Move-Age
Understanding Ageing and Mobility
Locations of Principal Academic Partners
Vrije Universiteit Amsterdam
KU Leuven
Manchester Metropolitan University
Distribution of responsibilities
Vrije Universiteit Amsterdam
Department of Human Movement Sciences
- Kinesiology 100%
- Physiology 80%
- Neuroscience 25%
Manchester Metropolitan University
Institute for Biomedical Research into Human Movement and Health (IRM)
- Kinesiology 80%
- Muscle Physiology 50%
- Medical Sciences 25%
Katholieke Universiteit Leuven
Doctoral School of Biomedical Sciences
- Kinesiology 100%
- Electrophysiology 50%
- Neuroscience 25%
Universities
Partners
Years
Papers
Our tasks and results
Goals
The mission to provide a reference for structured doctoral training in the field of ageing and mobility by:
- developing and expanding a knowledge base for basic understanding of factors limiting and enhancing mobility in an ageing population,
- developing and disseminating methods and tools for integrative study of human mobility,
- establishing structured links between scientists, health care and public health professionals, and related industry.
This will be achieved through original and independent research by the PhD students in a strong interactive, interdisciplinary and international network in which PhD students work closely together with basic scientists, engineers, and clinicians as well as SMEs and public health and health care professionals.
Responsible
Program Coordinator
Contributor
Official network news
Cooperation Partners
Industrial Organizations
TiGenix
This project has received funding from the European Commission as part of the Erasmus Mundus programme with grant numbers:
2011-0015, 2012-1704, 2013-1460, 2014-0691, 2015-1614/001–001–EMJD
Get In Touch.
If you are interested in working together, send us an inquiry and we will get back to you as soon as we can!
Other networks
COSMOS
Complex Oscillatory Systems: Modeling and Analysis. In this EU-funded Marie Skłodowska Curie ITN, 15 ESRs are being trained in nonlinear dynamics, numerical methods, statistical mechanics and, where needed, basics of neuroscience, physiology, and system biology.
4D-EEG
Assessing Arm Function Recovery Post-Stroke. Goal of this EU-funded 4D-EEG project is to develop innovative methods for accurate localization of brain activity patterns and quantification of the interactions between multiple brain areas.