Unephra
Developer of a non-wearable, at-home health monitoring ecosystem that uses urine biomarker measurement combined with machine learning to provide continuous physiological insights for individuals and clinicians. Focus areas include sensor and hardware design, urine biomarker analytics (electrolytes such as sodium and potassium), and software models for personalized health monitoring and remote clinician data access.
Industries
Nr. of Employees
small (1-50)
Products
At-home non-invasive urine monitoring system
A non-wearable system for measuring urine biomarkers and delivering continuous physiological information to users and clinicians.
At-home non-invasive urine monitoring system
A non-wearable system for measuring urine biomarkers and delivering continuous physiological information to users and clinicians.
Services
An at-home monitoring service combining a non-wearable urine sensor system with machine learning models to produce individualized health insights and clinician-accessible data.
Software applications for delivering personalized physiological insights, trends, and recommendations based on urine biomarker data.
An at-home monitoring service combining a non-wearable urine sensor system with machine learning models to produce individualized health insights and clinician-accessible data.
Software applications for delivering personalized physiological insights, trends, and recommendations based on urine biomarker data.
Expertise Areas
- Personalized health monitoring
- Urine biomarker analytics
- Digital health platforms and applications
- Sensor and biomedical hardware design
Key Technologies
- Urine biomarker analysis
- Micro-sensor arrays
- Machine learning and statistical modeling
- Non-invasive at-home monitoring
News & Updates
Discussion of sodium's role in hypertension, challenges in measuring sodium intake, and practical strategies for reducing intake; references use of urine monitoring for tracking sodium.
Summary of evidence that reducing sodium while increasing potassium reduces cardiovascular risk and a statement that the company's at-home urine monitoring provides insights into electrolytes including potassium.
Overview of lifestyle, dietary, and behavioral factors that influence cardiac health and commentary on how personalized monitoring can support heart health.
Discussion of sodium's role in hypertension, challenges in measuring sodium intake, and practical strategies for reducing intake; references use of urine monitoring for tracking sodium.
Summary of evidence that reducing sodium while increasing potassium reduces cardiovascular risk and a statement that the company's at-home urine monitoring provides insights into electrolytes including potassium.
Overview of lifestyle, dietary, and behavioral factors that influence cardiac health and commentary on how personalized monitoring can support heart health.