IMI article about our Digital Health Catalyst initiative BREAKING
NEWS Why Mobilise-D matters – now more than ever! LATEST
VIDEO More Videos IEEE Transactions on Biomedical Engineering A Multifactorial Model of Multiple Sclerosis Gait and its Changes Across Different
Disability Levels Angelini L., Buckley, E. Bonci T., Radford A., Sharrack B., Paling D., Nair K., Mazzà C. Other publications LATEST
PUBLICATION SOCIAL MEDIA Anita BREAKING
NEWS Why Mobilise-D matters – now more than ever! LATEST
VIDEO More Videos IEEE Transactions on Biomedical Engineering A Multifactorial Model of Multiple Sclerosis Gait and its Changes Across Different
Disability Levels Angelini L., Buckley, E. Bonci T., Radford A., Sharrack B., Paling D., Nair K., Mazzà C. Other publications LATEST
PUBLICATION SOCIAL MEDIA Mobilise-D and IDEA-FAST join forces to strengthen research and development of digital biomarkers BREAKING
NEWS Why Mobilise-D matters – now more than ever! LATEST
VIDEO More Videos IEEE Transactions on Biomedical Engineering A Multifactorial Model of Multiple Sclerosis Gait and its Changes Across Different
Disability Levels Angelini L., Buckley, E. Bonci T., Radford A., Sharrack B., Paling D., Nair K., Mazzà C. Other publications LATEST
PUBLICATION SOCIAL MEDIA NIHR NEWS: Monitoring patients’ mobility continues despite new lockdown BREAKING
NEWS Why Mobilise-D matters – now more than ever! LATEST
VIDEO More Videos IEEE Transactions on Biomedical Engineering A Multifactorial Model of Multiple Sclerosis Gait and its Changes Across Different
Disability Levels Angelini L., Buckley, E. Bonci T., Radford A., Sharrack B., Paling D., Nair K., Mazzà C. Other publications LATEST
PUBLICATION SOCIAL MEDIA Mobilise-D’s Claudia Mazzà receives Suffrage Science award 2020! BREAKING
NEWS Why Mobilise-D matters – now more than ever! LATEST
VIDEO More Videos IEEE Transactions on Biomedical Engineering A Multifactorial Model of Multiple Sclerosis Gait and its Changes Across Different
Disability Levels Angelini L., Buckley, E. Bonci T., Radford A., Sharrack B., Paling D., Nair K., Mazzà C. Other publications LATEST
PUBLICATION SOCIAL MEDIA Parkinson’s UK’s Research Conference 2020 BREAKING
NEWS Why Mobilise-D matters – now more than ever! LATEST
VIDEO More Videos IEEE Transactions on Biomedical Engineering A Multifactorial Model of Multiple Sclerosis Gait and its Changes Across Different
Disability Levels Angelini L., Buckley, E. Bonci T., Radford A., Sharrack B., Paling D., Nair K., Mazzà C. Other publications LATEST
PUBLICATION SOCIAL MEDIA

Connecting digital mobility assessment to clinical outcomes
for regulatory and clinical endorsement

What?

What?

Mobilise-D is a 5-year, IMI-funded project that will produce validated and accepted digital mobility outcomes to monitor daily life gait of people with different mobility problems, with the goal to improve follow-up and personalized care.

About Us

How?

How?

Mobilise-D will perform a technical and clinical validation of a sensor-algorithm pair in different patient groups. We maintain close dialogue with the European Medicines Agency (EMA) to facilitate the process of regulatory approval.

About Us

Who?

Who?

The Mobilise-D consortium consists of 34 partners from Europe and the USA. Over 200 professionals with technical, clinical, and regulatory expertise will work together to bring digital mobility outcomes to the clinic.                                                                  

About Us

Mobility – how well we walk – is an important marker of health; a slow walking speed is associated with greater mortality, morbidity, cognitive decline, dementia, and fall risk. As the population ages, the number of people experiencing mobility challenges is expected to rise. However, accurately assessing people’s mobility, especially in the real daily life world, is far from easy.

Mobilise-D will develop a comprehensive system to monitor and evaluate people’s gait based on digital technologies, including sensors worn on the body. The project focuses on conditions which often affect mobility, namely chronic obstructive pulmonary disease, Parkinson’s disease, multiple sclerosis, hip fracture recovery, and congestive heart failure.

The Mobilise-D results will help to improve the accurate assessment of daily life mobility in clinical trials and patient treatment, thereby contributing to improved and more personalised care.

Patient Groups

Mobilise-D will focus on five different patient groups that together represent respiratory problems (chronic obstructive pulmonary disease – COPD), neurodegenerative conditions (Parkinson’s disease – PD), neuroinflammatory problems (multiple sclerosis – MS), osteoporosis and sarcopenia (hip fracture recovery/proximal femoral fracture – PFF), and cardiac pathology (congestive heart failure – CHF).

These patient groups cover a range of walking speed, mobility challenges, and potential events that we care about, such as improving versus worsening of function, falls, hospitalisation, nursing home admission, and death. Furthermore, these patient groups will be followed at 12 different sites across Europe, ensuring a good geographical representation and covering a diverse representation of health care organisation, such as in- versus outpatient care, as well as public versus private health services.

Read More

Twitter Feed

Mobilise-D @Mobilise_D

💼PhD in Health and Technologies💼

The University of Bologna has 21 PhD positions in Health and Technologies!

🗓️Application deadline: May 21, 2021 at 12.00 PM.

@UniboMagazine @IMI_JU @IMI2_NEURONET #mobilised #wearables #digitalhealth https://t.co/i1oPhWTq4v
View on Twitter
4
14
Mobilise-D @Mobilise_D

⚫ #FPFV in Newcastle ⚪

Our test team in Newcastle had their First Patient First Visit last week😍 Well done!

#healthtech #wearables #MobiliseD @BAM_Research @IMI_JU @EFPIA https://t.co/VdCWDJgwiY
View on Twitter
Mobilise_D photo
2
17

Latest News

IMI article about our Digital Health Catalyst initiative

The Digital Health Catalyst (DHC) was created by Mobilise-D and IDEA-FAST in response to the growing need for research and application in the area of real-world digital measurements. “The field will require a new generation of personnel from areas including clinical research and application, sensor and hardware development, infrastructure and data handling, data processing and…

Read more

Upcoming Events

No event found!
Sign up for our Newsletter!