MetreAce is a noninvasive breath acetone measurement device that provides clinical-grade accuracy comparable to blood BHB ketone tests at a significantly lower cost. The platform enables users to frequently assess their metabolic status, offering personalized data that helps them understand how daily dietary and activity choices impact their health.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for ketone monitoring, such as blood tests and continuous glucose monitors, are either invasive, painful, or expensive, which limits the frequency of testing and the ability to track metabolic status in real-time. This makes it difficult for individuals to understand how their daily dietary and activity choices impact their health and adjust their behavior accordingly.
Solution
MetreAce offers a noninvasive breath acetone measurement device that provides clinical-grade accuracy comparable to blood BHB ketone tests, but at a significantly lower cost. The device allows users to frequently assess their metabolic status on-demand and gain personalized data to understand how daily dietary and activity choices impact their health. By pairing with an iOS app, MetreAce delivers a seamless user experience, providing individualized and actionable data that users and their caregivers can use to improve health. The device is built on a volatile organic compound (VOC) breath testing platform and uses proprietary algorithms to provide reliable and accurate scientific measurements.
Target Audience
The primary target audience includes individuals following specific diets (e.g., ketogenic diet), athletes monitoring performance, and healthcare providers seeking a non-invasive method for ketone monitoring in patients.
Features
- Noninvasive breath acetone measurement for frequent metabolic status checks
- Clinical-grade accuracy comparable to blood BHB ketone tests
- iOS app integration for a seamless user experience
- Personalized and actionable data based on individual user metrics
- VOC breath testing platform with over three decades of field-tested use
- Proprietary algorithms for reliable and accurate scientific measurements
- Cost-effective alternative to blood tests and continuous glucose monitors