Recreational Therapy Commons^™

Walking Performance Is Worse In Black Than White People With Multiple Sclerosis, Robert W. Motl, Deborah Backus, Jeffrey R. Hebert, Alexander V. Ng, Kevin K. Mccully, Whitney N. Neal, Hollie Schmidt, Robert Mcburney, Prudence Plummer, Francois Bethoux, John Lowman, Gary R. Cutter

Exercise Science Faculty Research and Publications

Background

There is emerging evidence for poor health outcomes among Black people with MS, and Black people with MS may have worse walking performance than White counterparts.

Purpose

The current study examined if Black participants with MS had slower walking speed (timed 25-foot walk, T25FW) and shorter walking distance (six-minute walk, 6MW) than White participants, and if these differences were accounted for by demographic variables, physical activity, disease/clinical characteristics, and Social Determinants of Health (SDOH).

Method

The analysis included samples of Black (N = 105) and White (N = 246) participants with MS who completed the T25FW and 6MW, underwent …

Validation Of Scores From A Telephone Administered Multiple Sclerosis Walking Scale-12 In Persons With Multiple Sclerosis, Robert W. Motl, Prudence Plummer, Deborah Backus, Jeffrey R. Hebert, Whitney N. Neal, Alexander V. Ng, John Lowman, Francois Bethoux, Hollie Schmidt, Robert Mcburney, Kevin K. Mccully, Gary R. Cutter

Exercise Science Faculty Research and Publications

Background

The Multiple Sclerosis Walking Scale-12 (MSWS-12) has typically been delivered through paper-and-pencil or computer-based administration.

Purpose

This study examined the validity of inferences from scores derived via a telephone administration of the MSWS-12 applied as part of screening of participants with walking dysfunction into a clinical trial of exercise training in MS.

Method

The MSWS-12 was administered on two occasions separated by approximately 2 weeks through the telephone and then in-person (i.e., computer-based administration). Participants further completed the Patient Determined Disease Steps (PDDS) scale, timed 25-foot walk (T25FW), six-minute walk (6MW), Modified Fatigue Impact Scale (MFIS), and Multiple Sclerosis …

Middle-Range Scores From The Patient Determined Disease Steps Scale Reflect Varying Levels Of Walking Dysfunction In Multiple Sclerosis, Robert W. Motl, Whitney Neal, Deborah Backus, Jeffrey Hebert, Kevin K. Mccully, Francois Bethoux, Prudence Plummer, Alexander V. Ng, John Lowman, Hollie Schmidt, Robert Mcburney, Gary R. Cutter

Exercise Science Faculty Research and Publications

Background

Multiple sclerosis (MS) is a leading cause of neurological disability among young and middle-aged adults worldwide, and disability is measured using a variety of approaches, including patient reported outcome measures (PROMs) such as the Patient Determined Disease Steps (PDDS) scale. There is limited evidence for the validity of inferences from the middle-range of scores on the PDDS (i.e., 3 “gait disability” – 6 “bilateral support”), but that range of scores seemingly represents moderate disability characterized by varying levels of walking dysfunction.

Purpose

The current study examined whether the middle-range of scores from the PDDS reflect varying levels of walking …

Footwear Characteristics: Effects On Dynamic Balance In The Young And Elderly, Joseph Wallace

Theses and Dissertations (Comprehensive)

Older adults suffer from an increased risk of falling, and falls make up a substantial percentage of injuries and mortality rates in elderly populations. Falls also burden health and long-term care infrastructure and can limit individual independence and overall functioning due to fear of falling. Footwear and orthotic interventions have previously been shown to affect balance in both young and older adult populations and may provide a potential avenue for improving balance and combatting fall rates. Footwear and orthotic interventions are relatively easily implemented, however there is a lack of consistency among current footwear and orthotic literature as well as …

Associations Of Functional Connectivity And Walking Performance In Multiple Sclerosis, Rachel E. Bollaert, Kyle Poe, Elizabeth A. Hubbard, Robert W. Motl, Lara A. Pilutti, Curtis L. Johnson, Bradley P. Sutton

Exercise Science Faculty Research and Publications

Background

Persons with multiple sclerosis (MS) often demonstrate impaired walking performance, and neuroimaging methods such as resting state functional connectivity. (RSFC) may support a link between central nervous system damage and disruptions in walking.

Objectives

This study examined associations between RSFC in cortical networks and walking performance in persons with MS.

Methods

29 persons with MS underwent 3-T brain magnetic resonance imaging (MRI) and we computed RSFC among 68 Gy matter regions of interest in the brain. Participants completed the Timed 25-foot Walk as a measure of walking performance. We examined associations using partial Pearson product-moment correlation analyses (r …