Joshua Keller

Assistant Professor

University of South Alabama

United States

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Joshua Keller is an Assistant Professor at the University of South Alabama. His research focuses on the physiological responses of muscle and blood flow, particularly relating to aerobic and resistance training, microvascular function, and the effects of interventions like blood flow restriction. Recent articles highlight his work on muscle oxidative capacity, hemodynamic responses, and the implications of age on microvascular function.

Articles (21)

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2025

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2022

Collaborators (6)

Benjamin David Hill

Full Professor

University of South Alabama

UNITED STATES

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Robert Smith

Graduate Teaching Assistant

University of Nebraska - Lincoln

UNITED STATES

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Joseph Weir

Professor

University of Kansas

UNITED STATES

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Ethan C. Hill

UNITED STATES

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David Arthur Nelson

Professor

University of South Alabama

UNITED STATES

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Christopher Francis

Assistant Professor

University of South Alabama

UNITED STATES

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Joshua Keller

Research Interests

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About

Articles (21)

Muscle oxidative capacity but not specific force is greater in aerobic versus resistance trained young adults

Skeletal Muscle Resaturation Relates to Aerobic Fitness in Adults Participating in Strength and Aerobic Exercises

Arterial stiffness mediates the association between age and processing speed at low levels of microvascular function in humans across the adult lifespan

Millimeter wave radiation to measure blood flow in healthy human subjects

Sex‐specific microvascular and hemodynamic responses to passive limb heating in young adults

Near-Infrared Spectroscopy Does Not Track Forearm Blood Flow during Venous Occlusion Plethysmography

Blood flow restriction attenuates surface mechanomyography lateral and longitudinal, but not transverse oscillations during fatiguing exercise

Myofascial release induces declines in heart rate and changes to microvascular reactivity in young healthy adults

Various modalities of resistance exercise promote similar acute cognitive improvements and hemodynamic increases in young, healthy adults

Contributions to forearm desaturation during transient ischemia in healthy adult males and females across the lifespan

Sex differences in NIRS-derived values of reactive hyperemia persist after experimentally controlling for the ischemic vasodilatory stimulus

Examining Relationships between Cognitive Flexibility, Exercise Perceptions, and Cardiovascular Disease Risk Factors

Correction to: Coactivation Does Not Contribute to Fatigue-Induced Decreases in Isokinetic Forearm Flexion and Extension Torque

Coactivation Does Not Contribute to Fatigue-Induced Decreases in Isokinetic Forearm Flexion and Extension Torque

Echo intensity is weakly associated with muscular strength and endurance in young, healthy adults

Greater neuromuscular fatigue following low-load blood flow restriction than non-blood flow restriction resistance exercise among recreationally active men

Neurovascular Dysfunction in Diverse Communities With Health Disparities-Contributions to Dementia and Alzheimer's Disease.

Handgrip exercise induces sex‐specific mean arterial pressure and oxygenation responses but similar performance fatigability

Velocity-Specific Coactivation and Neuromuscular Responses to Fatiguing, Reciprocal, Isokinetic, Forearm Flexion, and Extension Muscle Actions.

Velocity-Specific Coactivation and Neuromuscular Responses to Fatiguing, Reciprocal, Isokinetic, Forearm Flexion, and Extension Muscle Actions

Are There Sex-Specific Neuromuscular or Force Responses to Fatiguing Isometric Muscle Actions Anchored to a High Perceptual Intensity?

Collaborators (6)

Benjamin David Hill

Robert Smith

Joseph Weir

Ethan C. Hill

David Arthur Nelson

Christopher Francis

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