The device will be capable of allowing a non-expert to deliver a regional nerve block with pinpoint precision.
February 13, 2025
an AI-enhanced device is tested on a manikin
The prototype of an AI-enhanced ultrasound nerve block device developed by the U.S. Army Institute of Surgical Research Organ Support and Automation Technologies team with Lincoln Laboratory is demonstrated on a manikin. Photo: Steven Galvan

The U.S. Army Institute of Surgical Research Organ Support and Automation Technologies team is working with the Massachusetts Institute of Technology’s Lincoln Laboratory to develop a new device for providing regional pain control in trauma patients while they are still at or near the point of injury.

The device uses advanced artificial intelligence technology to recognize and map the location of regional nerve bundles on the patient’s body and automatically guide a needle to the correct location for delivery of pain control medications. A safety mechanism prevents needle insertion until the appropriate anatomical target has been identified. These features will enable the device to be used by medics with little or no expertise in providing regional anesthesia, making it ideal for use in mass casualty events and other scenarios where such experts will likely be in short supply.

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