FP6 eHealth Projects

The @HEALTH project facilitates European and Latin-American research organizations, industries, professionals and public bodies to realize technology transfer actions, through an on-line web platform and services stimulating the access and exchange of knowledge, skills, and technologies in the e-health sector.

Towards integrative decision support systems for personalised brain aneurysm rupture risk assessment and treatment.

ACGT aims to present the 'next-step' in cancer research and fill-in the technological gaps of clinical trials targeting two forms of cancer: breast cancer and paediatric nephroblastoma. ACGT will develop a Biomedical GRID infrastructure supporting seamless mediation services for sharing clinical and genomic expertise. It will help to identify quicker and more efficiently the characteristics that determine what form of treatment best suits which patient.

A helping hand for making the right decision in neurorehabilitation: ALLADIN provides the solution to a worldwide need to tailor the rehabilitation of stroke patients, so that it meets both their functional and societal needs, and restores their independence.

ARTEMIS develops a semantic web services based interoperability framework for the health care domain. This project provides the healthcare industry with an ideal platform to exchange meaningful clinical information among healthcare institutes through semantic mediation.

ASSIST aims to provide medical researchers of cervical cancer with an integrated environment that will virtually unify multiple patient record repositories, physically located at different laboratories, clinics and/or hospitals. Researchers will be able to combine phenotypic and genotypic data and perform association studies on larger sets of patient records from several clinics.

AUBADE project provides an innovative tool that will lead professionals to a deep study, analysis, understanding, and comprehension of neurological diseases and human emotions.

BIOPATTERN is a groundbreaking project that integrates key elements of European research to underpin eHealth. The goal is to develop a pan-European, intelligent analysis of a citizen's bioprofile; to make the analysis of this bioprofile remotely accessible to patients and clinicians; and to exploit bioprofile to combat major diseases such as cancer and brain diseases.

Older people's autonomy and self-confidence can be greatly increased by wearing a light device that measure vital signs, detect falls, and automatically raise an alert to their care centre in case of an emergency.

CARDITIS addresses cardiologists and cardio surgeons needs for innovative solutions supporting the diagnosis and treatment of Cardiovascular diseases. The efficient method of multi-modal imaging, reconstruction and knowledge representation used by the project introduces new methods for simulations, decision making and risk analysis.