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About
Aim The aim of the proposed RCT is to determine effectiveness of a strategy, where MAP (mean arterial blood pressure) targets during vasopressor therapy for shock in ICU are individualized based on patients' own pre-illness MAP that would be derived as an average of up to five most recent pre-illness blood pressure readings.
Hypothesis We hypothesize that targeting a patient's pre-illness MAP during management of shock can minimize the degree of MAP-deficit (a measure of relative hypotension), which may help reduce the risk of 14-day mortality and major adverse kidney events by day 14 in ICU.
Endpoints The primary endpoint will be the all-cause mortality rate at day 14. Secondary endpoints will be the time to death through day 14 and day 90, major adverse kidney events (MAKE-14), renal replacement therapy (RRT) free days until day 28, and 90-day all-cause mortality.
Significance To date no major RCT has tested this strategy among ICU patients with shock. This pivotal trial will provide evidence to fulfil a crucial knowledge gap regarding a common and a fundamental intervention in critical care.
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Inclusion criteria
ICU patients aged greater than or equal to 40 years
The patient is deemed to be in shock, defined as clinician-initiated vasopressor/inotropic therapy AND supported by any of the following within the last 24 hours:
Exclusion criteria
Patients who are moribund, or have documented not-for-resuscitation orders
At least 24 hours have lapsed from the time of initiation of vasopressor or inotropic support
Patients who are either receiving or are deemed to imminently need renal replacement therapy.
Patients who already have an increase in serum creatinine of >350 µmol/l from baseline.
End stage renal disease
Patients where trauma is the main reason for the current ICU admission.
Previously enrolled in the REACT Shock RCT
Pregnancy, if known
Active bleeding (clinical suspicion or >2 packed red blood cells within last 24 hours)
Insufficient (less than two) pre-illness BP readings are available.
Patients on extracorporeal support (such as extracorporeal membrane oxygenation, intra-aortic balloon pump, or ventricular assist device).
Potential contraindications to either higher or lower BP targets (including but not limited to)
Primary purpose
Allocation
Interventional model
Masking
1,260 participants in 2 patient groups
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Central trial contact
Rakshit Panwar, PhD, MD, FCICM, MBBS; Flonda Probert
Data sourced from clinicaltrials.gov
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