NR341 – Questions With A+ Solutions