Potrero Medical
Accuryn Medical is dedicated to transforming critical care through innovative monitoring systems that enable early detection and intervention for conditions like acute kidney injury (AKI). Their mission is to help healthcare providers protect kidney health by providing real-time, accurate data and predictive analytics, ultimately improving patient outcomes and reducing healthcare costs.
Industries
Nr. of Employees
medium (51-250)
Potrero Medical
26142 Eden Landing Rd, Hayward, CA 94545
Patents
Systems, devices and methods for draining and analyzing bodily fluids and assessing health
US-12114978-B2
View Details
Systems, devices and methods for draining and analyzing bodily fluids and assessing health
US-12114978-B2
View DetailsProducts
Integrated monitoring platform for continuous urine output, intra-abdominal pressure, and core temperature
Platform that captures continuous urine output, intra-abdominal pressure, and core temperature, provides trend visualization and annotation, and supports data export to clinical systems.
Sensor-integrated urinary catheter with active drain-line clearance and anti-backflow design
Indwelling urinary catheter engineered with embedded sensing and mechanical features to maintain continuous drainage, reduce airlocks/backflow, and improve accuracy of urine output data.
Tablet-based remote monitoring interface
Remote display interface that shows continuous physiologic trends and guideline thresholds to support remote decision-making and reduce in-room visits.
Machine-learning acute kidney injury prediction algorithm
Predictive model that generates AKI risk scores for ICU patients using integrated physiologic inputs to support earlier intervention.
Clinical application software for diuretic stress testing
Software module that guides execution and captures data for diuretic stress tests to assess renal responsiveness.
Integrated monitoring platform for continuous urine output, intra-abdominal pressure, and core temperature
Platform that captures continuous urine output, intra-abdominal pressure, and core temperature, provides trend visualization and annotation, and supports data export to clinical systems.
Sensor-integrated urinary catheter with active drain-line clearance and anti-backflow design
Indwelling urinary catheter engineered with embedded sensing and mechanical features to maintain continuous drainage, reduce airlocks/backflow, and improve accuracy of urine output data.
Tablet-based remote monitoring interface
Remote display interface that shows continuous physiologic trends and guideline thresholds to support remote decision-making and reduce in-room visits.
Machine-learning acute kidney injury prediction algorithm
Predictive model that generates AKI risk scores for ICU patients using integrated physiologic inputs to support earlier intervention.
Clinical application software for diuretic stress testing
Software module that guides execution and captures data for diuretic stress tests to assess renal responsiveness.
Services
On-site and remote assistance for integrating continuous physiologic monitoring into ICU workflows, including training, workflow optimization, and operational recommendations to reduce exposure and improve response times.
Integration services to connect monitoring outputs to hospital electronic medical records and support documentation and analytics workflows.
Training materials, videos, and clinical resources to support staff onboarding, standardized device use, and test execution.
Consulting and program execution to support regulatory submissions, designation requests, and generation of clinical validation data for monitoring hardware and predictive software.
On-site and remote assistance for integrating continuous physiologic monitoring into ICU workflows, including training, workflow optimization, and operational recommendations to reduce exposure and improve response times.
Integration services to connect monitoring outputs to hospital electronic medical records and support documentation and analytics workflows.
Training materials, videos, and clinical resources to support staff onboarding, standardized device use, and test execution.
Consulting and program execution to support regulatory submissions, designation requests, and generation of clinical validation data for monitoring hardware and predictive software.
Expertise Areas
- Continuous physiologic monitoring for critical care
- Acute kidney injury detection and management
- Indwelling urinary catheter design and materials integration
- Machine learning for clinical risk prediction
Key Technologies
- Continuous urine output monitoring
- Continuous intra-abdominal pressure monitoring
- Continuous core temperature monitoring
- Sensor-integrated indwelling urinary catheters
News & Updates
Hayward, California – July 2, 2019 – Potrero Medical has received CE mark in the European Union for its technology platform, the Accuryn® Monitoring System. The company received its FDA clearance in 2016 when it transformed the traditional urinary catheter into a smart sensing platform that helps to accurately monitor vital signs in real-time, such as urine output, intra-abdominal pressure, and core body temperature.
An analysis of the hurdles faced by AI in early AKI detection, emphasizing the importance of dependable, accurate, and standardized data.
A critique of DeepMind’s AI for AKI prediction, highlighting issues with reliance on serum creatinine and data standardization challenges.
Recognition by the FDA for innovative AI technology to predict AKI early, supporting better patient management.
Hayward, California – July 2, 2019 – Potrero Medical has received CE mark in the European Union for its technology platform, the Accuryn® Monitoring System. The company received its FDA clearance in 2016 when it transformed the traditional urinary catheter into a smart sensing platform that helps to accurately monitor vital signs in real-time, such as urine output, intra-abdominal pressure, and core body temperature.
An analysis of the hurdles faced by AI in early AKI detection, emphasizing the importance of dependable, accurate, and standardized data.
A critique of DeepMind’s AI for AKI prediction, highlighting issues with reliance on serum creatinine and data standardization challenges.
Recognition by the FDA for innovative AI technology to predict AKI early, supporting better patient management.