International Journal of Research in Exercise Physiology

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Manuscript Archives2019-07-26T11:38:58-06:00

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30s-chair test (1) ACSM (1) activities of daily living (1) Activity Balance Confidence (1) ADLs (1) Aerobic Exercise (2) Aerobic Threshold (1) Aerobic Training (2) Agility (1) Anaerobic Endurance (1) Anaerobic Power (1) Anaerobic Threshold (2) Anthropometry (1) Apolipoproteins (1) Aqua Cycling (2) Arm Ergometry (1) Arterial Compliance (1) Arterial Health (1) Assessment (1) Athletic Training (1) Augmentation Index (1) Basketball (1) Behavior Change (1) Behavior Modification Theory (1) Big Five Inventory (1) Biodex Balance System (1) BIODEX SD (1) Biofeedback (1) biomechanics (1) Blood Lactate (1) BOD POD (1) Body Fat (1) Body Mass Index (1) Broad Jump (1) Brown Fat (1) Caffeine (1) Caloric (2) Caloric Expenditure (2) Cancer-Related Fatigue (1) Cardio-jam (1) Cardiometabolic Health (3) Cardiometabolic Profile (1) Cardiorespiratory fitness (5) Cardiovascular Disease (2) Cardiovascular Disease Risk (1) Cardiovascular Health (1) cerebral cortex (1) Children MVPA (1) College Students (1) Comfort (1) Cool-down (1) Core Temperature (1) Coronary Heart Disease (1) correlation (1) Cortisol (1) Creatine (1) Cross-tolerance (1) cycling performance (2) cycling test (2) Disability Exercise (1) Dosage (1) Drumming (1) Dynamic Warm-Up (1) Dyslipidemia (1) Education (1) Electromyography (3) EMG (1) Emotional Suppression (1) Endurance (1) Endurance performance (1) Energy Expenditure (11) Environmental Stress (1) EPOC (1) Ergogenic aid (2) Ergogenic aids (1) Estrogen (1) exercise (5) Exercise Intensity (8) Exercise Oncology (1) Exercise Physiology (2) Exercise Prescription (4) Exercise Training (3) Exercise Volume (1) External Rotation (1) fall-risk (3) fatigue (2) Female Rugby (1) Fine Motor (1) Fitness (2) Fitness Assessment (1) Fitness Watch (1) Flexibility (3) Functional Balance (1) Gait Speed (1) Glenohumeral (1) Glucose Clearance (1) Goniometer (2) Green Exercise (1) Gross Motor (1) Group Exercise (3) Habits (1) Hamstring (1) HbA1c (1) Health Coaching (3) Heart Disease (1) Heart Rate (1) Heat (1) Heat Acclimation (3) Heat Therapy (1) heat tolerance (1) Heat Training (1) Heel Contact (1) Heel Elevation (1) HIIT (2) Home-based Exercise (1) Horizontal Jump (1) Hot-Water Immersion (1) Hot Tub (1) Humidity (1) Hydrocycle (1) Hyperthermic Conditioning (3) Hypoxia (1) IASTM (1) injury prevention (1) Insert (1) Insole (1) Insulin (1) Insulin Resistance (1) Intensity (1) Internal Rotation (1) Interval Training (3) Intervention (1) Isokinetic (1) Isokinetic Strength (1) Job (1) Joint Replacement (2) Kinesiology (1) Kinesiology Tape (1) Krav Maga (1) lactate (2) Lactate Threshold (1) Les Mills (1) Leucine (1) Lifestyle (1) Lifestyle Behaviors (1) Maintenance (1) Masks (2) mathematical model (1) maximal exercise test (1) Maximal Exercise Testing (1) Maximal Oxygen Uptake (2) Maximum Vertical Jump (1) Menstrual Pain (1) Menstruation (1) Mental Fatigue (1) Metabolic Acidosis (1) Metabolic Cost (1) Metabolic Syndrome (3) Metabolism (2) Middle-Aged Adults (1) Minute Ventilation (1) Mobility (1) Moderate Intensity Exercise (1) motivation (1) Muscle Atrophy (1) Muscle fitness (1) Muscle Imbalance (1) Muscular Fitness (2) Muscular strength (1) Music Intervention (1) Myofascial Release (1) Negative Affect (1) neuromuscular fatigue (2) Non-Athletes (1) Non-shivering Thermogenesis (1) NormaTec (1) Obesity (1) Occlusion Training (1) Older Adults. (1) Older Community-dwelling Adults (1) Omron pedometers (1) Orthopedic Tape (1) Osteoarthritis (2) Overweight (1) oxygenation (1) Pain (1) Peak Oxygen Consumption (1) Peloton (1) Perceived exertion (1) Perception (1) Performance (1) Performance Enhancement (1) Performance Measures (2) Personalized Exercise (3) Personalized Relationships (1) pH (1) Physical Activity (5) Physical Activity Fulfillment (1) Physical Therapy (2) Physiology (1) plyometric strength (1) Postoperative (1) Powerlifting Shoes (1) Power Output (1) Practice-Based Learning (1) Prehabilitation (1) Prevention (4) Primary Prevention (1) Progesterone (1) Psychosocial Well-Being (1) Qualtrics (1) reactive strength index (1) recovery (2) Rehabilitation (1) REHIT (1) Relative Exercise Intensity (3) Resistance Exercise (1) Resistance Training (3) Responders (3) RMR (2) ROM (2) Rugby (1) Running (2) Running injury rates (1) Rural Health (1) Self-defense (1) Self-Myofascial Release (1) Self-Paced Running (1) Self-Paced Walking (1) Sit-N-Reach (1) Sit and Reach (1) skeletal muscle (1) Ski Touring (1) Sleep deprivation (1) Sockliner (1) Sport Activity (1) Sports (2) Sprint Interval Training (2) Strength and Conditioning (1) Strength Program (1) strength training (1) Stress (2) Stress Inoculation Training (1) Stretching (1) Student Development (1) Submaximal Exercise (1) Surgery (1) Sweat (1) Talk Test (1) Targeted messaging (1) Target Heart Rate (1) Task orientation and ego orientation (1) Testing (1) Thermal stress (2) Thermometer (1) Threshold-Based Training (1) Threshold Detection (1) Time Trial (1) Total Joint Arthroplasty (1) Training (2) Training Adaptations (1) Training Intensity (1) Training Responsiveness (1) Training Variability (2) Untrained. (1) Upper-Limb Exercise (1) Vasodilation (1) VeloCore (1) Ventilatory Threshold (1) Vertical Jump (1) Vigorous Exercise (1) Virtual Reality (1) VO2max (2) Volleyball (1) V̇O2peak (1) walking (1) Warm-up (1) Warmup (1) Water Exercise (1) Wearable Technology (1) Weightlifting Shoes. (1) Weight Loss (2) Weight Maintenance (1) Wingate (1) Wingate test (1) yoga (1) Young Adult (2) Zone Training (1)
2205, 2024

