Faculty

Institution

Unit

Venue

Philip S Clifford

Professor

University of Illinois Chicago

Affiliations

College of Applied Health Sciences

Kinesiology and Nutrition

Philip S Clifford is currently serving as a College Of Applied Health Sciences Professor at University of Illinois Chicago.

Honors

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Experiences

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Education

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Philip S Clifford

University of Illinois Chicago

Professor

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physiology exercise physiology applied physiology exercise science human movement human physiology sport medicine cardiology health sciences electrophysiology neurophysiology sport physiology rehabilitation animal physiology sport science vascular biology circulatory physiology veterinary physiology skeletal muscle respiratory medicine human performance physical medicine mammalian physiology kinesiology athletic training mammalian biology cardiovascular physiology blood flow biomechanics angiology sport physical therapy animal science cardiovascular research dynamic exercise cellular physiology comparative physiology roller skiing clinical physiology respiration (physiology) physiological research liver physiology exercise rehabilitation hemostasis blood flow response avian biology vascular adaptation muscle function uphill roller skiing in-line skating higher education molecular physiology renal function musculoskeletal science heart rate muscle pump conscious rabbits skeletal muscle arteries cardiovascular function orthopedic biomechanics hypoxia (medicine) aerobic exercise skeletal muscle vasculature canine skeletal muscle active skeletal muscles level terrain autonomic control competitive cross-country skiing tissue physiology rehabilitation medicine spinal biomechanics motor behavior autonomic systems receptor (biochemistry) physical exercise research-practice partnerships model dissemination

Notable Scholarly Works

Notable Federal Grants

Collaborators

Baseline Arterial Stiffness Does Not Influence Post‐Exercise Reduction in Pulse Wave Velocity. Physiological Reports (2025)

Natalia S. LimaRonald E. JacksonSara R. ShermanBrooks A. HibnerBo FernhallTracy BaynardCraig CrandallShane A. PhillipsPhilip S. Clifford

physiologyphysiological researchpost-exercise reductionexercise physiologybaseline arterial stiffness

Mechanisms of Exercise-Induced Reduction in Peripheral Arterial Stiffness. European Journal of Applied Physiology (2025)

physiologysport physiologyperipheral arterial stiffnesskinesiologyapplied physiologyexercise physiologysport medicinecirculatory physiologycardiovascular fitness

Cardiovascular Hemodynamic Response to Peak Exercise in Individuals With Multiple Sclerosis. Physiological Reports (2024)

Brooks A. HibnerNatalia S. LimaSara R. ShermanRobert W. MotlJulio A. ChirinosShane PhillipsPhilip S. CliffordAnthony T. RederTracy BaynardBo Fernhall

physiologycardiologycardiovascular physiologymultiple sclerosishuman physiologyexercise physiologyrespiratory medicineclinical physiologycardiovascular hemodynamic response

Limb Position Influences Peripheral Arterial Stiffness Reduction With Reactive Hyperemia. Artery Research (2024)

Ronald E. JacksonNatalia S. LimaSara R. ShermanBrooks A. HibnerPhilip S. Clifford

cardiologylimb positionpharmacologyemergency medicinecardiovascular researchnephrologyreactive hyperemiaangiologyrespiratory medicinehealth sciencesarterial diseasecardiovascular disease

Spectral Changes in Skin Blood Flow During Pressure Manipulations or Sympathetic Stimulation. Experimental Physiology (2024)

Natalia S. LimaYi‐Ting TzenPhilip S. Clifford

physiologycardiologyskin blood flowsympathetic stimulationelectrophysiologyapplied physiologyhuman physiologyexperimental biologyspectral changespressure manipulationscirculatory physiologyneuroscienceneurophysiologyhealth sciences

Comparison of Contraction Versus Compression on Arterial Stiffness. Medicine & Science in Sports & Exercise (2023)

Natalia S. LimaRonald JacksonBrooks A. HibnerSara R. ShermanBo FernhallTracy BaynardPhilip S. Clifford

physiologycardiologymedicinephysical medicinesport physiologykinesiologycardiovascular physiologyapplied physiologyexercise physiologyhuman movementsport medicinesport scienceexercise sciencecompression (physics)contraction versus compressionarterial stiffness

Conduit Artery Blood Flow Influences Peripheral Arterial Stiffness Response to Reactive Hyperemia. Medicine & Science in Sports & Exercise (2023)

Ronald JacksonNatalia LimaSara ShermanPhilip Clifford

physiologycardiologymedicinephysical medicinesport physiologyhematologyvascular biologyexercise physiologyblood flowsport medicineexercise sciencehealth sciences

Postnatal Development of Extracellular Matrix and Vascular Function in Small Arteries of the Rat. Frontiers in Pharmacology (2023)

Zahra NourianKwangseok HongMin LiJorge A. Castorena-GonzalezLuis A. Martinez-LemusPhilip S. CliffordGerald A. MeiningerMichael A. Hill

cardiologypharmacologyanimal physiologyvascular biologygeneticsmammalian biologysmall arteriesangiologypostnatal developmentrespiratory medicinevascular functiondevelopmental biologymembrane biologyextracellular matrix

Reactive Hyperemia Acutely Decreases Peripheral Arterial Stiffness. Physiology (2023)

