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TU Braunschweig: SmartCar aims to prevent strokes and monitor health

(dpa/lni) If cars are already turning into rolling computers, they could also conduct health checks. This is the belief of researchers from Lower Saxony, who even see potential in preventing strokes. A research vehicle at a medical trade fair has already attracted considerable attention.

The health in focus: The SmartCar from Peter L. Reichertz Institute for Medical Informatics (PLRI) will be presented at the medical technology trade fair "Medica" in Düsseldorf. | Photo: PLRI/TU Braunschweig
The health in focus: The SmartCar from Peter L. Reichertz Institute for Medical Informatics (PLRI) will be presented at the medical technology trade fair "Medica" in Düsseldorf. | Photo: PLRI/TU Braunschweig
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Johannes Reichel

Use the daily commuting time in the car sensibly for a health check and thus prevent serious illnesses: This is the goal of scientists from Lower Saxony, who are presenting their smartcar to a wider audience these days. "Integrating continuous health monitoring has great potential for detecting diseases earlier," says Professor Thomas Deserno. By taking measurements over a longer period, the vehicle could, among other things, help prevent strokes. 

Recognizing anomalies early 

The research car is equipped with sensors. These continuously monitor health metrics during the journey without impairing driving, explains the professor from the Peter L. Reichertz Institute for Medical Informatics (PLRI), a joint institution of TU Braunschweig and Hannover Medical School. It is planned that users will receive an evaluation of the data by email in the evening after the drive. This evaluation could point out possible anomalies that necessitate a visit to the doctor.

"We aim to identify trends and anomalies early and thus act preventively," says Professor Deserno.

According to him, about one-third of all strokes are triggered by atrial fibrillation and could potentially be avoided with the smartcar, as more frequent or longer irregularities in the heartbeat can be detected. Diabetes, critical heart rates, impending cardiovascular diseases, or exhaustion could be detected during the journey.

A sensor system in the steering wheel records an ECG via the hands, heart sounds are captured via the seatbelt, cameras focus on the face to calculate heart rate and respiratory rate, and a temperature sensor in the seat measures body temperature. "All important vital parameters can be recorded this way," reports Deserno. For the research team, it only seemed logical to present the car at "Medica," a medical technology trade fair in Düsseldorf.
 

A Lot of Interest Due to Trade Fair Appearance 

"It was the first time a car was exhibited there," the scientist says proudly. The booth was well attended, and the feedback afterward shows that interest is high. The connection between health, mobility, and technology seems to work: Numerous media outlets have already reported on it, including those targeting more specialized audiences. 

The "deeper meaning" of the project funded by the German Research Foundation is, for Deserno, to find solutions for the future healthcare system. Developments such as labor shortages and demographics, according to his beliefs, will lead to the healthcare system not being able to operate as it currently does for much longer. So far, a stroke is treated after it occurs. From the scientists' perspective, more focus on prevention to potentially avoid such emergencies should be part of the solution.

Transfer to Practice Still Difficult

However, medical informatician Deserno admits that the famous transfer from science to practice is a "real problem." According to him, implementation concerns the "Medical Device Regulation" (MDR), an EU regulation for medical products, which is rather new territory for the automotive industry, a completely different field. Therefore, the question of implementation remains difficult.

Translated automatically from German.
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