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Check out SuperNurse.ai for comic book style learning, vilians and super nurses!
If you’re a nursing student studying for NCLEX or a new grad nurse trying to understand metoprolol beyond “it lowers heart rate,” this episode of The Super Nurse Podcast breaks down beta blockers in a way that actually sticks. Understand NCLEX pharamcology better.
Metoprolol is one of the most tested cardiac medications on NCLEX and one of the most commonly administered drugs in med-surg, ICU, and primary care. But mistakes happen when nurses only memorize that it lowers blood pressure and heart rate. In this episode, we go deeper into hemodynamics, myocardial oxygen demand, beta-1 receptor physiology, and heart failure management so you can apply this medication safely at the bedside.
You’ll learn:
The 3 negatives: negative chronotropy, inotropy, and dromotropy
Why metoprolol is about myocardial preservation, not just rate control
The critical difference between metoprolol tartrate vs metoprolol succinate (and why it matters for heart failure mortality)
The 34% mortality reduction in heart failure and what nurses must understand about sustained beta blockade
Bedside safety checks: apical pulse, systolic blood pressure thresholds, daily weights
The heart failure paradox (why patients may worsen before improving)
Masked hypoglycemia in diabetic patients — a classic NCLEX safety question
CYP2D6 metabolism and why some patients crash on “normal” doses
Depression, nightmares, fatigue, sexual dysfunction — and how to assess for intolerance
The black box warning: why beta blockers must never be stopped abruptly
This episode strengthens your clinical judgment, prioritization skills, and pharmacology understanding so you can move from memorizing drug cards to thinking like a nurse.
Perfect for:
Nursing students
New grad nurses
ICU nurses
Anyone studying cardiac medications or beta blockers for NCLEX prep
Don’t just memorize metoprolol. Understand the why behind slowing the pump to save the muscle.
Need to reach out? Send an email to [email protected]
By Brooke WallaceCheck out SuperNurse.ai for comic book style learning, vilians and super nurses!
If you’re a nursing student studying for NCLEX or a new grad nurse trying to understand metoprolol beyond “it lowers heart rate,” this episode of The Super Nurse Podcast breaks down beta blockers in a way that actually sticks. Understand NCLEX pharamcology better.
Metoprolol is one of the most tested cardiac medications on NCLEX and one of the most commonly administered drugs in med-surg, ICU, and primary care. But mistakes happen when nurses only memorize that it lowers blood pressure and heart rate. In this episode, we go deeper into hemodynamics, myocardial oxygen demand, beta-1 receptor physiology, and heart failure management so you can apply this medication safely at the bedside.
You’ll learn:
The 3 negatives: negative chronotropy, inotropy, and dromotropy
Why metoprolol is about myocardial preservation, not just rate control
The critical difference between metoprolol tartrate vs metoprolol succinate (and why it matters for heart failure mortality)
The 34% mortality reduction in heart failure and what nurses must understand about sustained beta blockade
Bedside safety checks: apical pulse, systolic blood pressure thresholds, daily weights
The heart failure paradox (why patients may worsen before improving)
Masked hypoglycemia in diabetic patients — a classic NCLEX safety question
CYP2D6 metabolism and why some patients crash on “normal” doses
Depression, nightmares, fatigue, sexual dysfunction — and how to assess for intolerance
The black box warning: why beta blockers must never be stopped abruptly
This episode strengthens your clinical judgment, prioritization skills, and pharmacology understanding so you can move from memorizing drug cards to thinking like a nurse.
Perfect for:
Nursing students
New grad nurses
ICU nurses
Anyone studying cardiac medications or beta blockers for NCLEX prep
Don’t just memorize metoprolol. Understand the why behind slowing the pump to save the muscle.
Need to reach out? Send an email to [email protected]