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Category: Cardiology--->Heart Failure
Page: 10

Question 46# Print Question

Prognosis in heart failure correlates best with which of the following?

A. Peak V˙O2 during exercise
B. V˙E /V˙O2 slope during exercise
C. EF at rest
D. Blood gases during exercise
E. Myocardial contractility measurements


Question 47# Print Question

An 86-year-old woman is transferred from a nursing home in respiratory distress. She was found to be short of breath. On examination, she has labored breathing, and her BP is 62/34 mmHg with an HR of 60 bpm. She is intubated in the ER and admitted to the CCU. She is started on norepinephrine and dopamine at high doses without significant effect. Her ECG shows sinus bradycardia but is otherwise unremarkable. Her chest Xray (CXR) shows pulmonary edema. The nursing home calls and says that she has mistakenly received 100 mg IV metoprolol tartrate.

Which of the following should be your next step?

A. Glucagon and milrinone
B. Glucagon and dobutamine
C. IABP
D. Fluid resuscitation
E. Transvenous pacemaker


Question 48# Print Question

A 62-year-old man with an EF of 20% and chronic renal insufficiency presents to your office for follow-up. He has non-insulin-dependent diabetes mellitus and has developed worsening renal failure caused by diabetes. His medication regimen includes a β-blocker that is significantly affected by reduced renal function.

Which of the following β-blockers is he taking? 

A. Propranolol
B. Atenolol
C. Carvedilol
D. Metoprolol
E. Sotalol


Question 49# Print Question

A 38-year-old patient with CHF is transferred from another hospital. You are doing rounds in the CCU while the clinicians are performing a TTE. They ask you to assess his LV function. You notice that the E:A wave ratio is greater than 1.5, with an E-wave deceleration time of 120 milliseconds.

Which of the following do you guess is his PCWP?

A. PCWP is 12 mmH
B. PCWP is 18 mmHg
C. PCWP is 26 mmHg
D. You cannot tell from the E:A wave ratio and deceleration time


Question 50# Print Question

A 38-year-old patient with CHF is transferred from another hospital. You are doing rounds in the CCU while the clinicians are performing a TTE. They ask you to assess his LV function. You notice that the E:A wave ratio is greater than 1.5, with an E-wave deceleration time of 120 milliseconds.

For this patient, the E:A wave ratio and the E-wave deceleration time indicate which of the following?

A. Low filling pressure and reduced LV compliance
B. High filling pressure and increased LV compliance
C. Low filling pressure and increased LV compliance
D. High filling pressure and reduced LV compliance




Category: Cardiology--->Heart Failure
Page: 10 of 14