Enabling frequent, noninvasive biomarker measurement
Biology is fundamentally dynamic, but our current tools are built around isolated measurements. Timing, amplitude, phase, and patterns matter. We’re building a new way to capture and synthesize high-resolution longitudinal data, making these biological signals visible and actionable.
Empowering individuals and researchers
For many biomarkers, the meaningful signal is not a single value, but the patterns that emerge across repeated readings. Existing testing methods do not yet meet the need for frequent, quantitative, real-world monitoring. An inexpensive, disposable sensor read at the point of collection could close this gap by enabling rapid, noninvasive measurement. This would make it practical to track patterns, detect meaningful shifts as they emerge, and support timely intervention and feedback.
Sailie Bio is developing an electrochemical sensor platform to address this unmet need. We are creating a new measurement architecture that moves beyond episodic point-in-time snapshots, toward high-resolution temporal data that supports temporal phenotyping, prediction, and personalized interventions.The system is built around interchangeable target-recognition elements, allowing the same core architecture to be adapted to a number of analytes over time.
