Blood pressure accuracy Nature Biomedical Engineering, 2025
Tested the accuracy and safety of ultrasound blood pressure measurements at home and in clinical settings.
Clinical validation of a wearable ultrasound sensor of blood pressure
Ultrasound, made wearable.
Mura uses ultrasound to follow artery movements beneath the skin, connecting these patterns with sleep, activity, and meals to help you better understand your cardiovascular health.
Inside the band
- Outer enclosure
- Protects the module.
- Rechargeable battery
- Powers the wearable.
- Control electronics
- Drive ultrasound and process echoes.
- Ultrasound sensor
- Sends and receives echoes.
- Skin-contact interface
- Couples ultrasound into the arm.
How it works.
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Sense artery movement
The sensor reads ultrasound echoes to follow movement in your brachial artery.
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Estimate blood pressure
Software analyses the ultrasound signals to produce blood pressure estimates.
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Connect with daily life
The Mura app shows blood pressure patterns alongside sleep, activity, and meals.
Selected research.
Selected studies on wearable ultrasound and blood pressure sensing.
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Ultrasound pressure sensing Measurement, 2023
Estimated pressure from artery width and the speed of pulse waves in lab tests and human studies.
Online continuous measurement of arterial pulse pressure and pressure waveform using ultrasound
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Ultrasound during movement Nature Biotechnology, 2024
Combined ultrasound, wireless electronics, and machine learning to monitor tissue during movement.
A fully integrated wearable ultrasound system to monitor deep tissues in moving subjects
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Smaller ultrasound probes IEEE Transactions on Biomedical Engineering, 2025
Compared blood pressure estimates from small ultrasound sensors with cuff readings.
Continuous Monitoring of Blood Pressure by Measuring Local Pulse Wave Velocity Using Wearable Micromachined Ultrasonic Probes
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Gel-free skin contact Advanced Materials Technologies, 2026
Tested materials for ultrasound sensing without gel in blood pressure experiments.
Tunable Acoustic Layers Enable Gel-Free, Conformal Wearable Ultrasound
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Long-term skin contact Science, 2022
Imaged organs and blood vessels for 48 hours using a sensor on the skin and external recording equipment.
Bioadhesive ultrasound for long-term continuous imaging of diverse organs
Reserver your Band
A clearer view of your cardiovascular health, connected to everyday life.