Faculty

Institution

Unit

Venue

Stephen E. Alway

Principal Investigator

University of Tennessee Health Science Center

Affiliations

Laboratory of Muscle Biology and Sarcopenia

Stephen E. Alway is currently serving as a Laboratory Of Muscle Biology And Sarcopenia Principal Investigator at University of Tennessee Health Science Center.

Honors

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Experiences

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Education

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Stephen E. Alway

University of Tennessee Health Science Center

Principal Investigator

You can click a keyword to filter the displayed items

physiology exercise physiology skeletal muscle muscle function exercise science applied physiology rehabilitation animal physiology mammalian biology human movement ageing sport science sport physiology cell biology mammalian physiology neurophysiology experimental gerontology human physiology muscle injury liver physiology cellular physiology membrane biology apoptosis inflammation avian biology kinesiology vascular biology cell death sarcopenia oxidative stress molecular physiology musculoskeletal science musculoskeletal disorders geriatrics aging cell physical aging aged rats neuroscience of aging cell physiology mitochondrial function biogerontology comparative physiology circulatory physiology orthopaedic research bone research tissue physiology physiological research healthy aging geriatric medicine aging process muscle mass apoptotic signaling clinical gerontology clinical physiology later adulthood cell regulation musculoskeletal function young adult endurance training musculoskeletal research veterinary physiology gene regulation cellular senescence biomedical research gastrocnemius muscles aged mice japanese quail cellular biology elbow flexors skeletal muscle function old rats antioxidant enzymes satellite cell proliferation hindlimb muscles isometric contractions aged skeletal muscle metabolism translational physiology cell metabolism health science muscle stem cells muscle biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Response of Neuromuscular Junctions to Bacl2 and Capacity of Mitochondrial Transfer Therapy to Mitigate the Negative Effects of That Insult. (2025)

Michael Robert DeschenesMax RackleySophie B. FernandezMegan K. HeidebrechtKate L. HamiltonHector G. PaezChristopher R. PitzerStephen E. Alway

negative effectsneuromuscular junctionsmitochondrial transfer therapyneuroscience

Nor ‐1 Overexpression Elevates Myoglobin Expression via Perm1 and Enhances Mitochondrial Function and Endurance in Skeletal Muscles of Aged Mice. The FASEB Journal (2025)

Hector G. PaezChristopher R. PitzerPeter J. FerrandiJunaith S. MohamedStephen E. Alway

mitochondrial functiongene expressionaged miceredox biologymitochondrial dynamicsbiochemistrymolecular motorsphysiologysignal transductionmyoglobin expressionmolecular biologymolecular physiology

EDITORIAL: Decoding Muscle Adaptation Through Skeletal Muscle Negative Data: Understanding the Signaling Factors Involved. Frontiers in Physiology (2024)

Marshall A. NaimoBrandon M. RobertsStephen E. Alway

signaling factorsdecoding muscle adaptationskeletal musclemuscle functionphysiology

Extracellular Vesicles From Obese and Diabetic Mouse Plasma Alter C2C12 Myotube Glucose Uptake and Gene Expression. Physiological Reports (2024)

Christopher R. PitzerHector G. PaezPeter J. FerrandiJunaith S. MohamedStephen E. Alway

diabetesphysiological researchextracellular vesiclesphysiologygene expression

Hector G. PaezChristopher R. PitzerStephen E. Alway

age-related dysfunctioncell biologyageingcellular quality controldevelopmental biologysystems biologymolecular neurodegenerationfrailtyaging celllongevitylater adulthoodbone researchvascular biologyhealthy aginginflammationcellular differentiationneuroscience of agingstem cellscellular senescencesarcopenia

Loss of nor ‐1 Represses Muscle Metabolism Through Mtorc1 ‐Mediated Signaling and Mitochondrial Gene Expression in C2C12 Myotubes. The FASEB Journal (2023)

Hector G. PaezPeter J. FerrandiChristopher R. PitzerJunaith S. MohamedStephen E. Alway

metabolismgene expressionmuscle metabolismgene regulationbiochemistrysignal transductionmolecular biologymitochondrial gene expression

Mitochondria Transplant Therapy Improves Regeneration and Restoration of Injured Skeletal Muscle. Journal of Cachexia Sarcopenia and Muscle (2023)

Stephen E. AlwayHector G. PaezChristopher R. PitzerPeter J. FerrandiMohammad Moshahid KhanJunaith S. MohamedJames A. CarsonMichael R. Deschenes

skeletal muscleregenerative medicineinjured skeletal musclemitochondria transplant therapyphysiologysarcopeniarehabilitation

Mouse Skeletal Muscle Adaptations to Different Durations of Treadmill Exercise After the Cessation of Folfox Chemotherapy. Frontiers in Physiology (2023)

Jessica L. HalleBrittany R. CountsQuan ZhangKylie M. JamesMelissa J. PuppaStephen E. AlwayJames A. Carson

avian biologyskeletal muscleapplied physiologytreadmill exercisemammalian physiologyexercise sciencedifferent durationscomparative physiologyanimal physiologymammalian biologyphysiologyfolfox chemotherapyrehabilitationexercise physiologyphysical exercise

Recovery From Folfox Chemotherapy-Induced Systemic and Skeletal Muscle Metabolic Dysfunction in Mice. American Journal of Physiology-Endocrinology and Metabolism (2023)

