| abstract |
In vivo or in vitro sensors in combination with an electronic monitor enable the recognition, quantitation, and tracking of metabolic oscillations of living cells immobilized on or in close proximity to an analyte sensor providing methods, systems, and devices to monitor, probe, diagnose or treat abnormal metabolic states. The patterns or fingerprints of metabolic oscillations yield information about analyte concentration and the status of cellular metabolism. The analysis provides early recognition of abnormal metabolic states and provides treatment options that can avoid complications from metabolic disorders such as diabetes. |