Ronald JacksonNatalia LimaSara ShermanPhilip Clifford

physiologyperipheral arterial stiffnesselectrophysiologyendocrinologyreactive hyperemiaveterinary physiologyhemostasis

Reduction in Arterial Stiffness is Related to Exercise Intensity. Physiology (2023)

Natalia LimaNatalia LimaRonald JacksonSara ShermanBrooks HibnerBo FernhallTracy BaynardPhilip Clifford

physiologycardiologyhuman physiologyexercise physiologyrespiratory medicinearterial stiffness

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Philip S Clifford

Professor

University of Illinois Chicago

Affiliations

College of Applied Health Sciences

Kinesiology and Nutrition

Philip S Clifford is currently serving as a College Of Applied Health Sciences Professor at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Philip S Clifford

University of Illinois Chicago

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Baseline Arterial Stiffness Does Not Influence Post‐Exercise Reduction in Pulse Wave Velocity. Physiological Reports (2025)

Natalia S. LimaRonald E. JacksonSara R. ShermanBrooks A. HibnerBo FernhallTracy BaynardCraig CrandallShane A. PhillipsPhilip S. Clifford

physiologyphysiological researchpost-exercise reductionexercise physiologybaseline arterial stiffness

Mechanisms of Exercise-Induced Reduction in Peripheral Arterial Stiffness. European Journal of Applied Physiology (2025)

physiologysport physiologyperipheral arterial stiffnesskinesiologyapplied physiologyexercise physiologysport medicinecirculatory physiologycardiovascular fitness

Cardiovascular Hemodynamic Response to Peak Exercise in Individuals With Multiple Sclerosis. Physiological Reports (2024)

Brooks A. HibnerNatalia S. LimaSara R. ShermanRobert W. MotlJulio A. ChirinosShane PhillipsPhilip S. CliffordAnthony T. RederTracy BaynardBo Fernhall

physiologycardiologycardiovascular physiologymultiple sclerosishuman physiologyexercise physiologyrespiratory medicineclinical physiologycardiovascular hemodynamic response

Limb Position Influences Peripheral Arterial Stiffness Reduction With Reactive Hyperemia. Artery Research (2024)

Ronald E. JacksonNatalia S. LimaSara R. ShermanBrooks A. HibnerPhilip S. Clifford

cardiologylimb positionpharmacologyemergency medicinecardiovascular researchnephrologyreactive hyperemiaangiologyrespiratory medicinehealth sciencesarterial diseasecardiovascular disease

Spectral Changes in Skin Blood Flow During Pressure Manipulations or Sympathetic Stimulation. Experimental Physiology (2024)

Natalia S. LimaYi‐Ting TzenPhilip S. Clifford

Comparison of Contraction Versus Compression on Arterial Stiffness. Medicine & Science in Sports & Exercise (2023)

Natalia S. LimaRonald JacksonBrooks A. HibnerSara R. ShermanBo FernhallTracy BaynardPhilip S. Clifford

Conduit Artery Blood Flow Influences Peripheral Arterial Stiffness Response to Reactive Hyperemia. Medicine & Science in Sports & Exercise (2023)

Ronald JacksonNatalia LimaSara ShermanPhilip Clifford

physiologycardiologymedicinephysical medicinesport physiologyhematologyvascular biologyexercise physiologyblood flowsport medicineexercise sciencehealth sciences

Postnatal Development of Extracellular Matrix and Vascular Function in Small Arteries of the Rat. Frontiers in Pharmacology (2023)

Zahra NourianKwangseok HongMin LiJorge A. Castorena-GonzalezLuis A. Martinez-LemusPhilip S. CliffordGerald A. MeiningerMichael A. Hill

Reactive Hyperemia Acutely Decreases Peripheral Arterial Stiffness. Physiology (2023)

Ronald JacksonNatalia LimaSara ShermanPhilip Clifford

physiologyperipheral arterial stiffnesselectrophysiologyendocrinologyreactive hyperemiaveterinary physiologyhemostasis

Reduction in Arterial Stiffness is Related to Exercise Intensity. Physiology (2023)

Natalia LimaNatalia LimaRonald JacksonSara ShermanBrooks HibnerBo FernhallTracy BaynardPhilip Clifford

physiologycardiologyhuman physiologyexercise physiologyrespiratory medicinearterial stiffness

1
2
3
4
5
17
10 / page

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Similar Faculty Members

William B. Farquhar

Institution

University of Delaware

health science

human physiology

Steven Copp

Institution

Kansas State University

human physiology

cardiovascular fitness

Terence E. Ryan

Institution

University of Florida

skeletal muscle

bioenergetics

Chester Ray

Institution

Florida State University

physiological measurement

regional blood flow

Thomas Clanton

Institution

University of Florida

heat stress

fluorescent imaging

Kevin K McCully

Institution

University of Georgia

physiological measurement

magnetic resonance spectroscopy

Heidi Kluess

Institution

Auburn University

animal cognition

human behavior

Zachary Schlader

Institution

Indiana University Bloomington

environmental health

environmental exposure

Timothy I. Musch

Institution

Kansas State University

cardiovascular function

cardiology

Shane Phillips

Institution

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physical therapy

obesity