Gómez Aguilera, Enrique J. and Hernando Pérez, María Elena and Vering, Thomas and Rigla Cros, Mercedes and Bott, Oliver and García Sáez, Gema and Peter, Pretschner and Brugués, Eulalia and Schnell, Oliver and Patte, Caroline and Bergmann, Joachim and Dudde, Ralf and Leiva, Alberto de
The INCA System: A Further Step Towards a Telemedical Artificial Pancreas.
"IEEE Transactions on Information Technology in Biomedicine", v. 12
Biomedical engineering research efforts have accomplished another level of a ldquotechnological solutionrdquo for diabetes: an artificial pancreas to be used by patients and supervised by healthcare professionals at any time and place. Reliability of continuous glucose monitoring, availability of real-time programmable insulin pumps, and validation of safe and efficient control algorithms are critical components for achieving that goal. Nevertheless, the development and integration of these new technologies within a telemedicine system can be the basis of a future artificial pancreas. This paper introduces the concept, design, and evaluation of the ldquointelligent control assistant for diabetes, INCArdquo system. INCA is a personal digital assistant (PDA)-based personal smart assistant to provide patients with closed-loop control strategies (personal and remote loop), based on a real-time continuous glucose sensor (Guardian RT, Medtronic), an insulin pump (D-TRON, Disetronic Medical Systems), and a mobile general packet radio service (GPRS)-based telemedicine communication system. Patient therapeutic decision making is supervised by doctors through a multiaccess telemedicine central server that provides to diabetics and doctors a Web-based access to continuous glucose monitoring and insulin infusion data. The INCA system has been technically and clinically evaluated in two randomized and crossover clinical trials showing an improvement on glycaemic control of diabetic patients.