
Riszel
PharmD
Stay updated with breakthrough research in emergency medicine, critical care, and advanced therapeutics.
In this clinical dive from PACUPod, we explore three timely studies changing how we approach critical care, sepsis, and cardiac arrest. First up, we examine a bold randomized trial testing whether ultra-high doses of esomeprazole can reduce inflammation in septic patients. Despite the pharmacologic promise, the results show no reduction in organ dysfunction or inflammatory markers—reminding us that more isn’t always better.
Next, we break down the hemodynamic physiology of out-of-hospital cardiac arrest from the AMCPR trial. This study reveals that diastolic blood pressure, more than ETCO₂, strongly predicts return of spontaneous circulation—spotlighting real-time metrics that may guide resuscitation strategies in the field.
Finally, we look at whether adding lactate to the qSOFA score (LqSOFA) enhances risk stratification for septic patients in the ED. The answer? A solid yes, with better sensitivity for identifying patients who will need ICU care, vasopressors, or who are at risk of death—though specificity takes a small hit.
These are insights you can use on your next shift—evidence-based, fast-paced, and practice-changing.
This double-blind trial enrolled 307 adults with sepsis/septic shock across 17 ICUs/EDs, comparing 72 h of high-dose esomeprazole (1024 mg) versus placebo on organ-dysfunction outcomes.
High-dose PPI therapy should not be pursued for immunomodulation in sepsis; prioritize proven bundle elements (early antibiotics, source control) and reserve PPIs for GI bleeding prophylaxis.
Among 264 adult out-of-hospital cardiac arrest patients, investigators correlated early CPR hemodynamics with sustained return of spontaneous circulation (ROSC).
Encourage teams to monitor DBP (e.g., arterial line or Doppler) and titrate compression quality/vasopressors to maintain >26 mmHg; stock ready-to-push epinephrine/norepinephrine to achieve perfusion pressures.
This retrospective cohort of 1,274 suspected sepsis patients compared LqSOFA (qSOFA+ initial lactate) against standard qSOFA for predicting ICU admission, vasopressor need, and 72-h mortality.
Advocate point-of-care lactate testing with triage; LqSOFA can flag high-risk patients sooner, but balance earlier escalation against false positives and resource strain.
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