26 March 2019

Losing the ability to walk normally is a widespread problem for people with Parkinson's disease. However, patients themselves frequently discover innovative compensation strategies to circumvent their walking problems. Interestingly, these compensation strategies vary enormously: from making skating movements, to using a scooter or looking at the stripes of a pedestrian crossing. For the first time, researchers at Radboudumc have made an overview of all known compensation strategies. This overview, published in JAMA Neurology on March 25, aids therapists to better help patients with their gait problems.

Many people with Parkinson's suffer from gait impairments. A notorious example is freezing of gait, during which people with Parkinson's experience the feeling of being glued to the floor. Freezing usually occurs when they start walking, when turning, but can also be provoked by stress. Because the feet suddenly stop moving, freezing often results in a fall. Freezing of gait therefore has a huge impact on the quality of life of affected individuals.

External cues

Freezing of gait is difficult to treat with medication. What often helps is to consciously shift attention to walking, for example by introducing a clear goal. For example, it can help to look at objects on the ground in a targeted manner and to step over them, such as a pedestrian crossing. But walking can apparently also improve in many other ways, for example by bouncing with a ball, by walking sideways, or by imitating someone else's walking pattern. People with Parkinson's are also very skilled on the bike or on the scooter. Several of such compensation strategies developed by Parkinson patients have already been described, but so far only in an anecdotal fashion (case reports).

Hundreds of videos

Jorik Nonnekes and Bas Bloem, together with an international team of researchers, asked people with Parkinson's for four years to film their favorite (and often self-developed) compensation strategies. They received hundreds of examples and filtered out 59 unique compensation strategies. These could be subdivided into seven main categories, which appear to have a different underlying mechanism of action.

A strategy for every patient

That such an overview was not yet available is striking, says Jorik Nonnekes: "Compensation strategies are very important in the treatment of walking problems in people with Parkinson's disease. People with Parkinson's disease currently don't always get a comprehensive overview of all available strategies; our overview is a first step; so that people worldwide can benefit from improved mobility and lower risk of falling. It is important that all different compensation strategies are properly explained, because not every strategy works equally well for every individual patient. For each patient we need to look for the most suitable compensation strategy. An important follow-up question for us is how we can predict which strategy works best for which patient. I am now going to investigate this using a recently awarded VENI grant."

Publication
Compensation Strategies for Gait Impairments in Parkinson Disease: A Review.
Nonnekes J, Ružicka E, Nieuwboer A, Hallett M, Fasano A, Bloem BR.
JAMA Neurol. 2019 Mar 25.

Related news items


NWO grant to develop new biomaterials for Sander Leeuwenburgh and Roland Brock

20 August 2019

Sander Leeuwenburgh (Dept. of Dentistry) and Roland Brock (Biochemistry) were recently awarded with a grant of 581 k€ by the Netherlands Organisation for Scientific Research (NWO, Domain Applied & Engineering Sciences AES) to develop new biomaterials for improved regeneration of bone defects.

read more

European Commission Initiative on Breast Cancer (ECIBC) Guidelines

13 August 2019

In Annals of internal medicine Mireille Broeders and colleagues from the ECIBC Guidelines Development Group described the methods used to develop person-centered evidence-based recommendations for screening and diagnosis of breast cancer.

read more

Circulation publication for exercise physiologists

13 August 2019

Thijs Eijsvogels and Vincent Aengevaeren showed that exercise-incuded elevations of troponin concentrations are predictive of major adverse cardiovascular events and mortality.

read more

DELA, Radboudumc and Games for Health start a new project to fight loneliness among elderly using games

12 August 2019

More than half of people aged 75 and over feel their selves lonely every now and then. A special collaboration between DELA, Radboudumc, and Games for Health will investigate whether joined gaming between elderly and young people can alleviate this social problem.

read more

Floris Schreuder received Dekker grant

6 August 2019

Floris Schreuder received one of the ten Dekker grants from the Dutch Heart Foundation (Hartstichting).

read more

A warm welcome for a new RIMLS colleague Nico Sommerdijk

5 August 2019

As of 1 August we welcome Nico Sommerdijk as our new colleague at the RIMLS. Nico will join the department of Biochemistry, with his research group “Biochemistry of Mineralized Tissues”.

read more