Creatinine Level Detection Via Urinalysis: Enhancing Diagnostic Precision

Abstract

Accurate determination of creatinine concentration concentration in biological fluids is one of the key
indicators of renal, muscular and/or thyroid function. This paper describes a comprehensive study that investigated the
use of urinary creatinine concentrations as a non-invasive and practical menas to assess renal health. Our research utilizes
rigorous urinalysis techniques applied across a broad range of individuals; therefore, this study provides a comprehensive
assessment of how urinary creatinine concentrations vary among different age groups and health conditions. Our findings
clarify how urinary creatinine concentrations correlate with renal function; however, they extend beyond this correlation
to include numerous clinical applications including monitoring treatment efficacy and predicting health outcomes. While
the device technology described in this paper was originally developed to detect creatinine in whole blood, the current
research translates the urine analysis diagnostic platform to use in the same way. Consequently, this work has built a solid
foundation from which to develop improved non-invasive methods for assessing health status. Thus, improved diagnostic
devices based on the urine analysis diagnostic platform will likely permit the implementation of a more proactive strategy
toward health care delivery and improve patient outcomes.