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Articles 1 - 4 of 4
Full-Text Articles in Sports Sciences
Gender Differences Between Overall Resistance Work And Overall Energy Costs, Stephanie Lomasney, Amanda Lessard, Abby Steitz, Meg Bosse
Gender Differences Between Overall Resistance Work And Overall Energy Costs, Stephanie Lomasney, Amanda Lessard, Abby Steitz, Meg Bosse
Thinking Matters Symposium Archive
No abstract provided.
The Influence Of Exercise Environment And Gender On Mood And Exertion, Thomas G. Plante, Marily A. Opezzo, L. Aislinn Diaz, Selena Pistoresi, Michael Santos, Jacqueline E. Fahey, Elizabeth Kay, Briana Britton, Suheel Khan
The Influence Of Exercise Environment And Gender On Mood And Exertion, Thomas G. Plante, Marily A. Opezzo, L. Aislinn Diaz, Selena Pistoresi, Michael Santos, Jacqueline E. Fahey, Elizabeth Kay, Briana Britton, Suheel Khan
Psychology
This study examined the influence of exercise environment and gender on post-exercise mood and exertion. College student participants (55 females, 49 males) were instructed to pedal a stationary bike at a moderate pace for 20 minutes. Participants were randomly assigned to one of three laboratory conditions: (1) exercising in front of a mirror and posters showing ideal fit body types (i.e., celebrity male and female personal trainers), (2) exercising in front of a mirror only, or (3) a control condition in which participants exercised without a mirror or posters. The Activation- Deactivation Adjective Check List (AD-ACL), measuring exercise-induced mood states, …
Influence Of Age And Sex On Pacing During Sprint, Olympic, Half-Ironman And Ironman Triathlons. Part B, Sam Shi Xuan Wu, Jeremiah J. Peiffer, Jeanick Brisswalter, Wing Y. Lau, Kazunori Nosaka, Christopher Abbiss
Influence Of Age And Sex On Pacing During Sprint, Olympic, Half-Ironman And Ironman Triathlons. Part B, Sam Shi Xuan Wu, Jeremiah J. Peiffer, Jeanick Brisswalter, Wing Y. Lau, Kazunori Nosaka, Christopher Abbiss
Research outputs 2014 to 2021
The aim of this study was to investigate the influence of biological sex and age on the pacing strategies adopted by non-drafting top triathletes during the cycle and run disciplines of a Sprint, Olympic, half-Ironman and Ironman triathlon. Split times of the top 20% non-elite males (n=468) and females (n=146) were determined using official race transponders and a video capture system for pre-determined sections of the cycle and run disciplines of four triathlon distances. Indices of pacing were calculated to compare between sexes and age-groups. Results of this study indicated that different pacing strategies were adopted between athletes of different …
Head Impact Exposure In Male And Female Collegiate Ice Hockey Players, Bethany J. Wilcox, Jonathan G. Beckwith, Richard M. Greenwald, Jeffrey J. Chu, Thomas W. Mcallister, Laura A. Flashman, Arthur C. Maerlender, Ann-Christine Duhaime, Joseph J. Crisco
Head Impact Exposure In Male And Female Collegiate Ice Hockey Players, Bethany J. Wilcox, Jonathan G. Beckwith, Richard M. Greenwald, Jeffrey J. Chu, Thomas W. Mcallister, Laura A. Flashman, Arthur C. Maerlender, Ann-Christine Duhaime, Joseph J. Crisco
Department of Psychology: Faculty Publications
The purpose of this study was to quantify head impact exposure (frequency, location and magnitude of head impacts) for individual male and female collegiate ice hockey players and to investigate differences in exposure by sex, player position, session type, and team. Ninety-nine (41 male, 58 female) players were enrolled and 37,411 impacts were recorded over three seasons. Frequency of impacts varied significantly by sex (males: 287 per season, females: 170, p < 0.001) and helmet impact location (p < 0.001) but not by player position (p = 0.088). Head impact frequency also varied by session type; both male and female players sustained more impacts in games than in practices (p < 0.001), however the magnitude of impacts did not differ between session types. There was no difference in 95th percentile peak linear acceleration between sexes (males: 41.6 g, females: 40.8 g), but 95th percentile peak rotational acceleration and HITsp (a composite severity measure) were greater for males than females (4424, 3409 rad/s2, and 25.6, 22.3, respectively). Impacts to the back of the helmet resulted in the greatest 95th percentile peak linear accelerations for males (45.2 g) and females (50.4 g), while impacts to the side and back of the head were associated with the greatest 95th percentile peak rotational accelerations (males: 4719, 4256 rad/sec2, females: 3567, 3784 rad/sec2, respectively). It has been proposed that reducing an individual’s head impact exposure is a practical approach for reducing the risk of …