→ HOW IT WORKS
→ HOW IT WORKS
Revolutionary Microneedle Technology
Revolutionary Microneedle Technology
Revolutionary Microneedle Technology
Our microneedle-based wearable patch is designed for self-administration, offering a convenient, minimally invasive, and pain-free way to measure biomarkers. This technology provides insights into a wide range of health indicators traditionally assessed through periodic blood tests.
Our microneedle-based wearable patch is designed for self-administration, offering a convenient, minimally invasive, and pain-free way to measure biomarkers. This technology provides insights into a wide range of health indicators traditionally assessed through periodic blood tests.
Why Interstitial Fluid (ISF)?
Why Interstitial Fluid (ISF)?
Why Interstitial Fluid (ISF)?
A Proxy for Blood
A Proxy for Blood
A Proxy for Blood
ISF contains metabolites, small molecules, proteins, nucleic acids, and antibodies at levels that are highly comparable to those found in blood.
ISF contains metabolites, small molecules, proteins, nucleic acids, and antibodies at levels that are highly comparable to those found in blood.
ISF contains metabolites, small molecules, proteins, nucleic acids, and antibodies at levels that are highly comparable to those found in blood.
ISF contains metabolites, small molecules, proteins, nucleic acids, and antibodies at levels that are highly comparable to those found in blood.
Richer Health Insights
Richer Health Insights
Richer Health Insights
Using ISF as a blood proxy allows us to continuously measure enriched health data to inform on performance and health.
Using ISF as a blood proxy allows us to continuously measure enriched health data to inform on performance and health.
Using ISF as a blood proxy allows us to continuously measure enriched health data to inform on performance and health.
Using ISF as a blood proxy allows us to continuously measure enriched health data to inform on performance and health.
More Convenient
More Convenient
More Convenient
More Convenient
Unlike traditional blood collection, accessing interstitial fluid is minimally invasive and pain free.
Unlike traditional blood collection, accessing interstitial fluid is minimally invasive and pain free.
Unlike traditional blood collection, accessing interstitial fluid is minimally invasive and pain free.
Unlike traditional blood collection, accessing interstitial fluid is minimally invasive and pain free.
Biowear provides access to key health indicators:
Biowear provides access to key health indicators:
Biowear provides access to key health indicators:
We are dedicated to making advanced collection and analysis of biomarkers accessible to all. We strongly believe this technology can improve sport performance and address existing indicators relating to infectious disease diagnosis, cancer, sepsis and a variety of health conditions.
We are dedicated to making advanced collection and analysis of biomarkers accessible to all. We strongly believe this technology can improve sport performance and address existing indicators relating to infectious disease diagnosis, cancer, sepsis and a variety of health conditions.
Minimally Invasive ISF Analysis
Minimally Invasive ISF Analysis
Minimally Invasive ISF Analysis
Our microneedle enabled analysis system is unique in its ability to access ISF without irritating deeper layers of the skin often required of more traditional blood work collection. Our proprietary technology combines our interstitial fluid extraction device and in-dwelling coaxial microneedle electrodes, which together allow for the convenient and pain-free collection and analysis of biomarkers.
Our microneedle enabled analysis system is unique in its ability to access ISF without irritating deeper layers of the skin often required of more traditional blood work collection. Our proprietary technology combines our interstitial fluid extraction device and in-dwelling coaxial microneedle electrodes, which together allow for the convenient and pain-free collection and analysis of biomarkers.
The Science Behind Biowear
The Science Behind Biowear
The Science Behind Biowear
Accesses Interstitial Fluid (ISF): A less invasive alternative to blood analysis, avoiding irritation of deeper skin layers to access circulating biomarkers.
Proprietary Extraction Device: Combines interstitial fluid collection and in-dwelling coaxial microneedle electrodes for painless biomarker analysis.
Fast Results: Extracts microliter quantities of ISF in under 10 minutes and provides instant biomarker readouts via on-board sensors.
Accesses Interstitial Fluid (ISF): A less invasive alternative to blood analysis, avoiding irritation of deeper skin layers.
Proprietary Extraction Device: Combines interstitial fluid collection and in-dwelling coaxial microneedle electrodes for painless biomarker analysis.
Fast Results: Extracts microliter quantities of ISF in under 10 minutes and provides instant biomarker readouts via on-board sensors.
Key Advantages of Our Technology
Key Advantages of Our Technology
Key Advantages of Our Technology
Pain-Free Experience: Minimal microneedle depth eliminates pain associated with traditional methods.
Reduced Infection Risk: Minimizes foreign body responses usually associated with traditional needles lowering infection risks.
Convenience: Enables point-of-care diagnostics at home or in-office, eliminating the need for a phlebotomist.
Quick Turnaround: Instant biomarker readouts reduce analysis time compared to traditional methods, which can take 3-5 days.
Pain-Free Experience: Minimal microneedle depth eliminates pain associated with traditional methods.
Reduced Infection Risk: Protects the inner lining of blood vessels, lowering infection risks.
Convenience: Enables point-of-care diagnostics at home or in-office, eliminating the need for a phlebotomist.
Quick Turnaround: Instant biomarker readouts reduce analysis time compared to traditional methods, which can take 3-5 days.
Enhanced Sensor Performance
Enhanced Sensor Performance
Enhanced Sensor Performance
Improved Accuracy: Enhanced sensor performance for real-time biomarker analysis.
Extended Lifespan: Durable sensors that outlast traditional microneedle sensors.
User Comfort: A pain-free experience for prolonged use.
Improved Accuracy: Enhanced sensor performance for real-time biomarker analysis.
Extended Lifespan: Durable sensors that outlast traditional microneedle sensors.
User Comfort: A pain-free experience for prolonged use.
COMING SOON
COMING SOON
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Join the waitlist
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