Faculty

Institution

Unit

Venue

David N. Proctor

Professor of Kinesiology and Physiology

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

David N. Proctor is currently serving as a College Of Health And Human Development Professor of Kinesiology and Physiology at Pennsylvania State University.

Honors

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Experiences

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Education

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David N. Proctor

Pennsylvania State University

Professor of Kinesiology and Physiology

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physiology exercise physiology health sciences exercise science applied physiology human physiology rehabilitation sport medicine cardiology human movement ageing vascular biology women's health electrophysiology geriatrics public health human nutrition circulatory physiology physical medicine medical nutrition clinical nutrition cardiovascular research nutrition sport science public health nutrition nutritional sciences physical aging sport physiology experimental gerontology respiratory medicine physiological research clinical physiology cardiovascular physiology dietary health nutrient physiology post-menopausal women veterinary physiology later adulthood angiology blood pressure liver physiology mammalian physiology blood flow peripheral artery disease leg blood flow animal physiology older adults digestive diseases cardiovascular function geriatric endocrinology vascular aging near-infrared spectroscopy orthopedic biomechanics older women neuroscience of aging arterial disease training status submaximal cycle ergometry healthy older women endothelial function clinical lipidology avian medicine energy metabolism disease physiology vascular disease cross-sectional studies treatment effects dietary therapy nitric oxide dynamic exercise flow-mediated dilation cardiac output arterial stiffness cross-sectional studies cross-sectional analysis coronary blood flow cardiovascular disease exercise tolerance endothelial dysfunction vascular reactivity health science hypertension cardiovascular fitness

Notable Scholarly Works

Notable Federal Grants

Collaborators

15 Discrepancies in Medication Usage and Lifestyle Modification Referrals in Metabolic Syndrome is Dependent on How the Syndrome is Coded: A Trinetx Study. Journal of Clinical and Translational Science (2024)

Annabelle N. BrinkerhoffJigar GosaliaJuan J. QiuJames A. PawelczykDavid N. Proctor

pharmacologymedication usagehealth sciencesmedicinelifestyle modification referralsmetabolic syndromeclinical researchtrinetx study

57 Utilizing a Digital Phenotype for Metabolic Syndrome to Elucidate Risk Profiles for Neurocognitive Disease: An Electronic Medical Record Study. Journal of Clinical and Translational Science (2024)

Jigar GosaliaAnnabelle BrinkerhoffJuan Jan QiuJames A. PawelczykDavid N. Proctor

digital phenotyperisk profileshealth sciencesmedicinetranslational researchscientific communicationmetabolic syndrometranslational bioinformaticsneurocognitive diseaseclinical researchpublic healthtranslational medicineclinical data

Effects of Short-Term Dietary Nitrate Supplementation on Exercise and Coronary Blood Flow Responses in Patients With Peripheral Artery Disease. Frontiers in Nutrition (2024)

Danielle Jin-Kwang KimZhaohui GaoJonathan C. LuckKristen BrandtAmanda J. MillerDaniel Kim-ShapiroSwati BasuUrs LeuenbergerAndrew W. GardnerMatthew D. MullerDavid N. Proctor

health sciencespublic health nutritionexercise physiologyperipheral artery diseasehuman nutritionnutritional sciencescardiologynutritionmedical nutritionclinical nutritionnutrient physiologypublic healthphysiology

Linking Metabolic Syndrome, Cerebral Small Vessel Disease, and Cognitive Health: Insights From a Subclinical Population Study Using Trinetx. GeroScience (2024)

Jigar GosaliaJocelyn M. Delgado SpicuzzaChristine K. BowlusJames A. PawelczykDavid N. Proctor

cognitive healthhealth sciencescerebrovascular diseasemetabolic syndromesubclinical population study

Seven-Day Dietary Nitrate Supplementation Clinically Significantly Improves Basal Macrovascular Function in Postmenopausal Women: A Randomized, Placebo-Controlled, Double-Blind, Crossover Clinical Trial. Frontiers in Nutrition (2024)

Jocelyn M. Delgado SpicuzzaJigar GosaliaLiezhou ZhongCatherine BondonnoKristina S. PetersenMary Jane De SouzaElmira AlipourDaniel B. Kim-ShapiroYasina B. SomaniDavid N. Proctor

digestive diseaseshuman nutritionmedical nutritionnutrient physiologyvascular biologydietary therapywomen's healthpharmacologynutritional sciencespostmenopausal womenbasal macrovascular functionclinical nutritionnutritional biochemistryclinical trialshealth sciencespublic health nutritionendocrinologynutritionmetabolismphysiology

The Acute Effects of Dietary Nitrate Supplementation on Postmenopausal Endothelial Resistance to Ischemia Reperfusion Injury: A Randomized, Placebo-Controlled, Double Blind, Crossover Clinical Trial. Canadian Journal of Physiology and Pharmacology (2024)

Jocelyn M. Delgado SpicuzzaJigar GosaliaMatthew StudinskiChenée ArmandoElmira AlipourDaniel B. Kim-ShapiroMichael FlanaganYasina B. SomaniDavid N. Proctor

liver physiologythrombosisdouble blindregenerative medicineapplied physiologydietary nitrate supplementationclinical pharmacologynutrient physiologyvascular biologypharmacokineticscardiovascular diseasepharmacologypostmenopausal endothelial resistanceacute effectspharmacotherapynephrologyendocrinologycardiovascular pharmacologyhemostasistranslational medicinepublic healthphysiology

Vascular Limitations in Blood Pressure Regulation With Age in Women: Insights From Exercise and Acute Cardioselective β‐Blockade. Experimental Physiology (2024)

