Faculty

Institution

Unit

Venue

Max Paquette

Professor

University of Memphis

Affiliations

College of Health Sciences

Max Paquette is currently serving as a College Of Health Sciences Professor at University of Memphis.

Honors

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Experiences

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Education

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Max Paquette

University of Memphis

Professor

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rehabilitation human movement exercise science athletic training physiology exercise physiology sport medicine sport science biomechanics kinesiology human performance sport physical therapy orthopedic biomechanics kinematics musculoskeletal science sport physiology physical medicine applied physiology exercise rehabilitation gait analysis physical activity movement analysis high-performance sport musculoskeletal function health sciences injury prevention sport injuries physical exercise musculoskeletal disorders upper extremity bipedal locomotion long run physiological measurements rearfoot strike runners motion analysis foot contact trained women orthopaedic research respiratory medicine musculoskeletal research physical education gait biomechanics stair ascent systematic review stair descent vertical jump performance lower-body dimensions training volume joint work endurance runners normalization technique between-muscle activation older runners neuroscience of aging knee surgery experimental gerontology clinical nutrition movement disorders laboratory medicine bone research energy strategies performance measurement human physiology mobility support spinal biomechanics lower limb trauma primary investigation healthy aging elderly care sex differences performance monitoring benchmark studies health monitoring meta-analysis motion detection physical aging orthopaedic surgery orthopedic surgery pathological gait

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

19 Using Wearable Technology Data to Explain Recreational Running Injury: A Prospective Longitudinal Feasibility Study. (2024)

Bradley NealChristopher BramahMolly McCarthy-RyanIsabel MooreChristopher NapierMax PaquetteAllison Gruber

public healthgait analysisinjury preventionwearable technologyhuman movementexercise sciencewearable technology datahuman performancehealth sciencesrehabilitation

Calf Muscle Strategy for Tibia Bone Load According to Gait Speed. Medicine & Science in Sports & Exercise (2024)

Changjae ParkShelby A. PeelSamuel M. LyonsMax R. Paquette

exercise physiologytibia bone loadsport sciencemuscle functionexercise sciencemedicineskeletal musclecalf muscle strategy

Do Exercise-Based Prevention Programs Reduce Injury in Endurance Runners? a Systematic Review and Meta-Analysis. Sports Medicine (2024)

Han WuKatherine Brooke-WavellDaniel T. P. FongMax R. PaquetteRichard C. Blagrove

epidemiologysystematic reviewmeta-analysissport injuriessport medicineendurance runnersexercise-based prevention programstraumainjury prevention

Reliability and Precision of Different Iterations of Concentric Rate of Force Development. Medicine & Science in Sports & Exercise (2024)

Lawrence W. WeissDouglas W. PowellSiena W. SenatoreMax W. PaquetteLindsey MasseyHailey Daugherty

sport sciencemedicineforce developmentconcentric ratereliability

Safety and Efficacy of a Probiotic Cocktail Containing P. Acidilactici and L. Plantarum for Gastrointestinal Discomfort in Endurance Runners: Randomized Double-Blinded Crossover Clinical Trial. Applied Physiology Nutrition and Metabolism (2024)

Sarah LennonThomas LackieAdriana MiltkoZoey C. KearnsMaxime R. PaquetteRichard J. BloomerAnyou WangMarie van der Merwe

medical nutritionexercise physiologyhuman nutritionphysiologyclinical nutritionrespiratory medicinenutritionprobiotic cocktailclinical trialsendurance runnersgastrointestinal discomfortmedicineapplied physiologyhealth sciences

The Influence of “Super-Shoes” and Foot Strike Pattern on Metabolic Cost and Joint Mechanics in Competitive Female Runners. Medicine & Science in Sports & Exercise (2024)

EDUARDO MARTINEZWOUTER HOOGKAMERDOUGLAS W. POWELLMAX R. PAQUETTE

exercise physiologyphysical medicinecompetitive female runnershuman movementexercise sciencehuman performancebiomechanicshigh-performance sportphysiologysport scienceathletic trainingjoint mechanicssport physiologyrehabilitationsport physical therapymetabolic costsport medicinemedicinemusculoskeletal science

Time to Stability of Treadmill Running Kinematics in Novel Footwear With Different Midsole Thickness. Journal of Biomechanics (2024)

Max R. PaquetteJake A. MelaroRoss SmithIsabel S. Moore

physiologyhuman movementorthopedic biomechanicsathletic trainingkinematicsmechanicsrehabilitationbiomechanics

A Dynamic Ankle Orthosis Reduces Tibial Compressive Force and Increases Ankle Motion Compared to a Walking Boot. Medicine & Science in Sports & Exercise (2023)

PERRI A. JOHNSONMAX R. PAQUETTEDENIS J. DIANGELO

musculoskeletal functionphysiologyankle traumahuman movementwalking bootorthopedic biomechanicsphysical activitymovement disordersexercise scienceankle motionmedicinemusculoskeletal disordersrehabilitationbiomechanics

Age and Experience on Running Coaches’ Beliefs of Injury Risk Factors and Risk Reduction Strategies. Medicine & Science in Sports & Exercise (2023)

