immediate neonatal period and may contribute to the prevention of osteopenia of prematurity. It is unclear why a similar exercise protocol resulted in increased mineralization in the Moyer-Mileur et al studies ( 23 , 24 ), but only attenuated decreases in bone SOS in the latter study. Difference between
Search Results
The Role of Exercise in Prevention and Treatment of Osteopenia of Prematurity: An Update
Alon Eliakim, Ita Litmanovitz, and Dan Nemet
Implementation of an Evidence-Based, Tai Ji Quan Fall Prevention Program in Rural West Virginia Churches: A RE-AIM Evaluation
Dina L. Jones, Terry Kit Selfe, Sijin Wen, Jennifer L. Eicher, Sara Wilcox, and Corrie Mancinelli
and rural West Virginia (WV) ( Burns & Kakara, 2018 ; Centers for Disease Control and Prevention & National Center for Injury Prevention and Control, 2019a , 2019b ; Levi et al., 2015 ). In 2018, the death rate in WV (93 per 100,000) was significantly higher than the U.S. average (64 per 100
Benefits and Barriers Associated With Intention to Participate in Injury Prevention Programs in Reserve Officers’ Training Corps Cadets
Emily H. Gabriel and Cameron J. Powden
missed duty. 6 Long term, there is an increased likelihood for the early development of osteoarthritis 7 and decreased health-related quality of life. 8 Focus has been shifted toward the prevention of these injuries to avoid the negative consequences associated with them. In 2003, a military
Leisure Sedentary Behavior Levels and Meeting Program Goals in a Community Lifestyle Intervention for Diabetes Prevention
Bonny Rockette-Wagner, Rachel G. Miller, Yvonne L. Eaglehouse, Vincent C. Arena, M. Kaye Kramer, and Andrea M. Kriska
Time spent in activities with low energy expenditure performed while sitting or lying down has been termed sedentary behaviors . 1 These behaviors have been shown to increase the risk of diabetes and cardiovascular disease. 2 , 3 More than 10 years after the Diabetes Prevention Program (DPP
Prehabilitation for Recreational Runners: Motivators, Influencers, and Barriers to Injury Prevention Strategies for Running-Related Injury
Linda Linton, Morag Barr, and Stephanie Valentin
common reason for discontinuing the sport, particularly among novice runners. 6 Moreover, runners who sustain a RRI are less likely to engage in other types of activity 7 and thus could be at risk of lowering their general physical activity. Therefore, injury prevention strategies in runners are needed
Health Belief Model and Theory of Planned Behavior: A Theoretical Approach for Enhancing Lower Extremity Injury Prevention Program Participation
Emily M. Hartley, Matthew C. Hoch, and Robert J. Cramer
high school athletic injuries, respectively. 1 , 2 Individuals who sustain lower extremity injuries are more likely to develop long-term consequences such as osteoarthritis 3 – 5 and a decreased health-related quality of life. 6 Therefore, primary prevention efforts to reduce the incidence of lower
Effects of Enriched Physical Activity Environments on Balance and Fall Prevention in Older Adults: A Scoping Review
Mohsen Shafizadeh, Jane Manson, Sally Fowler-Davis, Khalid Ali, Anna C. Lowe, Judy Stevenson, Shahab Parvinpour, and Keith Davids
establish a principle in the provision of physical activity and fall prevention programs so that designing more enabling physical activity environments that could mitigate the performance declines due to aging process is emphasized. Another theory that supports a cyclic interaction between the person and
Programming Physical Activity in Young Infants At-Risk for Early Onset of Obesity
Dale A. Ulrich and Janet L. Hauck
The purpose of this article is to discuss the growing problem of very early onset of obesity occurring before two years of age and to review infant motor development, physical activity, and effective pediatric disability motor interventions that may offer potential strategies to help reduce this growing problem earlier in life. Based on the review of physical activity interventions used with infants with a disability, we will propose strategies to consider to program early physical activity exposures into nondisabled young infants who are at risk for obesity. These proposed physical activity strategies will need to be combined with successful public health approaches to reducing early onset of obesity during infancy. Lucas (1991) conceived the term programming referring to permanent or extended effects of an environmental exposure occurring during a sensitive developmental period. In this paper, we propose that a very sensitive period for early onset of obesity is the first six months of postnatal life. If innovative strategies to increase the frequency of daily exposures to physical activity in young infants can be identified, these strategies could be combined with current public health approaches to preventing obesity in women before, during, and following pregnancy. Given the complexity of the obesity problem, no single strategy for prevention should be expected to be very successful.
The Application of Artificial Intelligence in Digital Physical Activity and Falls Prevention Interventions for Older Adults
David C. Wong, Siobhan O’Connor, and Emma Stanmore
perspectives . International Journal of Older People Nursing, 15 ( 2 ), Article e12311 . https://doi.org/10.1111/opn.12311 Choi , N. , Stanmore , E. , Gell , N. , Caamano , J. , Vences , K , & Gell , N.M. ( 2021 ). A feasibility study of multi-component fall prevention for homebound older
Effect of a 6-Week Strengthening Program on Shoulder and Scapular-Stabilizer Strength and Scapular Kinematics in Division I Collegiate Swimmers
Elizabeth E. Hibberd, Sakiko Oyama, Jeffrey T. Spang, William Prentice, and Joseph B. Myers
Context:
Shoulder injuries are common in swimmers because of the demands of the sport. Muscle imbalances frequently exist due to the biomechanics of the sport, which predispose swimmers to injury. To date, an effective shoulder-injury-prevention program for competitive swimmers has not been established.
Objective:
To assess the effectiveness of a 6-wk strengthening and stretching intervention program on improving glenohumeral and scapular muscle strength and scapular kinematics in collegiate swimmers.
Design:
Randomized control trial.
Setting:
University biomechanics research laboratory.
Participants:
Forty-four Division I collegiate swimmers.
Interventions:
The intervention program was completed 3 times per week for 6 wk. The program included strengthening exercises completed using resistance tubing—scapular retraction (Ts), scapular retraction with upward rotation (Ys), scapular retraction with downward rotation (Ws), shoulder flexion, low rows, throwing acceleration and deceleration, scapular punches, shoulder internal rotation at 90° abduction, and external rotation at 90° abduction—and 2 stretching exercises: corner stretch and sleeper stretch.
Main Outcome Measurements:
Scapular kinematics and glenohumeral and scapular muscle strength assessed preintervention and postintervention.
Results:
There were no significant between-groups differences in strength variables at pre/post tests, although shoulder-extension and internal-rotation strength significantly increased in all subjects regardless of group assignment. Scapular kinematic data revealed increased scapular internal rotation, protraction, and elevation in all subjects at posttesting but no significant effect of group on the individual kinematic variables.
Conclusions:
The current strengthening and stretching program was not effective in altering strength and scapular kinematic variables but may serve as a framework for future programs. Adding more stretching exercises, eliminating exercises that overlap with weight-room training and swim training, and timing of implementation may yield a more beneficial program for collegiate swimmers.