Driving with diabetes in the future: In-vehicle medical monitoring
Authors: Kerr, D. and Olateju, T.
Journal: Journal of Diabetes Science and Technology
Volume: 4
Issue: 2
Pages: 464-469
eISSN: 1932-2968
DOI: 10.1177/193229681000400228
Abstract:The motor car is a ubiquitous feature of modern life, and most of us spend significant amounts of time in a car, behind the wheel. Driving a vehicle requires complex coordination of cognitive, motor, and sensory skills. All of these aspects can be affected adversely by diabetes per se, with hypoglycemia being the main concern for people with diabetes who drive. Here we introduce the concept of using the motor vehicle as a device to collect and deliver physiological and clinical information, which, in turn, may enable more people to drive more safely by reducing the chances of medical mishaps behind the wheel. This is particularly relevant for people living with diabetes who are at risk from a number of medical conditions that have the potential to have an impact on safe driving. The development of in-vehicle medical monitoring presents a new opportunity for novel collaborations between two industries, which have safety as a core value. © Diabetes Technology Society.
Source: Scopus
Driving with diabetes in the future: in-vehicle medical monitoring.
Authors: Kerr, D. and Olateju, T.
Journal: J Diabetes Sci Technol
Volume: 4
Issue: 2
Pages: 464-469
eISSN: 1932-2968
DOI: 10.1177/193229681000400228
Abstract:The motor car is a ubiquitous feature of modern life, and most of us spend significant amounts of time in a car, behind the wheel. Driving a vehicle requires complex coordination of cognitive, motor, and sensory skills. All of these aspects can be affected adversely by diabetes per se, with hypoglycemia being the main concern for people with diabetes who drive. Here we introduce the concept of using the motor vehicle as a device to collect and deliver physiological and clinical information, which, in turn, may enable more people to drive more safely by reducing the chances of medical mishaps behind the wheel. This is particularly relevant for people living with diabetes who are at risk from a number of medical conditions that have the potential to have an impact on safe driving. The development of in-vehicle medical monitoring presents a new opportunity for novel collaborations between two industries, which have safety as a core value.
Source: PubMed
Driving with Diabetes in the Future: In-Vehicle Medical Monitoring
Authors: Kerr, D. and Olateju, T.
Journal: Journal of Diabetes Science and Technology
Volume: 4
Pages: 464-469
ISSN: 1932-2968
Abstract:The motor car is a ubiquitous feature of modern life, and most of us spend significant amounts of time in a car, behind the wheel. Driving a vehicle requires complex coordination of cognitive, motor, and sensory skills.
All of these aspects can be affected adversely by diabetes per se, with hypoglycemia being the main concern for people with diabetes who drive. Here we introduce the concept of using the motor vehicle as a device to collect and deliver physiological and clinical information, which, in turn, may enable more people to drive more safely by reducing the chances of medical mishaps behind the wheel. This is particularly relevant for people living with diabetes who are at risk from a number of medical conditions that have the potential to have an impact on safe driving. The development of in-vehicle medical monitoring presents a new opportunity for novel collaborations between two industries, which have safety as a core value
Source: Manual
Preferred by: David Kerr
Driving with diabetes in the future: in-vehicle medical monitoring.
Authors: Kerr, D. and Olateju, T.
Journal: Journal of diabetes science and technology
Volume: 4
Issue: 2
Pages: 464-469
eISSN: 1932-2968
ISSN: 1932-2968
DOI: 10.1177/193229681000400228
Abstract:The motor car is a ubiquitous feature of modern life, and most of us spend significant amounts of time in a car, behind the wheel. Driving a vehicle requires complex coordination of cognitive, motor, and sensory skills. All of these aspects can be affected adversely by diabetes per se, with hypoglycemia being the main concern for people with diabetes who drive. Here we introduce the concept of using the motor vehicle as a device to collect and deliver physiological and clinical information, which, in turn, may enable more people to drive more safely by reducing the chances of medical mishaps behind the wheel. This is particularly relevant for people living with diabetes who are at risk from a number of medical conditions that have the potential to have an impact on safe driving. The development of in-vehicle medical monitoring presents a new opportunity for novel collaborations between two industries, which have safety as a core value.
Source: Europe PubMed Central