Faculty

Institution

Unit

Venue

J. Danielle McCullough

Edward Via College of Osteopathic Medicine

Affiliations

Center For One Health Research

Department Of Biomedical Affairs And Research

Department Of Cellular Biology And Physiology

Department Of Community And Rural Medicine

Department Of Family Medicine, Sports Medicine, Osteopathic Manipulative Medicine

Edward Via College of Osteopathic Medicine

NoneJ. Danielle Mccullough is currently serving as a Center For One Health Research faculty at Edward Via College of Osteopathic Medicine.

Honors

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Experiences

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Education

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J. Danielle McCullough

Edward Via College of Osteopathic Medicine

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physiology exercise physiology health sciences applied physiology human physiology cardiology animal physiology neurophysiology vascular biology mammalian biology respiratory medicine neuroscience rehabilitation liver physiology mammalian physiology skeletal muscle exercise science cellular physiology exercise training pulmonary hypertension circulatory physiology electrophysiology human movement prostate cancer cardiovascular research brain circulation muscle function endocrinology metabolism animal nutrition astronautics respiration (physiology) veterinary physiology pulmonary circulation mitochondrial function angiology cardiovascular function clinical physiology vascular function ketogenic diet serum biomarkers intensive care nursing intensive care avian biology avian medicine nutritional biochemistry bone research blood flow hypoxia (medicine) intracranial pressure mechanical circulatory support dimensioning and tolerancing neurologic intensive care occupant comfort comparative physiology energy metabolism nutrient cycles nutrient physiology nutrient stoichiometry physical aging physiological research tissue oxygenation cardiovascular physiology ventilation radiation effects orthotopic prostate tumors structural properties cerebral artery vasoconstrictor elevated cerebral perfusion spaceflight-induced alterations tumor hypoxia impairs oxygen delivery mechanical ventilation reduces diaphragm blood flow sedentary rats adipose tissue

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reduced Skeletal Muscle Perfusion Accompanies Skeletal Muscle Atrophy After Severe Spinal Cord Injury. Journal of Applied Physiology (2026)

physical therapyspinal cord injuryspinal cordresuscitationneurorehabilitationorthopedic surgerybrain injurysurgeryanesthesiologyorthopaedic researchphysical medicinemuscular dystrophyspinal cord medicinemyositisneuromuscular medicinemusculoskeletal disordersorthopaedic surgery

Reduced Exercise Capacity Occurs Before Intrinsic Skeletal Muscle Dysfunction in Experimental Rat Models of Pulmonary Hypertension. Pulmonary Circulation (2024)

Peng ZhangDenielli Da Silva Goncalves BosAlexander VangJulia FeordDanielle J. McCulloughAlexsandra ZimmerNatalie D'SilvaRichard T. ClementsGaurav Choudhary

experimental rat modelsanimal physiologyhealth sciencesrespiratory medicineexercise physiologycardiologyexercise capacitypulmonary hypertensionrehabilitationveterinary medicinehuman physiologypulmonary circulationphysiology

The Dual Timescales of Gait Adaptation: Initial Stability Adjustments Followed by Subsequent Energetic Cost Adjustments. Journal of Experimental Biology (2024)

Sarah A. BrinkerhoffNatalia SánchezMeral N. CulverWilliam M. MurrahAustin T. RobinsonJ. Danielle McCulloughMatthew W. MillerJaimie A. Roper

biologyinitial stability adjustmentsdual timescalesbipedal locomotionpathological gaithuman performancehuman movementadaptationkinesiologyexperimental biologyevolutionary biologygait adaptationgait analysisbiomechanics

Abstract P3030: Reduced Exercise Capacity Occurs Before Intrinsic Changes in Skeletal Muscle in Experimental Rat Models of Pulmonary Hypertension. Circulation Research (2023)

