Event

Exercise in Parkinson's during COVID-19


05 Jun 2020 13:15 - 14:15

This is a shorter version of the original live webinar. A written summary of Prof Bas Bloem’s talk is available below.


Summary

Introduction

Dr Richard Davenport began by sharing that a number of people living with Parkinson’s have been struggling during this time of lockdown due to inactivity, among other things. He noted that, whilst he intrinsically encourages exercise as a positive thing amongst his patients, he is not personally aware of the evidence base beyond nuances like dance therapy. However, there is a significant evidence base and he welcomed Bas Bloem and Fiona Lindop to share more.

The evidence base for exercise

Prof Bas Bloem began by highlighting the book, ‘Ending Parkinson’s Disease’ and noted that within it is the evidence base that:

  • Parkinson’s is the fastest growing neurological disease on the planet, and we think that it is, to an extent, a man-made disease.
  • By regularly engaging in exercise and adhering to particular nutrition, we can reduce the likelihood of developing Parkinson’s.

All of us tend to be inactive but for someone with Parkinson’s this can be harder due to physical difficulties with balance, gait and freezing, cognitive problems like depression and apathy, and even general physical difficulties like fatigue.

  • As Parkinson’s progresses, the level of inactivity increases (vanNimwegen, 2011)
  • The adverse effects of inactivity include cardiovascular disease, osteoporosis, insomnia, cognitive decline, depression, constipation, and all lead to early mortality. All of these are risk factors when you have Parkinson’s, so if you are both inactive and have Parkinson’s your risk of early mortality are higher.

A paper in Nature Neurology (Speelman, 2011) outlines the reasons why people with Parkinson’s ought to exercise. To sum it up, Bas noted:

  • Anyone who exercises has better bone and mental health and lower risk of cognitive decline
  • Specific benefits for those with Parkinson’s are that exercise suppresses motor symptoms much as a drug does, as well as helping address some non-motor symptoms like sleep, depression, cognitive difficulties and constipation.

Can we prescribe exercise as we would a drug? We need to consider the risks too; falling and stumbling for example; and how we customise it to personal preferences and needs.

  • The first study to examine the dosing effects of exercise (Moore, 2013)
  • Evaluated the impact of both with moderate and high intensity exercise, and with different time amounts, or ‘time doses’ (fig 1)
  • Used the Unified Parkinson’s Rating Scale to measure overall symptoms and progression.
  • Found that, over time, the high intensity group stabilised their symptoms, moderate intensity helped stabilise motor symptoms, control worsened over time (fig 2).

Figure 1: Table showing the two groups of people asked to exercise moderately or strenuously

Figure 2: Table showing the outcomes where the y axis is the unified Parkinson’s rating scale and the x axis is the three groups – high intensity (left), moderate intensity (centre) and control group (right)

  • V-TIME study looked at multimodal stimulation of the brain using a 3-D environment through virtual reality alongside a treadmill.
  • The results found that treadmill running alone reduced the likelihood of falls in people with Parkinson’s or mild cognitive impairment (MCI)
  • However, using a treadmill alongside the virtual reality input reduced falls more significantly (fig 3).
  • The downside of the study was the need for people to travel to the hospital three times weekly to access the equipment, which was a motivational barrier for many.
  • Other barriers included low expectations of outcomes, a lack of personal time, and a fear of falling during exercise.

Figure 3: V-TIME study findings of falls reductions in those using a treadmill versus those using a treadmill and virtual reality input

The learning from the V-TIME study was used to develop the Park-in-Shape (van der Kolk, 2015)

  • Based on learning that someone with Parkinson’s who could not walk due to freezing may still cycle without difficulty (interview with Bloem in Road.cc; Stamelou, 2011), the study put static exercise bicycles into people’s homes, removing the fear of falling, the barrier of physically going to the hospital to exercise.
  • There were rewards built into the process supported by family members, as well as gaming elements (termed ‘exergaming’) such as ‘Pacman’ where the individual had to cycle faster to move the icon around the screen and ‘kill the monsters.

    Another study (van der Kolk, 2019) compared this group of Parkinson’s using ‘exergaming’ for their activity with those with Parkinson’s who were stretching for their form of activity, using the rewards app in both groups (fig 4).
  • The study found that, when sufficiently motivated, people with Parkinson’s can exercise regularly at home.
  • It also found that the aerobic group had a stabilisation of their motor symptoms.

Figure 4: People with Parkinson’s counteracting sedentarism through aerobic exercise or stretching

Finally, Bas presented a paper which is currently under submission to the Lancet Neurology looking at brain MRI in the same groups as the previous study – the aerobic versus stretching group. The content is currently embargoed but the brain scans found brain-related benefits for those within the aerobic group which are incredibly positive.

Presentation slides

Fiona's slides


Resources

Exercise links

Parkinson’s UK links

Exercise apps


Our Parkinson’s COVID-19 webinars are available on SoundCloud:
soundcloud.com/neurologyacademy

Our sponsor

This activity has been supported by sponsorship from and Bial. The sponsor has had no control over the educational content of this activity.

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