Develop a mobile app and use the vida24 to better control and manage seasonal symptoms in allergic diseases and support professionals to decision making in the allergy related medical sector.

The wearable biosensors’ system measures multiple parameters, such as blood glucose, and breathing rate and can store, transfer and present them through a web interface or a mobile application

Bio-Rheology, Bio-Fluid Mechanics and Microfluidic techniques combined with advanced data processing methods will be utilised to develop a prototype POC system, for the monitoring of inflammation and coagulation in blood.

State of the art technologies are used to provide a PHR solution over a cloud infrastructure.

Develop a web collaborative intelligent tool for professionals to exchange informations in order to create a 3D transplant

In the Armed Forces, for each recruit a digital health file will be created by the staff of the Classification Unit , where their demographics as well as the family and medical history will be filled.

ΤEC-MED will develop an innovative and cost-effective socio-ethical care intervention framework which will improve and adapt social care policies tackling the phenomenon of the ageing population.

Develop a chronic disease prevention, self-management and empowerment mobile app based on TTM model and positive psychology piloted by 4 EU Cities

Integrated care pathways and personalized behavior change methods

The project is focused to athletes and patients who suffered from an injury and to the elderly with kinetics problems. Personalized exercises for each patient, will be guided by VR / AR experiences, while the system will use this knowledge when the patient leaves from the recovery unit.

The project will be tested and evaluated in 7 large-scale pilots in Europe following a sound methodology developed by the project partners together with the end-users.