This device uses tiny nanomaterial labels, stored in a cartridge with multiple wells, to identify and measure specific biological targets in a sample. Software running on the device analyzes the results to calculate the concentration of these targets, and the device can connect to a larger network system.
Why it matters: Mobile device processing power and sensor integration have vastly improved since 2012, making sophisticated on-device analysis and robust network synchronization for point-of-care diagnostics far more practical. Nanomaterial synthesis and stability have also advanced.
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