The aim is to develop a miniaturized enzymatic sensor for continuous lactate monitoring in low-oxygen environments.
Developed a miniaturized enzymatic sensor for lactate detection
Tested sensor performance in controlled oxygen-depleted conditions
Evaluated the sensor's capability for continuous monitoring over time
The sensor successfully measures lactate levels in real-time
Demonstrated sensitivity to changes in lactate concentrations
Showed potential for practical use in monitoring ischemia and cancer
Abstract
The sensor provides a platform for real-time metabolic assessment to support diagnostics, longitudinal health monitoring, and evaluation of therapeutic response in conditions such as ischemia and cancer.