Spinal mobility is commonly assessed by clinicians for individuals with low back pain (LBP) and is an important factor for informing patient diagnosis, prognosis, and plan of care. 1 – 4 Segmental mobility may provide insight on spine health and function, given that in vitro findings of tissue
Liana M. Tennant, Erika Nelson-Wong, Joshua Kuest, Gabriel Lawrence, Kristen Levesque, David Owens, Jeremy Prisby, Sarah Spivey, Stephanie R. Albin, Kristen Jagger, Jeff M. Barrett, James D. Wong and Jack P. Callaghan
Odessa Addison, Monica C. Serra, Leslie Katzel, Jamie Giffuni, Cathy C. Lee, Steven Castle, Willy M. Valencia, Teresa Kopp, Heather Cammarata, Michelle McDonald, Kris A. Oursler, Chani Jain, Janet Prvu Bettger, Megan Pearson, Kenneth M. Manning, Orna Intrator, Peter Veazie, Richard Sloane, Jiejin Li and Miriam C. Morey
stroke ( Rillamas-Sun et al., 2014 ; van den Bussche et al., 2011 ). Furthermore, obesity is a leading cause of mobility limitations in older adults ( Samper-Ternent & Al Snih, 2012 ; Villareal et al., 2005 ; Villareal, Banks, Siener, Sinacore, & Klein, 2004 ). Obese older adults experience
Ashley A. Herda, Brianna D. McKay, Trent J. Herda, Pablo B. Costa, Jeffrey R. Stout and Joel T. Cramer
/vitamin D consumption ( Baugreet, Hamill, Kerry, & McCarthy, 2017 ). These nutrients play a vital role in muscle health. Loss of healthy muscle is associated with physical disability, reduced physical activity, decreased mobility, lower muscle strength, and limited muscle endurance ( Rolland et al., 2008
Aftab E. Patla and Anne Shumway-Cook
Mobility, the ability to move independently, is critical to maintaining independence and quality of life. Among older adults, mobility disability results when an individual cannot meet the demands of the environment. Current approaches to defining mobility rely on distance and time measures, or decompose mobility into subtasks (e.g., climbing, sit to stand), but provide limited understanding of mobility in the elderly. In this paper, a new conceptual framework identifies the critical environmental factors, or dimensions, that operationally define mobility within a given community, such as ambient conditions (light levels, weather conditions) and terrain characteristics (stairs, curbs). Our premise is that the environment and the individual conjointly determine mobility disability. Mobility in the elderly is defined not by the number of tasks a person can or cannot perform, but by the range of environmental contexts in which tasks can be safely carried out: the more disabled, the more restrictive the dimensions.
Richard Larouche, Joel D. Barnes, Sébastien Blanchette, Guy Faulkner, Negin A. Riazi, François Trudeau and Mark S. Tremblay
living too far from their school for AT to be a feasible option ( 25 , 50 ). Recent studies also suggest that promoting children’s independent mobility (IM; ie, children’s freedom to move around in public space without adult supervision) might be a promising strategy to increase both AT and PA among
Teresa Zwierko, Wojciech Jedziniak, Beata Florkiewicz, Halil İbrahim Ceylan, Piotr Lesiakowski, Marta Śliwiak, Marta Kirkiewicz and Wojciech Lubiński
-hand coordination tasks ( Kotecha, O’Leary, Melmoth, Grant, & Crabb, 2009 ; Zwierko et al., 2019 ), and walking or, in general, mobility ( Friedman, Freeman, Munoz, Jampel, & West, 2007 ; Gomes et al., 2018 ; Nelson, Aspinall, Papasouliotis, Worton, & O’Brien, 2003 ; Ramulu et al., 2012 ; Turano, Rubin
Debra J. Rose
In recent years, a number of research investigations have been conducted in an effort to determine whether declining balance and mobility among older adults can be reversed or at least slowed. Unfortunately, the results of a number of these studies have not yielded positive outcomes. Three reasons are forwarded to account for these unsuccessful outcomes: the lack of a contemporary theory-based approach to the problem, the failure to use multiple and diverse measures of balance and mobility, and the failure to design multidimensional interventions that target the actual source(s) of the balance or mobility-related impairments. A model fall-risk-reduction program designed to address each of the shortcomings associated with previous research findings is presented. The program is group based and suitable for implementation in community-based and residential care facilities.
Gareth R. Jones, Jennifer M. Jakobi, Albert W. Taylor, Rob J. Petrella and Anthony A. Vandervoort
Community-based rehabilitative exercise programs might be an effective means to improve functional outcomes for hip-fracture patients. The purpose of this study was to evaluate the effectiveness of a community exercise program (CEP) for older adults recovering from hip fracture. Twenty-five older adults (mean age 80.0 ± 6.0 years; 24 women; 71 ± 23 days post–hip fracture) participated in this pilot study (17 exercise, 8 control). The CEP involved functional stepping and lower extremity–strengthening exercises. Control participants received only standard outpatient therapy. Measures of functional mobility, balance confidence, falls efficacy, lower extremity strength, and daily physical activity were evaluated at baseline and at 16 weeks. Improvements for self-reported physical activity, mobility, balance, and knee-extensor strength were observed for the CEP group. This study demonstrated that a CEP is beneficial for community-dwelling older adults post–hip fracture.
Thomas G. Palmer, D, Bradley Wilson, Mallory Kohn and Sarah Miko
The Graston technique (GT) is prescribed to increase range of motion (ROM) in pathological patients, however little evidence exists regarding the effect GT has on healthy soft tissue joint ROM. The purpose of this study was to evaluate the effect GT would have on ankle dorsifl xion when compared with traditional static stretching (TS) among 50 healthy track and field volunteers. Participants were randomly assigned to a GT, TS, or control group. GT yielded a greater increase in talocrural joint dorsifl xion when compared with TS. GT seems to provide mobility to healthy tissue, such as fascia and muscle not previously reported.
Jaclyn Megan Sions, Elisa Sarah Arch and John Robert Horne
. There has been less focus on modifiable factors that may predict physical activity, such as reduced functional mobility, suboptimal balance confidence, and lack of prosthetic use. Identifying modifiable factors that influence physical activity is critical to reduce morbidity and mortality for adults