Faculty

Institution

Unit

Venue

Damien Callahan

Assistant Professor

University of Oregon

Affiliations

College of Arts and Sciences

Human Physiology

Damien Callahan is currently serving as a College Of Arts And Sciences Assistant Professor at University of Oregon.

Honors

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Experiences

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Education

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Damien Callahan

University of Oregon

Assistant Professor

You can click a keyword to filter the displayed items

physiology exercise physiology skeletal muscle health sciences exercise science rehabilitation applied physiology neuroscience geriatrics sport medicine ageing biomechanics human movement physical medicine cellular physiology human physiology neurophysiology experimental gerontology musculoskeletal science neuroscience of aging later adulthood older adults human biology motor control musculoskeletal function physical aging physiological research molecular physiology biogerontology muscle function orthopedic biomechanics cell physiology experimental medicine musculoskeletal disorders liver physiology protein science geriatric medicine cancer biology age-related fatigue resistance old age clinical nutrition cardiovascular research clinical gerontology tissue physiology cell biomechanics active ageing older adult humans human cancer knee osteoarthritis elderly subjects age-related slowing cancer care molecular cancer structural molecular biology movement analysis upper extremity randomized controlled trials fragmentation effect elderly care geriatric assessment cancer treatment aging-associated diseases cancer genetics medical nutrition musculoskeletal research human nutrition field trial healthy aging gait speed muscle power disabled older men mobility limitations cross-bridge kinetics fatigue properties functionally-limited elders knee extensor muscles

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chronic and Acute Mediators of Passive Viscoelasticity in Human Skeletal Muscle Fibers. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Grace E. PrivettAustin W. RicciKaren Wiedenfeld NeedhamDamien M. Callahan

skeletal musclemuscle functionpassive viscoelasticityphysiology

Effects of Aging and Fatigue on Human Skeletal Muscle Cellular Contractile Function. Physiology (2024)

Austin RicciGrace PrivettDamien Callahan

experimental gerontologyskeletal musclephysical aginghealth sciencesapplied physiologyexercise physiologyageingneuroscience of agingrehabilitationstress (biology)cellular physiologyfatigue managementphysiological researchneurophysiologyhuman physiologyphysiologybiomechanics

Fatiguing Exercise Reduces Cellular Passive Young's Modulus in Human Vastus Lateralis Muscle. Experimental Physiology (2024)

Grace E. PrivettAustin W. RicciLarry L. DavidKaren Wiedenfeld NeedhamYong How TanKarina H. NakayamaDamien M. Callahan

biophysicsexercise physiologyneurosciencecellular physiologyhuman movementphysiologymotor controlexercise sciencebiomechanics

Predicting Myosin Heavy Chain Isoform From Postdissection Fiber Length in Human Skeletal Muscle Fibers. AJP Cell Physiology (2024)

Grace E. PrivettAustin W. RicciJulissa Ortiz-DelatorreDamien M. Callahan

skeletal muscleliver physiologycellular physiologyneurophysiologyprotein scienceapplied physiologyneurosciencemolecular physiologymechanobiologytissue physiologytranslational physiologystructural biologypostdissection fiber lengthexercise physiologycell biomechanicscell physiologyelectrophysiologyorthopaedic surgeryphysiology

Predicting Myosin Heavy Chain Isoform Through Muscle Fiber Length in Older Adults. Physiology (2024)

Julissa Ortiz-DelatorreMason Vaughn BrownNavreet SandhuGrace PrivettAustin RicciDamien Callahan

experimental gerontologyskeletal musclephysical aginghealth sciencesapplied physiologyexercise physiologygeriatricsageinglater adulthoodrehabilitationhuman biologyolder adultsmuscle fiber lengthphysiological researchhuman physiologyphysiologybiomechanics

Tuning the Idling Molecular Motor in Muscle to Treat Nemaline Myopathy. The Journal of Physiology (2024)

Damien M. Callahan

nemaline myopathymolecular motorsmuscle functionphysiology

Acute Fatigue Induces Paradoxical Increases in Velocity and Power in a Sex and Myosin Isoform Dependent Manner. Physiology (2023)

Austin RicciGrace PrivettKaren NeedhamDamien Callahan

neurologyanimal physiologyapplied physiologyexercise physiologycardiovascular researchtranslational physiologybiomechanicsneurosciencecellular physiologyphysiological researchneurophysiologyhuman physiologyelectrophysiologymotor controlphysiology

Skeletal Muscle Compliance and Echogenicity in Resistance-Trained and Nontrained Women. The Journal of Strength and Conditioning Research (2023)

Scott J. MongoldAustin W. RicciMichael E. HahnDamien M. Callahan

nontrained womenexercise physiologyresiliencerehabilitationskeletal muscle compliancephysiology

