Skip to main content

Main menu

  • About Us
    • Leadership
    • Our Team
    • Vision, Mission and Values
    • Health and Economic Impact
    • Research Impact Video
    • Strategic Plan
  • Our Research
    • Research Focus
      • Brain Health
      • Cancer
      • Digital Health and Artificial Intelligence
      • Heart Health
      • Healthy Aging and Mobility
      • Immune System
      • Injury and Rehabilitation
      • Lung Health
      • Mental Health and Substance Use
    • Research Centres and Programs
      • BC Centre on Substance Use
      • Centre for Aging SMART
      • Centre for Cardiovascular Innovation
      • Centre for Clinical Epidemiology and Evaluation
      • Centre for Lung Health
      • Djavad Mowafaghian Centre for Brain Health
      • Immunity and Infection Research Centre
      • International Collaboration On Repair Discoveries
      • M. H. Mohseni Institute of Urologic Sciences
      • Ovarian Cancer Research Centre
      • Community Research Program
      • Emergency Medicine Research Program
      • Hematology Research Program
      • Skin Research Program
      • Other Research Focus Areas
    • News and Stories
    • Researcher Directory
    • Events and Workshops
  • Research Services
    • New to VCHRI
      • Working at VCHRI
      • Regulations and Training
      • Membership with VCHRI
      • Learning and Development
    • Starting Your Project
      • Research Facilitation
      • Awards and Funding
      • Grant Management
      • Operational Approval
      • CST Cerner
    • Developing Your Project
      • Clinical Trials Administration
      • Clinical Research Unit
      • Research Privacy
      • Financial Policies and Procedures
    • Additional Support
      • Indigenous Health Research Unit
      • VCH-VCHRI AI Hub
      • Communications and Media Relations
      • Study Recruitment Support
      • Innovation and Industry Partnership
    • Internal Awards
    • Clinical Research
    • Indigenous Research
  • Participate in Research
    • Reasons to Participate
    • Participant Stories
    • Find a Study
    • Recruitment Support

User menu

  • Log in

Breadcrumb

  1. Home
  2. Our Research
  3. News and Stories
  4. Balance and other simple physical function measurements can predict cognitive decline

Balance and other simple physical function measurements can predict cognitive decline

Stories Mar 22, 2015 3 minutes

Research aims to give family doctors quick, effective tools for detecting subtle brain changes.

Although it may seem counter-intuitive, looking ‘below the neck’ for signs of cognitive decline before obvious symptoms appear is potentially a highly effective and accessible alternative to high-level cognitive neuroimaging or neurpsychological assessments. A new study by Vancouver Coastal Health Research Institute scientist Dr. Teresa Liu-Ambrose reveals that simple measures of physical function, such as a person’s ability to balance, to walk, or their strength level, are strongly related to subtle changes in cognitive status and may predict cognitive function in the future.

“We’re recognizing that dementia is a disease that probably develops over 20 to 30 years – it’s not necessarily something that just starts when you turn 65,” says Dr. Liu-Ambrose, Canada Research Chair and researcher at Djavad Mowafaghian Centre for Brain Health and the Centre for Hip Health and Mobility. “Changes happening centrally may not manifest as obvious cognitive impairment for many years and as a result, many individuals continue to function until a critical mass of deficits is reached."

"We wanted to look at the entire body because everything is inter-related and checking how quickly someone can balance is much easier and less scary for patients than undergoing cognitive testing or brain scanning."

Current recommendations for assessing cognitive impairment involve high-level testing, such as neuroimaging or neuropsychological testing, which have their utility but are not easily accessible to family doctors who see patients regularly. Dr. Liu-Ambrose and her team sought to find the most basic measures that a wide variety of clinics, particularly family doctors and general practitioners, could use to suggest a person’s future cognitive abilities. Their study cohort comprised otherwise healthy older adults.

The research team found that key predictors of cognitive function were leg strength, balance, hip girth width, and physical activity. The risk-calculating model they developed was able to predict a high proportion of their participants’ cognitive status 12 months later. The study highlights that these simple observations could be of utility and quite sensitive to changes over time.

“If you talk to physicians who treat older adults, very often they’re already making judgements about a person’s function just by how they’re walking,” says Dr. Liu-Ambrose. “Among other things, we looked at a very simple leg strength measure, which takes all of two minutes to measure. And we looked at balance, which takes 30 seconds to measure. While we recognize these additional measures still mean adding time to the medical system, these are very simple and low-cost tools.” 

“Overall, we really need to take a step back and look at the whole person to get best understanding of how they are functioning – both physically and cognitively. By noting subtle changes in physical function in the absence of overt cognitive changes, we may be able to reshape the future of our patients simply by intervening at a stage where things can still be easily modified.” 

Physical fitness protects against cognitive decline

Similar to Dr. Liu-Ambrose’s previous research, which has consistently demonstrated how physical exercise is beneficial to the brain, the study found that physical activity was protective against reductions in cognitive function.

“Even though in this particular study we’re trying to show what predicts cognitive status of an individual, the model we developed concurs with our other studies – that is physical activity is good for maintaining cognitive health,” says Dr. Liu-Ambrose.

“And being physically active isn’t tied to going to the gym or completing a marathon – we’re really talking about minimizing sedentary behaviour,” she adds. “A lot of current data on cognitive outcomes shows that a burst of activity is better than no activity. So if you need a low-ball challenge for yourself that’s okay, that’s a start – we’re recognizing that these short bouts are very helpful. A guiding mantra could be – I will not sit and lie down for more than 23.5 hours per day!”

Researchers

Teresa Liu-Ambrose

Related Articles

What matters to older adults in physical activity research

Ask an expert: How can I better communicate with older adults living with a communication disorder?

Focusing on WhatMatters in dementia care

Share:

  • Facebook
  • Linkedin
  • Twitter
  • Email

Related Research Centres/Programs

Centre for Aging SMART

Djavad Mowafaghian Centre for Brain Health

Get the latest research headlines in your inbox

Subscribe

Recent News and Stories

Type
Announcement

Investigator Awards 2025 Recipients

Apr 29, 2025 award
Type
Stories

Ask an expert: What should I know about kidney stones?

Apr 23, 2025 kidney, treatment options
Type
Stories

New solution to treat obstructive sleep apnea

Apr 22, 2025 sleep, treatment options
See more news

Get updates!

Join our newsletter mailing list to stay up to date on features and releases.

Subscribe

Quick Links

  • News and Stories
  • Careers
  • Events
  • Media Enquiries

Follow Us

  • LinkedIn
  • X
  • YouTube

© 2025 VCHRI. All rights reserved.

  • Contact
  • Privacy Policy