Jessica L. HalleBrittany R. CountsHector G. PaezDryden R. BaumfalkQuan ZhangJunaith S. MohamedEvan S. GlazerMelissa J. PuppaAshley J. SmuderStephen E. AlwayJames A. Carson

mitochondrial functionmedicinemetabolismliver physiologymolecular physiologyendocrinologyskeletal muscleenergy metabolismregenerative medicinemembrane biologyanimal physiologyphysiologymammalian biologyexperimental medicinemetabolic regulationrehabilitationendocrine researchexercise physiology

The Contribution of Tumor Derived Exosomes to Cancer Cachexia. Cells (2023)

Christopher R. PitzerHector G. PaezStephen E. Alway

cancer biologycell biologyextracellular microvesiclescarcinogenesistumor biologycancer researchoncologysystems biologycancer discoverytumor microenvironmentcancer cachexiabone researchvascular biologytumor heterogeneitycancer growthcancer cellscancer managementoncogenesmolecular biology

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Stephen E. Alway

Principal Investigator

University of Tennessee Health Science Center

Affiliations

Laboratory of Muscle Biology and Sarcopenia

Stephen E. Alway is currently serving as a Laboratory Of Muscle Biology And Sarcopenia Principal Investigator at University of Tennessee Health Science Center.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Stephen E. Alway

University of Tennessee Health Science Center

Principal Investigator

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Response of Neuromuscular Junctions to Bacl2 and Capacity of Mitochondrial Transfer Therapy to Mitigate the Negative Effects of That Insult. (2025)

Michael Robert DeschenesMax RackleySophie B. FernandezMegan K. HeidebrechtKate L. HamiltonHector G. PaezChristopher R. PitzerStephen E. Alway

negative effectsneuromuscular junctionsmitochondrial transfer therapyneuroscience

Nor ‐1 Overexpression Elevates Myoglobin Expression via Perm1 and Enhances Mitochondrial Function and Endurance in Skeletal Muscles of Aged Mice. The FASEB Journal (2025)

Hector G. PaezChristopher R. PitzerPeter J. FerrandiJunaith S. MohamedStephen E. Alway

mitochondrial functiongene expressionaged miceredox biologymitochondrial dynamicsbiochemistrymolecular motorsphysiologysignal transductionmyoglobin expressionmolecular biologymolecular physiology

EDITORIAL: Decoding Muscle Adaptation Through Skeletal Muscle Negative Data: Understanding the Signaling Factors Involved. Frontiers in Physiology (2024)

Marshall A. NaimoBrandon M. RobertsStephen E. Alway

signaling factorsdecoding muscle adaptationskeletal musclemuscle functionphysiology

Extracellular Vesicles From Obese and Diabetic Mouse Plasma Alter C2C12 Myotube Glucose Uptake and Gene Expression. Physiological Reports (2024)

Christopher R. PitzerHector G. PaezPeter J. FerrandiJunaith S. MohamedStephen E. Alway

diabetesphysiological researchextracellular vesiclesphysiologygene expression

Hector G. PaezChristopher R. PitzerStephen E. Alway

Loss of nor ‐1 Represses Muscle Metabolism Through Mtorc1 ‐Mediated Signaling and Mitochondrial Gene Expression in C2C12 Myotubes. The FASEB Journal (2023)

Hector G. PaezPeter J. FerrandiChristopher R. PitzerJunaith S. MohamedStephen E. Alway

metabolismgene expressionmuscle metabolismgene regulationbiochemistrysignal transductionmolecular biologymitochondrial gene expression

Mitochondria Transplant Therapy Improves Regeneration and Restoration of Injured Skeletal Muscle. Journal of Cachexia Sarcopenia and Muscle (2023)

Stephen E. AlwayHector G. PaezChristopher R. PitzerPeter J. FerrandiMohammad Moshahid KhanJunaith S. MohamedJames A. CarsonMichael R. Deschenes

skeletal muscleregenerative medicineinjured skeletal musclemitochondria transplant therapyphysiologysarcopeniarehabilitation

Mouse Skeletal Muscle Adaptations to Different Durations of Treadmill Exercise After the Cessation of Folfox Chemotherapy. Frontiers in Physiology (2023)

Jessica L. HalleBrittany R. CountsQuan ZhangKylie M. JamesMelissa J. PuppaStephen E. AlwayJames A. Carson

Recovery From Folfox Chemotherapy-Induced Systemic and Skeletal Muscle Metabolic Dysfunction in Mice. American Journal of Physiology-Endocrinology and Metabolism (2023)

Jessica L. HalleBrittany R. CountsHector G. PaezDryden R. BaumfalkQuan ZhangJunaith S. MohamedEvan S. GlazerMelissa J. PuppaAshley J. SmuderStephen E. AlwayJames A. Carson

The Contribution of Tumor Derived Exosomes to Cancer Cachexia. Cells (2023)

Christopher R. PitzerHector G. PaezStephen E. Alway

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Similar Faculty Members

Charlotte A. Peterson

Institution

University of Kentucky

health science

skeletal muscle

Keith Baar

Institution

University of California, Davis

muscle hypertrophy

muscle function

Mark Hamrick

Institution

Augusta University

regenerative medicine

physiology

Carlos M. Isales

Institution

Augusta University

endocrinology

metabolic health

James Tidball

Institution

University of California, Los Angeles

muscle stem cells

muscle function

Frank W. Booth

Institution

University of Missouri

physiological measurement

endurance exercise physiology

William E. Sonntag

Institution

University of Oklahoma

pediatrics

pediatric surgery

Dawn Lowe

Institution

University of Minnesota

sarcopenia

skeletal muscle

Espen E. Spangenburg

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skeletal muscle

physiological function

Lauren Gerard Koch

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University of Toledo

physiology

exercise physiology