MYOVUE

Real-time intramuscular sensing.

Each year, 500,000 trauma patients risk Acute Compartment Syndrome, a rare, time-sensitive condition. If untreated within six hours, it can cause lasting nerve and muscle damage; after 12 hours, amputation may be necessary. Physicians must monitor muscle pressure in long-bone fractures to detect the condition early.

MYOVUE

Real-time intramuscular sensing.

Each year, 500,000 trauma patients risk Acute Compartment Syndrome, a rare, time-sensitive condition. If untreated within six hours, it can cause lasting nerve and muscle damage; after 12 hours, amputation may be necessary. Physicians must monitor muscle pressure in long-bone fractures to detect the condition early.

We conducted a series of user interviews and user-led research studies to determine the best possible hand position for comfortable insertion, easy sensor detachment from the insertion needle, and placement of the display on the patient.

How it works

A pressure sensor is placed into the muscle via the MyOvue needle. Once the sensor is released from the delivery device, it adheres to the patient’s skin providing continuous, high-accuracy monitoring. In placing the sensor inside the muscle- and taking real-time, second-by-second measurements - over 40% of pressure measurement error is eliminated. 

Smart efficient design

The custom clip design securely holds the sensor housing in place before and during insertion. It then allows for a same-hand release of the sensor, from the parent housing. This reduces the tension on the inserted sensor and allows for easy sensor placement on the patient.

SUBHEADING

Myovue

Developing a smarter needle.

SUBHEADING

Myovue

Developing a smarter needle.

SUBHEADING

Myovue

Developing a smarter needle.

Let's build together

Accelerating the future of connected care

Let's build together

Accelerating the future of connected care

Let's build together

Accelerating the future of connected care

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