Spacelabs Equipment Passes Rigorous NASA Remote Telemedicine Monitoring Tests.

Health/Medical Writers

REDMOND, Wash--(BW HealthWire)--Sept. 11, 2000

Wyle Laboratories, Life Sciences Systems and Services Division personnel, under contract to NASA, Johnson Space Center, reported earlier this month that their field tests of Spacelabs Medical, Inc. (Nasdaq:SLMD) monitoring equipment were a success.

The tests were part of Operation Strong Angel, a joint NASA-US Navy military exercise involving seven nations and several public health and disaster response teams. The long-term goals of the operation in part are to:

-- build a global infrastructure that is Next Generation Internet (NGI)
compliant and capable of supporting clinical needs as part of disaster response
in a global environment, and

-- define requirements for space mission critical-care monitoring capability.

The series of grueling tests took place in a 300-person mock refugee camp established to simulate mass dislocation because of conflict or natural disaster. Simulation participants included flight surgeons, biomedical engineers and medical trainers. The camp was located in a barren site about 30 miles inland on the island of Hawaii at high elevation. The area is dry and windy, with extreme temperature swings -- from near freezing at night to over 100 degrees in the tents during the day. Personnel wore goggles and face masks to protect themselves from the constantly blowing dust, and gale force winds toppled tents and equipment one night. "In this harsh environment, our monitor never blinked. It worked flawlessly," said Roy Hays, vice president of product development at Spacelabs.

A Spacelabs' Ultraview(TM) 1050 monitor was linked simultaneously by satellite communications to five remote observation sites including the Johnson Space Center; Star City, Russia; Toronto, Canada; Philadelphia, Pennsylvania and East Carolina University School of Medicine. The Spacelabs system was unique in being able to meet all the operation's requirements including simultaneous remote consultation with both primary and secondary sites. "We are pleased with our products' performance in this global simulation." said Hays. "We are also pleased to have had the opportunity to participate in this exercise. Our company got its start making telemetry systems for monitoring vital signs of the early astronauts in the late 1950s, and now we are once again involved with NASA."

The exercise was designed to test the monitoring system's compatibility with satellite communications, accuracy and compatibility of the monitor's parameters vis a vis NASA's standards and the efficacy of running Spacelabs' software on NASA-hardened notebooks, as well as the monitor's overall field capabilities. During the exercise simulated telemetry was used to recreate clinical scenarios relevant to projected clinical pathology.

Parameters required of the medical monitor included 5-lead ECG (at a minimum), SpO2 (pulse oximetry), both invasive and non-invasive blood pressure, body temperature and ETCO2. Evaluation criteria include usability/human factors, training requirements, the user interface, time and ease of set-up, maintenance requirements and documentation usability, as well as equipment features such as the screen viewing angle, power requirements, battery runtime, data storage, trending, alarms, cost and overall performance.

Spacelabs is a leading provider of integrated medical information systems and instrumentation with a strategic focus on wireless, telemedicine and Internet solutions for healthcare.

Ultraview is a trademark of Spacelabs Medical, Inc.

(c)Spacelabs Medical, Inc. 2000