Muscle Fatigue Reduces Stiffness and Increases Viscosity in Single Fibers but Not Composite Tissue. Medicine & Science in Sports & Exercise (2022)

Grace E. PrivettAustin W. RicciDamien M. Callahan

single fibersmedicineexercise physiologycomposite tissuesport medicinemusculoskeletal sciencephysiologysport scienceexercise sciencebiomechanics

Musculotendinous Stiffness is Altered by Acute Muscle Fatigue. Medicine & Science in Sports & Exercise (2022)

Austin W. RicciAllen D. DonovanAyooluwa O. PopoolaDamien M. Callahan

musculotendinous stiffnessmedicineexercise physiologyphysical medicineacute muscle fatiguehuman movementsport medicineexercise sciencephysiology

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Damien Callahan

Assistant Professor

University of Oregon

Affiliations

College of Arts and Sciences

Human Physiology

Damien Callahan is currently serving as a College Of Arts And Sciences Assistant Professor at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Damien Callahan

University of Oregon

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chronic and Acute Mediators of Passive Viscoelasticity in Human Skeletal Muscle Fibers. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Grace E. PrivettAustin W. RicciKaren Wiedenfeld NeedhamDamien M. Callahan

skeletal musclemuscle functionpassive viscoelasticityphysiology

Effects of Aging and Fatigue on Human Skeletal Muscle Cellular Contractile Function. Physiology (2024)

Austin RicciGrace PrivettDamien Callahan

Fatiguing Exercise Reduces Cellular Passive Young's Modulus in Human Vastus Lateralis Muscle. Experimental Physiology (2024)

Grace E. PrivettAustin W. RicciLarry L. DavidKaren Wiedenfeld NeedhamYong How TanKarina H. NakayamaDamien M. Callahan

biophysicsexercise physiologyneurosciencecellular physiologyhuman movementphysiologymotor controlexercise sciencebiomechanics

Predicting Myosin Heavy Chain Isoform From Postdissection Fiber Length in Human Skeletal Muscle Fibers. AJP Cell Physiology (2024)

Grace E. PrivettAustin W. RicciJulissa Ortiz-DelatorreDamien M. Callahan

Predicting Myosin Heavy Chain Isoform Through Muscle Fiber Length in Older Adults. Physiology (2024)

Julissa Ortiz-DelatorreMason Vaughn BrownNavreet SandhuGrace PrivettAustin RicciDamien Callahan

Tuning the Idling Molecular Motor in Muscle to Treat Nemaline Myopathy. The Journal of Physiology (2024)

Damien M. Callahan

nemaline myopathymolecular motorsmuscle functionphysiology

Acute Fatigue Induces Paradoxical Increases in Velocity and Power in a Sex and Myosin Isoform Dependent Manner. Physiology (2023)

Austin RicciGrace PrivettKaren NeedhamDamien Callahan

Skeletal Muscle Compliance and Echogenicity in Resistance-Trained and Nontrained Women. The Journal of Strength and Conditioning Research (2023)

Scott J. MongoldAustin W. RicciMichael E. HahnDamien M. Callahan

nontrained womenexercise physiologyresiliencerehabilitationskeletal muscle compliancephysiology

Muscle Fatigue Reduces Stiffness and Increases Viscosity in Single Fibers but Not Composite Tissue. Medicine & Science in Sports & Exercise (2022)

Grace E. PrivettAustin W. RicciDamien M. Callahan

single fibersmedicineexercise physiologycomposite tissuesport medicinemusculoskeletal sciencephysiologysport scienceexercise sciencebiomechanics

Musculotendinous Stiffness is Altered by Acute Muscle Fatigue. Medicine & Science in Sports & Exercise (2022)

Austin W. RicciAllen D. DonovanAyooluwa O. PopoolaDamien M. Callahan

musculotendinous stiffnessmedicineexercise physiologyphysical medicineacute muscle fatiguehuman movementsport medicineexercise sciencephysiology

1
2
3
4
5
6
10 / page

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Similar Faculty Members

Nathaniel Jenkins

Institution

University of Iowa

physiological measurement

healthy aging

Jason Franz

Institution

University of North Carolina at Chapel Hill

physiological measurement

rehabilitation

Jarrod Call

Institution

University of Georgia

rehabilitation

physical therapy

Jane Kent

Institution

University of Massachusetts Amherst

physiology

exercise physiology

LaDora V. Thompson

Institution

Boston University

health science

frailty

Emidio Pistilli

Institution

West Virginia University

rehabilitation engineering

rehabilitation

Esther Dupont-Versteegden

Institution

University of Kentucky

skeletal muscle

muscle function

Eric D. Ryan

Institution

University of North Carolina at Chapel Hill

neuromuscular medicine

neuromuscular function

Keith Baar

Institution

University of California, Davis

muscle hypertrophy

muscle function

Tyrone Washington

Institution

University of Arkansas

molecular biology

atrophy