Zoey KearnsSamuel M. LyonsMegan R. RyanAmanda EstepMeredith RayRichard W. WillyMax R. Paquette

resiliencehigh-performance sportsport sciencerisk reduction strategiessport medicineathletic trainingexercise sciencemedicinehuman performanceinjury risk factorsrehabilitation

A Qualitative Study of Velocity Based Training Practices. Medicine & Science in Sports & Exercise (2023)

Garrett HessAlexander M. CarnallMax R. Paquette

physical medicinephysiologysport sciencesport medicineathletic trainingkinesiologyexercise sciencequalitative studytraining practicesmedicinehuman performancequalitative researchinvestigative studies

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Max Paquette

Professor

University of Memphis

Affiliations

College of Health Sciences

Max Paquette is currently serving as a College Of Health Sciences Professor at University of Memphis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Max Paquette

University of Memphis

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

19 Using Wearable Technology Data to Explain Recreational Running Injury: A Prospective Longitudinal Feasibility Study. (2024)

Bradley NealChristopher BramahMolly McCarthy-RyanIsabel MooreChristopher NapierMax PaquetteAllison Gruber

public healthgait analysisinjury preventionwearable technologyhuman movementexercise sciencewearable technology datahuman performancehealth sciencesrehabilitation

Calf Muscle Strategy for Tibia Bone Load According to Gait Speed. Medicine & Science in Sports & Exercise (2024)

Changjae ParkShelby A. PeelSamuel M. LyonsMax R. Paquette

exercise physiologytibia bone loadsport sciencemuscle functionexercise sciencemedicineskeletal musclecalf muscle strategy

Do Exercise-Based Prevention Programs Reduce Injury in Endurance Runners? a Systematic Review and Meta-Analysis. Sports Medicine (2024)

Han WuKatherine Brooke-WavellDaniel T. P. FongMax R. PaquetteRichard C. Blagrove

epidemiologysystematic reviewmeta-analysissport injuriessport medicineendurance runnersexercise-based prevention programstraumainjury prevention

Reliability and Precision of Different Iterations of Concentric Rate of Force Development. Medicine & Science in Sports & Exercise (2024)

Lawrence W. WeissDouglas W. PowellSiena W. SenatoreMax W. PaquetteLindsey MasseyHailey Daugherty

sport sciencemedicineforce developmentconcentric ratereliability

Sarah LennonThomas LackieAdriana MiltkoZoey C. KearnsMaxime R. PaquetteRichard J. BloomerAnyou WangMarie van der Merwe

The Influence of “Super-Shoes” and Foot Strike Pattern on Metabolic Cost and Joint Mechanics in Competitive Female Runners. Medicine & Science in Sports & Exercise (2024)

EDUARDO MARTINEZWOUTER HOOGKAMERDOUGLAS W. POWELLMAX R. PAQUETTE

Time to Stability of Treadmill Running Kinematics in Novel Footwear With Different Midsole Thickness. Journal of Biomechanics (2024)

Max R. PaquetteJake A. MelaroRoss SmithIsabel S. Moore

physiologyhuman movementorthopedic biomechanicsathletic trainingkinematicsmechanicsrehabilitationbiomechanics

A Dynamic Ankle Orthosis Reduces Tibial Compressive Force and Increases Ankle Motion Compared to a Walking Boot. Medicine & Science in Sports & Exercise (2023)

PERRI A. JOHNSONMAX R. PAQUETTEDENIS J. DIANGELO

Age and Experience on Running Coaches’ Beliefs of Injury Risk Factors and Risk Reduction Strategies. Medicine & Science in Sports & Exercise (2023)

Zoey KearnsSamuel M. LyonsMegan R. RyanAmanda EstepMeredith RayRichard W. WillyMax R. Paquette

resiliencehigh-performance sportsport sciencerisk reduction strategiessport medicineathletic trainingexercise sciencemedicinehuman performanceinjury risk factorsrehabilitation

A Qualitative Study of Velocity Based Training Practices. Medicine & Science in Sports & Exercise (2023)

Garrett HessAlexander M. CarnallMax R. Paquette

physical medicinephysiologysport sciencesport medicineathletic trainingkinesiologyexercise sciencequalitative studytraining practicesmedicinehuman performancequalitative researchinvestigative studies

1
2
3
4
5
11
10 / page

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Similar Faculty Members

Robert Shapiro

Institution

University of Kentucky

sport injuries

orthopaedic research

Cara Lewis

Institution

Boston University

orthopaedic surgery

rehabilitation

Neal Glaviano

Institution

University of Connecticut

orthopaedic surgery

rehabilitation

Bing Yu

Institution

University of North Carolina at Chapel Hill

orthopaedic surgery

sport injuries

Michael Lewek

Institution

University of North Carolina at Chapel Hill

rehabilitation

neurological disorders

James Becker

Institution

Montana State University

biomechanical aspects

sport biomechanics

Caroline Lisee

Institution

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orthopaedic surgery

rehabilitation

Boyi Dai

Institution

University of Wyoming

rehabilitation

human movement

Adam W. Kiefer

Institution

University of North Carolina at Chapel Hill

rehabilitation

neuroscience

Brent Arnold

Institution

Virginia Commonwealth University

rehabilitation

athletic training