Transforming the Built Environment for Mobility Challenged Seniors: Protocol for the Built Environment in Falls and ArthrITis (BE-FIT) Study

A neighborhood’s built environment can challenge the mobility of older mobility-challenged adults (due to knee osteoarthritis and falls), reducing their participation and quality of life. The Built Environment in Falls and arthrITis (BE-FIT) study aims to understand the neighborhood influence on the mobility, participation, and psychosocial health of older adults with knee osteoarthritis and/or falls. BE-FIT comprises four work packages (WPs). WP1 quantitatively explores relationships among environmental-, social-, and person-related factors and participation outcomes of its intended population. WP2 employs qualitative methods to comprehend the relationships among WP1’s variables. Via a combination of wearable sensor technology and qualitative geospatial methods, WP3 aims to characterize its population’s movement behavior, mobility, functional activity of daily living, and lived experiences of residing in a mature neighborhood. Finally, WP4 engages crucial stakeholders to co-develop evidence-based recommendations to inform public health, urban planning, and aging policies and implementation. BE-FIT could benefit societies with rising incidence of knee osteoarthritis and falls by improving neighborhoods and lives of older mobility-challenged residents.

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Publication Details

Journal
Journal of Ageing and Longevity
Published
2026-05-29
DOI
https://doi.org/10.3390/jal6020043
Primary Topic
Urban Transport and Accessibility
Type
article
Field-Weighted Citation Impact
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article

Transforming the Built Environment for Mobility Challenged Seniors: Protocol for the Built Environment in Falls and ArthrITis (BE-FIT) Study

Navrag B. Singh, Isaac Okumura Tan, Shamsul Azrin Jamaluddin, Bryan Yijia Tan et al.
Journal of Ageing and Longevity
Urban Transport and Accessibility
article

Transforming the Built Environment for Mobility Challenged Seniors: Protocol for the Built Environment in Falls and ArthrITis (BE-FIT) Study

Navrag B. Singh, Isaac Okumura Tan, Shamsul Azrin Jamaluddin, Bryan Yijia Tan, Phyllis Liang, Nien Xiang Tou, Julian Thumboo, Yee Sien Ng, Houhao Liang, Eugene Yong Sheng Woon, Shiau Ching Wong, Chun Yue Tan, YY Ding, NH Ismail, Panos Mavros, Su Su, Neha Seayad, Eloise Ying Ying Lie, Krešimir Friganović, Joanne Ee Chia Kua, Su-Yin Yang
article en

Abstract

A neighborhood’s built environment can challenge the mobility of older mobility-challenged adults (due to knee osteoarthritis and falls), reducing their participation and quality of life. The Built Environment in Falls and arthrITis (BE-FIT) study aims to understand the neighborhood influence on the mobility, participation, and psychosocial health of older adults with knee osteoarthritis and/or falls. BE-FIT comprises four work packages (WPs). WP1 quantitatively explores relationships among environmental-, social-, and person-related factors and participation outcomes of its intended population. WP2 employs qualitative methods to comprehend the relationships among WP1’s variables. Via a combination of wearable sensor technology and qualitative geospatial methods, WP3 aims to characterize its population’s movement behavior, mobility, functional activity of daily living, and lived experiences of residing in a mature neighborhood. Finally, WP4 engages crucial stakeholders to co-develop evidence-based recommendations to inform public health, urban planning, and aging policies and implementation. BE-FIT could benefit societies with rising incidence of knee osteoarthritis and falls by improving neighborhoods and lives of older mobility-challenged residents.

Journal of Ageing and LongevityVol. 6(2)
Télécom Paris (FR), Nanyang Technological University (SG), Singapore General Hospital (SG), Tan Tock Seng Hospital (SG), Khoo Teck Puat Hospital (SG), Woodlands Health Campus (SG), CREATe Centre (GB), Geriatric Education and Research Institute (SG)
Sustainable cities and communities
Openalex Percentile: Top 4%
Urban Transport and Accessibility
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