Matthew J. StudinskiChristine BowlusJames A. PawelczykJocelyn M. Delgado SpicuzzaJigar GosaliaSwapan MookerjeeMatthew D. MullerJason FraginDavid N. Proctor

blood pressureacute cardioselective b-blockadeexercise physiologyblood pressure regulationvascular limitationsphysiology

Abstract P130: Acute Angiotensin-(1-7) Infusion Does Not Improve Blood Pressure or Leg Blood Flow in Participants With Peripheral Arterial Disease. Hypertension (2023)

Amanda J MillerJonathan Carter LuckCheryl BlahaAimee CauffmanFaisal AzizJosh RadtkaDavid ProctorUrs LeuenbergerAmy Arnold

pharmacologyhypertensionhealth policymedicinerespiratory medicineblood pressureperipheral arterial diseasecardiologyleg blood flownephrology

Acute β1-Blockade Slows Cardiorespiratory Kinetics and Increases Oxygen Extraction at Onset of Moderate Intensity Exercise. Medicine & Science in Sports & Exercise (2023)

Christine K. BowlusMatthew J. StudinskiJigar GosaliaJocelyn M. DelgadoSwapan MookerjeeAndrew W. GardnerJason D. FraginJames A. PawelczykMatthew D. MullerDavid N. Proctor

health sciencesmedicineexercise physiologymoderate intensity exerciseexercise sciencephysiology

Maximal Calf Conductance is Associated With 6-Minute Walk Distance in Participants With and Without Peripheral Artery Disease. Vascular Medicine (2023)

Andrew W GardnerPolly S MontgomeryMing WangMenglu LiangDavid N Proctor

animal physiologyangiologymaximal calf conductanceapplied physiologyexercise physiologyperipheral artery diseasegait analysiscardiologyrehabilitationhemostasishuman movementphysical activityvascular biologybiomedical engineeringelectrophysiologymovement analysisphysiology

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David N. Proctor

Professor of Kinesiology and Physiology

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

David N. Proctor is currently serving as a College Of Health And Human Development Professor of Kinesiology and Physiology at Pennsylvania State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David N. Proctor

Pennsylvania State University

Professor of Kinesiology and Physiology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Annabelle N. BrinkerhoffJigar GosaliaJuan J. QiuJames A. PawelczykDavid N. Proctor

pharmacologymedication usagehealth sciencesmedicinelifestyle modification referralsmetabolic syndromeclinical researchtrinetx study

Jigar GosaliaAnnabelle BrinkerhoffJuan Jan QiuJames A. PawelczykDavid N. Proctor

Effects of Short-Term Dietary Nitrate Supplementation on Exercise and Coronary Blood Flow Responses in Patients With Peripheral Artery Disease. Frontiers in Nutrition (2024)

Danielle Jin-Kwang KimZhaohui GaoJonathan C. LuckKristen BrandtAmanda J. MillerDaniel Kim-ShapiroSwati BasuUrs LeuenbergerAndrew W. GardnerMatthew D. MullerDavid N. Proctor

Linking Metabolic Syndrome, Cerebral Small Vessel Disease, and Cognitive Health: Insights From a Subclinical Population Study Using Trinetx. GeroScience (2024)

Jigar GosaliaJocelyn M. Delgado SpicuzzaChristine K. BowlusJames A. PawelczykDavid N. Proctor

cognitive healthhealth sciencescerebrovascular diseasemetabolic syndromesubclinical population study

Jocelyn M. Delgado SpicuzzaJigar GosaliaLiezhou ZhongCatherine BondonnoKristina S. PetersenMary Jane De SouzaElmira AlipourDaniel B. Kim-ShapiroYasina B. SomaniDavid N. Proctor

Jocelyn M. Delgado SpicuzzaJigar GosaliaMatthew StudinskiChenée ArmandoElmira AlipourDaniel B. Kim-ShapiroMichael FlanaganYasina B. SomaniDavid N. Proctor

Vascular Limitations in Blood Pressure Regulation With Age in Women: Insights From Exercise and Acute Cardioselective β‐Blockade. Experimental Physiology (2024)

Matthew J. StudinskiChristine BowlusJames A. PawelczykJocelyn M. Delgado SpicuzzaJigar GosaliaSwapan MookerjeeMatthew D. MullerJason FraginDavid N. Proctor

blood pressureacute cardioselective b-blockadeexercise physiologyblood pressure regulationvascular limitationsphysiology

Abstract P130: Acute Angiotensin-(1-7) Infusion Does Not Improve Blood Pressure or Leg Blood Flow in Participants With Peripheral Arterial Disease. Hypertension (2023)

Amanda J MillerJonathan Carter LuckCheryl BlahaAimee CauffmanFaisal AzizJosh RadtkaDavid ProctorUrs LeuenbergerAmy Arnold

pharmacologyhypertensionhealth policymedicinerespiratory medicineblood pressureperipheral arterial diseasecardiologyleg blood flownephrology

Acute β1-Blockade Slows Cardiorespiratory Kinetics and Increases Oxygen Extraction at Onset of Moderate Intensity Exercise. Medicine & Science in Sports & Exercise (2023)

Christine K. BowlusMatthew J. StudinskiJigar GosaliaJocelyn M. DelgadoSwapan MookerjeeAndrew W. GardnerJason D. FraginJames A. PawelczykMatthew D. MullerDavid N. Proctor

health sciencesmedicineexercise physiologymoderate intensity exerciseexercise sciencephysiology

Maximal Calf Conductance is Associated With 6-Minute Walk Distance in Participants With and Without Peripheral Artery Disease. Vascular Medicine (2023)

Andrew W GardnerPolly S MontgomeryMing WangMenglu LiangDavid N Proctor

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