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Full-Text Articles in Exercise Science
Oral Vs. Nasal Breathing During Submaximal Aerobic Exercise, Chase Ovila Platt Lacomb
Oral Vs. Nasal Breathing During Submaximal Aerobic Exercise, Chase Ovila Platt Lacomb
UNLV Theses, Dissertations, Professional Papers, and Capstones
When comparing oral breathing versus nasal breathing more volume of air can be transported through the oral passageway, but nasal breathing can lead to slower respiration rates and cleaner inspired air. The purpose of this study is to find the most efficient mode of breathing during different intensities of submaximal aerobic exercise. There were 9 males and 10 females that completed this study. First test was a VO2 Max test, 3.0 mph for 3 minutes, with increases in 1.0 mph every minute after that. Using a regression equation running speeds were determined for each individual’s submaximal intensities. The desire …
Validation And Reliability Of The Hexoskin And Fitbit Flex Wearable Bio Collection Devices, Jeffrey Montes
Validation And Reliability Of The Hexoskin And Fitbit Flex Wearable Bio Collection Devices, Jeffrey Montes
UNLV Theses, Dissertations, Professional Papers, and Capstones
The purpose of this study was to investigate whether the Hexoskin shirt and the wrist worn Fitbit Flex activity monitor were both valid and reliable for the physiological functions they were designed to monitor. Heart rate (beats·min-1), respiratory rate (breaths·min-1), step count, and energy expenditure results were collected for the Hexoskin. Step count and energy expenditure were collected for the Fitbit Flex. 49 adolescent participants performed a walking treadmill protocol at 1.5 mph, 2.5 mph, and 3.5 mph for 3 minutes at each speed. 46 subjects returned to perform the same protocol a second time. 31 of the participants were …
Changes In Sprint Kinetics Or Kinematics Following Static Or Dynamic Stretching, Kristyne Bartel
Changes In Sprint Kinetics Or Kinematics Following Static Or Dynamic Stretching, Kristyne Bartel
UNLV Theses, Dissertations, Professional Papers, and Capstones
The purpose of this study was to determine the effects of static or dynamic stretching on hip kinematics and kinetics during intermittent sprinting. To achieve this aim, intermittent sprint athletes were asked to complete either a static or dynamic stretch, followed by a repeated-sprint protocol. Hip joint kinematics and performance measures were evaluated during the sprint, including changes that occurred in these variables over the course of the sprint protocol. In addition, hip flexion torque was measured with an isokinetic dynamometer. Ten male (age = 25±2.3 years, 175±3.2 cm, 76.2±2.7 kg) and female (age = 20±1 years, 166±1.3 cm, 60±1.1 …