Open Access. Powered by Scholars. Published by Universities.®
- Discipline
-
- Medicine and Health Sciences (167)
- Exercise Science (145)
- Biomechanics (116)
- Sports Sciences (80)
- Other Kinesiology (61)
-
- Motor Control (57)
- Psychology of Movement (49)
- Rehabilitation and Therapy (33)
- Social and Behavioral Sciences (28)
- Physical Therapy (23)
- Medical Sciences (21)
- Education (17)
- Nutrition (16)
- Physiology (16)
- Public Health (14)
- Engineering (13)
- Psychology (13)
- Medical Specialties (11)
- Mechanical Engineering (9)
- Medical Physiology (9)
- Anatomy (8)
- Diseases (7)
- Sociology (7)
- Biomechanical Engineering (6)
- Exercise Physiology (6)
- Neurosciences (6)
- Nursing (6)
- Biomedical Engineering and Bioengineering (5)
- Keyword
-
- Exercise (31)
- Running (19)
- Biomechanics (16)
- Walking (16)
- Kinematics (14)
-
- Gait (13)
- Gait in humans (9)
- Human mechanics (8)
- Balance (7)
- Performance (7)
- Shoes (7)
- Body composition (6)
- Footwear (6)
- Kinetics (6)
- Obesity (6)
- Physical activity (6)
- Physical therapy (6)
- EMG (5)
- Equilibrium (Physiology) (5)
- External focus (5)
- Physical Activity (5)
- Reaction time (5)
- Rehabilitation (5)
- Stretching exercises (5)
- VO2max (5)
- Body mass index (4)
- Cycling (4)
- Endurance (4)
- Fatigue (4)
- Flexibility (4)
- Publication Year
- Publication
-
- UNLV Theses, Dissertations, Professional Papers, and Capstones (174)
- Topics in Exercise Science and Kinesiology (80)
- Kinesiology and Nutrition Sciences Faculty Research (34)
- Physical Therapy Faculty Research (11)
- Interdisciplinary Research Scholarship Day (9)
-
- Integrated Health Sciences Faculty Research (4)
- Undergraduate Research Symposium Posters (4)
- AANAPISI Poster Presentations (2)
- Honors College Theses (2)
- Life Sciences Faculty Research (2)
- Mechanical Engineering Faculty Research (2)
- Computer Science Faculty Research (1)
- Electrical & Computer Engineering Faculty Research (1)
- Environmental & Global Health Faculty Research (1)
- Kinesiology and Nutrition Sciences Student Research (1)
- McNair Journal (1)
- McNair Poster Presentations (1)
- Nevada Journal of Public Health (1)
- Psychology Faculty Research (1)
- Undergraduate Research Opportunities Program (UROP) (1)
- Undergraduate Research Symposium Podium Presentations (1)
- Publication Type
Articles 331 - 334 of 334
Full-Text Articles in Kinesiology
An Examination Of Body Composition Measurement Methods In Children, Robert Kaplan
An Examination Of Body Composition Measurement Methods In Children, Robert Kaplan
UNLV Theses, Dissertations, Professional Papers, and Capstones
Introduction . Body-composition methods include underwater weighing (UWW), skinfold thickness (SKF), bioelectrical impedance (BIA), and the BOD POD. Although these techniques are used routinely, each has its inherent limitations, especially in children. Purpose . The purpose of this study was to examine the various methods of body composition in children. Methods . The body composition of 7 boys between the ages of 12-14 (13.1 +/- 1.1 years) was determined using the BOD POD, UWW, SKF, and BIA. Results . Percent body fat estimated from the BOD POD (21.9 +/- 7.8%BF) was not significantly different than the estimated percent fat from …
Ground Reaction Forces For Children Running In Different Shoes, Dana Forrest
Ground Reaction Forces For Children Running In Different Shoes, Dana Forrest
UNLV Theses, Dissertations, Professional Papers, and Capstones
The purpose of this study was to determine whether certain ground reaction force parameters such as impact force (F1), second maximum force (F2), loading rate, stance time and average vertical ground reaction force (Fzavg) differ when 11-13 year old children run in a neutral shoe (Nike Air Pegasus+ 25) that is either a child or adult style.
Shoes were impact tested in an impact test instrument to determine any performance differences between the two shoes. Next, 10 healthy female subjects aged 12.03 ± 1.14 years with a height of 154.6 ± 4.90 cm and a mass of 46.18 ± 14.33 …
Public Posting As A Strategy To Increase Walking: A Worksite Intervention, Rayleen Earney, Timothy J. Bungum
Public Posting As A Strategy To Increase Walking: A Worksite Intervention, Rayleen Earney, Timothy J. Bungum
Environmental & Global Health Faculty Research
Because most American adults do not meet recommended physical activity guidelines, the need for new and innovative strategies is apparent. The current study employed public posting in an attempt to increase walking behavior in a worksite setting. Pedometer generated data was publicly posted in a prominent location in the worksite. In our study that utilized a pre-experimental design, we found that walking steps were statistically higher during the intervention and in a post intervention period as compared to the baseline data. We conclude that the public posting of physical activity data has the potential to increase walking behavior.
Optimization Of The Seating Position In A Human-Powered Vehicle, Y. Lei, Mohamed Trabia, D. Too
Optimization Of The Seating Position In A Human-Powered Vehicle, Y. Lei, Mohamed Trabia, D. Too
Mechanical Engineering Faculty Research
Until recently, most of the human-powered vehicles (HPV) were designed focusing solely on its aerodynamics characteristic. In many of these HPV designs, the rider seating position was arbitrarily chosen without consideration of its effect on the rider's comfort and cycling effectiveness. Also, there is no guarantee that the seating position is related to maximum power output. Too (1991) used an experimental approach to determine that the rider will produce the maximum anaerobic power when the seat tube angle of a bicycle is at 75° whereas Hull and Gonzalez (1990) used an engineering approach to optimize the cycling biomechanics. However several …