Teleradiology scheme delivers high-quality images to smartphones

A new teleradiology solution takes advantage of improvements in wireless networking, imaging technology, and handheld devices to permit referring physicians to view CT and MR scans remotely on cell phones and personal digital assistants.

The system has the potential to improve outcomes for patients experiencing life-threatening stroke and heart attack.

"The first three hours following onset of episodes like strokes are critical, yet much of this time is spent transporting, diagnosing, and imaging the patient," said the system's developer, Dr. Neil Martin, chief of neurosurgery at the University of California, Los Anegles Medical Center.

A specialist must then be located to review the images before a treatment protocol can be determined. Martin's wireless system, the Integrated Clinical Information System (ICIS), accelerates time to treatment by transmitting diagnostic-quality images to physicians who can review studies from home or office or in transit.

ICIS acquires images directly from the hospital PACS, reformats them on the ICIS server for smartphone small screens, encrypts the data, and sends them over cellular data networks to handheld devices equipped with ICIS Mobile client software. The data are also encrypted on the mobile device.

Currently, the ICIS Mobile application works only on the professional edition of Windows Mobile smartphones, although versions for Symbian, Blackberry, and the Apple iPhone are in development, Martin said.

"Having physicians travel to computer workstations when they are away from the office or hospital wastes valuable time and can delay treatment," Martin said.

Managing certain medical emergencies requires more than a radiology report, he said. Stroke neurologists, neurosurgeons, intensivists, and some orthopedic surgeons want immediate image review.

"Radiology reports are sometimes not enough to enable treatment planning," Martin said. "The image is worth a thousand words from the radiologist."

ICIS has been incorporated into the first prehospital stroke study in the U.S., according to Dr. David Liebeskind, chief of UCLA's stroke management programs.

A key element in the stroke program is the ability of physicians to instantly access vital patient data.

"Gathering past diagnostic images and patient information, and being able to immediately view an MR brain scan, is critical to the optimal treatment of a patient with apparent emergent stroke symptoms," Liebeskind said. "Too often now you get very little information, such as 'weakness on the right side'."

The ICIS system is available from GCQ.