Peng ZhangDenielli da Silva Goncalves BosAlexander VangJulia FeordDanielle McCulloughAlexsandra ZimmerNatalie D'SilvaRichard T ClementsGaurav Choudhary

experimental rat modelsanimal physiologyskeletal musclehealth sciencesrespiratory medicineexercise physiologyapplied physiologyintrinsic changescardiologyexercise capacitypulmonary hypertensionrehabilitationcirculatory physiologyexercise sciencephysiology

Long-Term Voluntary Wheel Running Effects on Markers of Long Interspersed Nuclear Element-1 in Skeletal Muscle, Liver, and Brain Tissue of Female Rats. American Journal of Physiology-Cell Physiology (2022)

Shelby C. OsburnPaulo H. C. MesquitaFrances K. NealMelissa N. RumbleyMatthew T. HolmesBradley A. RupleChristopher B. MobleyMichael D. BrownDanielle J. McCulloughAndreas N. KavazisMichael D. Roberts

skeletal muscleliver physiologycellular physiologyneurophysiologyexercise scienceathletic trainingapplied physiologyhuman performancefemale ratslong-term voluntary wheelbrain tissuekinesiologysport physiologymammalian biologyanimal physiologyexercise physiologyrehabilitationhuman movementcell physiologymammalian physiologyphysiology

Passive Cycle Training Promotes Bone Recovery After Spinal Cord Injury Without Altering Resting-State Bone Perfusion. Medicine & Science in Sports & Exercise (2022)

JOSHUA F. YARROWRUSSELL D. WNEKCHRISTINE F. CONOVERMICHAEL C. REYNOLDSKINLEY H. BUCKLEYJAYACHANDRA R. KURATOMMY W. SUTORDANA M. OTZELALEX J. MATTINGLYSTEPHEN E. BORSTSUMMER M. CROFTJ. IGNACIO AGUIRREDARREN T. BECKDANIELLE J. MCCULLOUGH

spinal cord injurymedicinebone recoveryresting-state bone perfusionpassive cycle training

Bone Loss After Severe Spinal Cord Injury Coincides With Reduced Bone Formation and Precedes Bone Blood Flow Deficits. Journal of Applied Physiology (2021)

Joshua F. YarrowRussell D. WnekChristine F. ConoverMichael C. ReynoldsKinley H. BuckleyJayachandra R. KuraTommy W. SutorDana M. OtzelAlex J. MattinglySummer CroftJ. Ignacio AguirreStephen E. BorstDarren T. BeckDanielle J. McCullough

spinal cord injuryhealth sciencesapplied physiologybone losshuman physiologyphysiology

Intrinsic Skeletal Muscle Dysfunction Does Not Explain Poor Exercise Capacity in Preclinical Models of Pulmonary Hypertension. (2021)

D. Da Silva Goncalves BosP. ZhangA. VangJ. FeordA. ParkT.J. ManciniA. Fernandez NicolasJ.D. McCulloughR.T. ClementsG. Choudhary

health sciencesrespiratory medicineexercise physiologypreclinical modelscardiologypulmonary hypertensionrehabilitationphysiology

Endurance Exercise Training in Pulmonary Hypertension Increases Skeletal Muscle Electron Transport Chain Supercomplex Assembly. Pulmonary Circulation (2020)

Danielle J. McCulloughNouaying KueThomas ManciniAlexander VangRichard T. ClementsGaurav Choudhary

skeletal musclerespiratory medicinehealth sciencesexercise physiologycardiologypulmonary circulationendurance exercise trainingphysiology

Does Reduced Blood Flow Affect the Rate of Muscle Loss in Rats Post Spinal Cord Injury. Medicine & Science in Sports & Exercise (2019)

spinal cord injuryneurologyspinal cordneurorehabilitationmuscle losscerebral vascular regulationcentral nervous systemcerebral blood flowcirculatory physiologyspinal traumaneurophysiologyphysiology

