Smartphone app would constantly monitor epilepsy patients

Computerworld - Engineers and medical experts have joined forces in Chicago to to create a small prototype device and complex software that can monitor brainwaves of people with epilepsy and then send them from a patient's smartphone to a monitoring center for analysis.

The team hopes that once the techology and software is developed, the data gathered could be used to warn epileptics in real-time that a seizure may be imminent, giving time to quickly stop driving or operating equipment. Data compiled from epileptic children could be interpreted by software in the child's smartphone, which would send a text message to a parent or guardian for help when needed.

"Making an emergency call for a patient in need is one of those huge unprecedented wins from this technology," said Sam Cinquegrani, CEO of Wave Technology Group. Wave software engineers are collaborating on the project with staffers at the University of Chicago Hospital's Pediatric Epilepsy Center.

Part of what inspired the project at Wave Technology is personal. Cinquegrani said he stuttered as a child, which some doctors said may be due to mild epilepsy. "I grew out of it and a lot of children do, but it made an impression," he said.

Cinquegrani said he met leaders in the univeristy hospital's epilepsy center a decade ago, which "gave me an opportunity to give back. We're excited about this because we can make a difference and give some quality of life back to children."

An estimated 3 million people in the U.S. have epilepsy, and 10% of the cases are so severe that patients could have several seizures a day, he explained. "Some people are in danger of dying from it," he added.

Since the new technology is designed to run on mobile devices, brain wave data could be gathered constantly to allow doctors to compute trends that would help in a patient's long-term care. Also, a compilation of data collected from many patients could be stored in a nationwide database where researchers could analyze it to come up with future treatments and cures, Cinquegrani said.

The prototype now in development includes a small 16-channel amplifier - smaller than a credit card -- that would be attached by wires to sensors on a patient's head. In the current design, a hat with a pocket sewn inside would be used to carry the amplifier.

The software would control the gathering of brain wave data by the amplifier and the ability to send it via Bluetooth to a smartphone carried by the patient, and from there to a typical cellular network for transfer to a monitoring center.