Acute Impact of Aerobic and Resistance Exercise on Premenstrual Symptoms in College-Aged Non-exercising Eumenorrheic Females

May 22nd, 2024|Manuscripts: Volume 19 Number 2 Spring 2024|Keywords: , , , , |

Grace Palubicki1, Nevaria Rumery1, Emily Flaskrud1, Emily Lamarche1, Ashley Hall1, Saori Braun1, Jeffrey Janot1. Acute Impact of Aerobic and Resistance Exercise on Premenstrual Symptoms in College-Aged Non-exercising Eumenorrheic Females. 1Department of Kinesiology, University of Wisconsin Eau Claire, Eau Claire, WI, USA.
2205, 2024

Acute and Adaptive Analgesic Effects of Passive Heat Therapy or High-Intensity Interval Exercise in Patients with Severe Lower-Limb Osteoarthritis: A Mixed-Methods Exploratory

May 22nd, 2024|Manuscripts: Volume 19 Number 2 Spring 2024|Keywords: , , , , , |

Brendon H. Roxburgh1, 2, 3, Holly A. Campbell1, 3, Rebecca Goodman1, James D. Cotter2, 3, Ulla Reymann1, David Gwynne-Jones1, 4, Kate N. Thomas, PhD1, 3. Acute and Adaptive Analgesic Effects of Passive Heat Therapy or High-Intensity Interval Exercise in Patients with Severe Lower-Limb Osteoarthritis: A Mixed-Methods Exploratory Study. 1Department of Surgical Sciences, Dunedin School of Medicine, University of Otago, Dunedin, New Zealand. 2School of Physical Education, Sport and Exercise Sciences, University of Otago, Dunedin, New Zealand. 3HeartOtago, University of Otago, Dunedin, New Zealand. 4Department of Orthopaedic Surgery, Dunedin Hospital, Southern District Health Board, Dunedin, New Zealand.