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J. Danielle McCullough

Edward Via College of Osteopathic Medicine

Affiliations

Center For One Health Research

Department Of Biomedical Affairs And Research

Department Of Cellular Biology And Physiology

Department Of Community And Rural Medicine

Department Of Family Medicine, Sports Medicine, Osteopathic Manipulative Medicine

Edward Via College of Osteopathic Medicine

NoneJ. Danielle Mccullough is currently serving as a Center For One Health Research faculty at Edward Via College of Osteopathic Medicine.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

J. Danielle McCullough

Edward Via College of Osteopathic Medicine

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reduced Skeletal Muscle Perfusion Accompanies Skeletal Muscle Atrophy After Severe Spinal Cord Injury. Journal of Applied Physiology (2026)

Reduced Exercise Capacity Occurs Before Intrinsic Skeletal Muscle Dysfunction in Experimental Rat Models of Pulmonary Hypertension. Pulmonary Circulation (2024)

Peng ZhangDenielli Da Silva Goncalves BosAlexander VangJulia FeordDanielle J. McCulloughAlexsandra ZimmerNatalie D'SilvaRichard T. ClementsGaurav Choudhary

The Dual Timescales of Gait Adaptation: Initial Stability Adjustments Followed by Subsequent Energetic Cost Adjustments. Journal of Experimental Biology (2024)

Sarah A. BrinkerhoffNatalia SánchezMeral N. CulverWilliam M. MurrahAustin T. RobinsonJ. Danielle McCulloughMatthew W. MillerJaimie A. Roper

Abstract P3030: Reduced Exercise Capacity Occurs Before Intrinsic Changes in Skeletal Muscle in Experimental Rat Models of Pulmonary Hypertension. Circulation Research (2023)

Peng ZhangDenielli da Silva Goncalves BosAlexander VangJulia FeordDanielle McCulloughAlexsandra ZimmerNatalie D'SilvaRichard T ClementsGaurav Choudhary

Shelby C. OsburnPaulo H. C. MesquitaFrances K. NealMelissa N. RumbleyMatthew T. HolmesBradley A. RupleChristopher B. MobleyMichael D. BrownDanielle J. McCulloughAndreas N. KavazisMichael D. Roberts

Passive Cycle Training Promotes Bone Recovery After Spinal Cord Injury Without Altering Resting-State Bone Perfusion. Medicine & Science in Sports & Exercise (2022)

spinal cord injurymedicinebone recoveryresting-state bone perfusionpassive cycle training

Bone Loss After Severe Spinal Cord Injury Coincides With Reduced Bone Formation and Precedes Bone Blood Flow Deficits. Journal of Applied Physiology (2021)

spinal cord injuryhealth sciencesapplied physiologybone losshuman physiologyphysiology

Intrinsic Skeletal Muscle Dysfunction Does Not Explain Poor Exercise Capacity in Preclinical Models of Pulmonary Hypertension. (2021)

D. Da Silva Goncalves BosP. ZhangA. VangJ. FeordA. ParkT.J. ManciniA. Fernandez NicolasJ.D. McCulloughR.T. ClementsG. Choudhary

health sciencesrespiratory medicineexercise physiologypreclinical modelscardiologypulmonary hypertensionrehabilitationphysiology

Endurance Exercise Training in Pulmonary Hypertension Increases Skeletal Muscle Electron Transport Chain Supercomplex Assembly. Pulmonary Circulation (2020)

Danielle J. McCulloughNouaying KueThomas ManciniAlexander VangRichard T. ClementsGaurav Choudhary

skeletal musclerespiratory medicinehealth sciencesexercise physiologycardiologypulmonary circulationendurance exercise trainingphysiology

Does Reduced Blood Flow Affect the Rate of Muscle Loss in Rats Post Spinal Cord Injury. Medicine & Science in Sports & Exercise (2019)

spinal cord injuryneurologyspinal cordneurorehabilitationmuscle losscerebral vascular regulationcentral nervous systemcerebral blood flowcirculatory physiologyspinal traumaneurophysiologyphysiology

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10 / page