Browse

You are looking at 101 - 110 of 8,896 items for :

  • Sport and Exercise Science/Kinesiology x
  • Psychology and Behavior in Sport/Exercise x
  • Refine by Access: All Content x
Clear All
Restricted access

Volume 32 (2024): Issue 4 (Aug 2024)

Restricted access

Volume 12 (2024): Issue S1 (Aug 2024)

Restricted access

Volume 12 (2024): Issue 2 (Aug 2024)

Restricted access

Volume 21 (2024): Issue 8 (Aug 2024)

Restricted access

Volume 46 (2024): Issue 4 (Aug 2024)

Restricted access

Volume 13 (2024): Issue 3 (Aug 2024)

Free access

Prologue: Have You Heard About the Cotillion?

Maria J. Veri and Diane L. Williams

Restricted access

Relationship Between Executive Function Subdomains and Postural Balance in Community-Dwelling Older Adults

Claudia Martínez-Carrasco, Fernanda Cid-Navarrete, Pedro O. Rossel, Jorge Fuentes, Antonio Roberto Zamunér, Guillermo Méndez-Rebolledo, and Ignacio Cabrera-Aguilera

Background: Executive function (EF) deficits are a significant risk factor for falls among older adults (OAs). However, relationship between EF subdomains (shifting, updating, and inhibition), postural balance (PB), and fall risk in healthy OAs, remains poorly understood. Objective: This study aimed to investigate the relationship between EF subdomains (shifting, updating, and inhibition) and PB, and to assess their impact on risk of falls in community-dwelling OAs. Methods: A cross-sectional study involving 50 OAs aged over 60 years (average age of 72 years) was conducted. Participants underwent assessments of EF subdomains and PB using validated tests. A correlation analysis was employed to examine the relationships between EF and PB. Results: The study revealed significant correlations between subdomains and PB. Mental set shifting (r = −.539; p < .001) and inhibition (r = −.395; p = .050) exhibited inverse relationships with PB. Stepwise multiple linear regression showed that Trail Making Test Part B was associated with the PB (R 2 = .42, p < .001). Conclusion: These findings highlight the importance of assessing EF subdomains, particularly shifting and inhibition, to identify risk of falls. Trail Making Test Part B largely explains the variability of the PB. Integrating PB assessments and EF training, such as the Mini-BESTest, into routine care can be vital for fall prevention strategies. Significance/Implications: This knowledge underscores the need for cognitive training interventions focusing on shifting and inhibition to enhance PB and potentially reduce falls. Additionally, incorporation of EF assessment tools as Trail Making Test Part B and the Mini-BESTest into routine clinical practice for community-dwelling OAs is recommended to address fall prevention strategies.

Restricted access

“A Secret in Plain Sight”: Origin Stories From the Amy Morris Homans Cotillion

Maria J. Veri, Diane L. Williams, Jackie Hudson, Roberta S. Bennett, Karen P. DePauw, Emily H. Wughalter, and Linda Zwiren

The story of the Amy Morris Homans Cotillion is little known outside the circles of those who founded and attended the event. In this article, we detail the origins of the Cotillion from its inception in 1982 to its final iteration in 2014. This underground social event provided a safe space for women to connect and create a lesbian community of joyful sisterhood with long-lasting professional and personal relationships. At its peak, the Cotillion gathered hundreds of women, inviting them to drink, dance, and dream of a better world. We place the Cotillion in the context of the historical development of women’s physical education and the field of kinesiology and use oral-history interviews with women who founded, organized, and regularly attended the Cotillion to create a narrative of the origins of this event.

Restricted access

Sleep Characteristics, Magnetic Resonance Imaging- and Dual-Energy X-Ray Absorptiometry-Based Morphological Parameters, Muscle Strength, and Risk of Falls in Sedentary Older Subjects

Stefano Borghi, Antonio La Torre, Carmelo Messina, Luca M. Sconfienza, Giuseppe Banfi, and Jacopo A. Vitale

Background: The aims of this cross-sectional study were to (a) assess actigraphy-based sleep parameters (total sample and gender differences), (b) assess differences in morphological parameters and physical function between short- versus normal-sleepers and poor- versus good-sleepers, and (c) assess the possible correlations between sleep variables and morphological and physical function parameters in older subjects. Methods: This study enrolled 42 healthy older participants (60–80 years). Participants completed the following clinical evaluations: (1) whole-body dual-energy X-ray absorptiometry to assess the appendicular skeletal muscle mass index; (2) magnetic resonance imaging acquisition to determine the cross-sectional muscle area of thigh muscles and intermuscular adipose tissue; (3) risk of fall assessment through the mini-Balance Evaluation Systems Test; (4) strength assessment: (a) chair stand test and (b) handgrip strength test; (5) sleep monitoring by actigraphy to assess total sleep time, sleep efficiency, wake after sleep onset, sleep latency, fragmentation index, mobile time, and subjective sleep quality. Results: 31.0% of subjects were short-sleepers (total sleep time < 6 hr), 19.1% were poor-sleepers (sleep efficiency < 85%), and gender differences were detected in mobile time (males: 15.8 ± 6.0 and females: 13.4 ± 6.8; p < .001) and fragmentation index (males: 35.3 ± 14.3 and females: 29.6 ± 14.6; p < .001); no significant differences were observed between groups (short- vs. normal-sleepers and poor- vs. good-sleepers) in morphological and physical function variables; correlation analysis showed that sleep latency negatively correlated with Mini-Balance Evaluation Systems Test (r = −.352; p = .022) and a positive correlation was detected between cross-sectional muscle area and mobile time (r = .349, p = .023). Conclusion: No differences were observed in morphological and function parameters between good- versus poor-sleepers, those subjects with worse sleep onset latency (i.e., longer time to fall asleep) registered higher for risk of fall. The potential role of sleep in the physiological mechanisms of muscular aging must be explored through cross-sectional cohort studies with a larger population.