2205, 2024

The Effect of High Intensity Functional Training on Framingham 10-year risk of Heart Attack Score

May 22nd, 2024|Manuscripts: Volume 19 Number 2 Spring 2024|Keywords: , , |

Nicole R. Lewis1, Ryan M. Weatherwax2, Lance C. Dalleck1. The Effect of High Intensity Functional Training on Framingham 10-year risk of Heart Attack Score. 1High Altitude Exercise Physiology Program, Western Colorado University, Gunnison, CO, USA. 2Southern Oregon University, Department of Health and Exercise Science, Ashland, OR, USA.
2205, 2024

Maintenance of Preoperative Fitness by Home-Based Prehabilitation Following Supervised Prehabilitation in Patients Awaiting Total Hip or Knee Arthroplasty

May 22nd, 2024|Manuscripts: Volume 19 Number 2 Spring 2024|Keywords: , , , , , , |

Brendon H. Roxburgh1, 2, 3, Holly A. Campbell1, 3, James D. Cotter2, 3, Ulla Reymann1, David Gwynne-Jones1, 4, Kate N. Thomas, PhD1, 3. Maintenance of Preoperative Fitness by Home-Based Prehabilitation Following Supervised Prehabilitation in Patients Awaiting Total Hip or Knee Arthroplasty. 1Department of Surgical Sciences, Dunedin School of Medicine, University of Otago, Dunedin, New Zealand. 2School of Physical Education, Sport and Exercise Sciences, University of Otago, Dunedin, New Zealand
3HeartOtago, University of Otago, Dunedin, New Zealand. 4Department of Orthopaedic Surgery, Dunedin Hospital, Southern District Health Board, Dunedin, New Zealand.
2205, 2024

VO2 Master Analyzer versus Parvo Medics TrueOne 2400 Canopy System for assessing Resting Metabolic Rate and Oxygen Consumption

May 22nd, 2024|Manuscripts: Volume 19 Number 2 Spring 2024|Keywords: , , , |

Fred Miller III1, Breanna Hines1, Colby Martin1, Abigail McCain1, Emily Tedder1, Yenly Londono Calle2. VO2 Master Analyzer versus Parvo Medics TrueOne 2400 Canopy System for assessing Resting Metabolic Rate and Oxygen Consumption. 1Department of Kinesiology, Huntington University, Huntington, IN, USA. 2Parkview Huntington Hospital, Huntington, IN, USA.
2205, 2024

Profiling Substrate Utilization Patterns Using Ventilatory Thresholds as Markers of Exercise Intensity

May 22nd, 2024|Manuscripts: Volume 19 Number 2 Spring 2024|Keywords: , , |

Daniel Vargas1, Michelle R. Conway1. Profiling Substrate Utilization Patterns Using Ventilatory Thresholds as Markers of Exercise Intensity. 1High Altitude Exercise Physiology Program, Western Colorado University, Gunnison, CO, USA.
901, 2024

Proof of concept: can REHIT offset unfavorable cardiometabolic profiles in a sedentary disabled population?

January 9th, 2024|Manuscripts: Volume 19 Number 1 Fall 2023|Keywords: , , , |

Aspen R. Heale1, Alexia Thiros1, Michelle R. Conway1, Christina Buchanan1. Proof of concept: can REHIT offset unfavorable cardiometabolic profiles in a sedentary disabled population? 1High Altitude Exercise Physiology Program, Western Colorado University, Gunnison, CO, USA.
901, 2024

Aquatic reduced exertion high-intensity interval training (REHIT) increases cardiorespiratory fitness in untrained young adults compared with a land-based protocol

January 9th, 2024|Manuscripts: Volume 19 Number 1 Fall 2023|Keywords: , , , |

Lori Sherlock1, Brian Leary1, Olivia Naylor1, Emily Ryan1, Miriam Leary1. Aquatic reduced exertion high-intensity interval training (REHIT) increases cardiorespiratory fitness in untrained young adults compared with a land-based protocol. 1Division of Exercise Physiology, Department of Human Performance and Applied Exercise Science, School of Medicine, West Virginia University; West Virginia, USA.
1008, 2023

The Optimal Order for Cardiorespiratory, Resistance, Flexibility, and Neuromotor Exercise

August 10th, 2023|Manuscripts: Volume 18 Number 2 Spring 2023|Keywords: , , |

Julia P. Atwood1, Roberta L. Prins1, Christina A. Buchanon1, Madelyn A. Curry1, Lance C. Dalleck1. The Optimal Order for Cardiorespiratory, Resistance, Flexibility, and Neuromotor Exercise. 1Rereation, Exercise, and Sport Science Department, Western Colorado University, Gunnison, CO, USA.

1008, 2023

Personalized exercise programming enhances training responsiveness: a double-blind randomized controlled trial

August 10th, 2023|Manuscripts: Volume 18 Number 2 Spring 2023|Keywords: , , , |

Lance C. Dalleck1. Personalized exercise programming enhances training responsiveness: a double-blind randomized controlled trial. 1High Altitude Exercise Physiology Program, Western Colorado University, Gunnison, CO, USA.

*please contact the Editor-in-Chief for access to manuscripts published in Issues 1-10.

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