Acute Kidney Injury Clinical Trial
Official title:
Association Between Intensive Monitoring of Renal Function and Outcomes in Critically Ill Patients
This study aims to examine the association between monitoring (Intensive and non-intensive) of renal function (urine output, serum creatinine) and outcomes among critically ill patients such as Acute Kidney Injury (AKI) and mortality.
Intensive monitoring of renal function provides an early opportunity to modify or attenuate
certain risk factors (e.g., nephrotoxin exposure) for AKI. Intensive monitoring of urine
output (UO) provides a real-time continuous assessment of renal function in the ICU. However,
the association between intensive monitoring and less-intensive monitoring of urine output,
with or without close monitoring of serum creatinine (sCr), on susceptibility to AKI and
outcomes from AKI are unknown. Our preliminary data indicates that intensive monitoring of UO
is associated with lower hospital mortality as compared to less-intensive monitoring for
patients that develop AKI. If intensive monitoring of renal function is associated with lower
risk of AKI and improved outcomes from AKI, then such monitoring techniques could be widely
used in hospitalized patients including non-intensive care settings to either prevent AKI or
progression of AKI.
Therefore, this observational retrospective cohort study aims to compare the outcomes of
patients undergoing intensive monitoring of renal function (UO and/or sCr) with those of
patients undergoing less intensive monitoring. Outcomes will include mortality within 30 days
of ICU admission among critically ill patients with and without AKI. Development of severe
AKI within 7 days of ICU admission and fluid overload on any ICU day in patients who develop
severe AKI (KDIGO stage 3) will also be assessed.
This study will utilize a large, heterogeneous cohort (n=~54,800) of critically ill patients
admitted to the ICU over 8 year period at the University of Pittsburgh Medical Center. The
study population will consist of patients who receive intensive monitoring of UO (defined as
measured at least every 2 hours within the first 48 hours of ICU admission) and strict
creatinine measurement (defined as at least daily). Patients who fail to meet criteria for
intensive monitoring will be controls (less-intensive monitoring group). AKI will be
diagnosed according to the KDIGO stage 1-3 criteria over a 7-day period. Mortality at 30-days
from ICU admission will be ascertained using the social security death master file. In order
to account for indication bias, a propensity score for intensive monitoring will be built
using various risk factors. Risk and severity of illness-adjusted estimates will be generated
for susceptibility to AKI and mortality from AKI between intensive and less-intensive
monitoring groups.
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