Faculty

Institution

Unit

Venue

Stephanie Watts

Professor

Michigan State University

Affiliations

College of Human Medicine

Department of Pharmacology and Toxicology

Stephanie Watts is currently serving as a College Of Human Medicine Professor at Michigan State University.

Honors

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Experiences

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Education

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Stephanie Watts

Michigan State University

Professor

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pharmacology physiology hypertension vascular biology neuroscience cardiology endocrinology cardiovascular research liver physiology blood pressure neurology neuropharmacology circulatory physiology mammalian biology membrane biology respiratory medicine cardiovascular physiology electrophysiology receptors animal physiology angiology human physiology experimental pharmacology cardiovascular pharmacology neurophysiology applied physiology pharmacokinetics pharmacotherapy pharmacological research cellular physiology medicinal research perivascular adipose tissue mammalian physiology clinical pharmacology experimental medicine vascular pharmacology vascular disease avian biology molecular physiology thrombosis antihypertensive therapy cardiovascular function arterial disease renal function comparative physiology physiological research angiogenesis hemostasis hypertensive rats tissue physiology vascular reactivity serotonin transporter receptor (biochemistry) veterinary physiology vascular adaptation vena cava signaling pathways arterial contraction deoxycorticosterone acetate-salt hypertension vascular contraction rat aorta cerebrovascular disease renal pathophysiology doca-salt hypertensive rats mineralocorticoid hypertension muscle function psychopharmacology cardiovascular system systemic hypertension mesenteric artery deoxycorticosterone acetate clinical medicine experimental analysis scientific visualization clinical physiology vascular function inflammation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 58: The 5-Ht7 Receptor Contributes to Increased Hindquarter Blood Flow Caused by Skeletal Muscle Contraction. Hypertension (2024)

Teresa Krieger-BurkeHannah GarverElise YoderStephanie WattsGregory Fink

hindquarter blood flowskeletal muscle contractionhypertensionphysiologyblood flow

Abstract P220: Abdominal Aortic Perivascular Adipose Tissue Lipolysis is Activated in Hypertensive Dahl Ss Rats Fed a High-Fat Diet. Hypertension (2024)

Miguel ChiriviJavier RendonAdam LauverGregory FinkStephanie WattsAndres Contreras

high-fat diethypertensionvascular biologyphysiologyvascular diseaseobesity

Abstract P226: Sex-Dependent Effects of Perivascular Adipose Tissue on Arterial Stiffness in Hypertensive. Hypertension (2024)

Dillon McClintockSydney BushLisa SatherNathan TykockiAdam LauverStephanie WattsSara Roccabianca

hypertensionarterial stiffnesssex-dependent effectsperivascular adipose tissue

Abstract P230: Elevated Blood Pressure Promotes Perivascular Adipocyte Progenitor Proliferation and Alters Their Spatial Distribution. Hypertension (2024)

Javier RendonElizabeth RondiniHannah GarverAdam LauverGregory FinkTeresa Krieger-BurkeJammes GrannemanStephanie WattsAndres Contreras

hypertensionblood pressurevascular biologyspatial distributionhealth sciences

Abstract P361: Characterization of a Constitutive Adiponectin-Cre Rat Reveals Expression in Adipocyte, Endothelial and Neuronal Lineages. Hypertension (2024)

Elena DemirevaChristiane MallettStephanie WattsWilliam JacksonEmma FloodBridie McCluskyAdam LauverBarbara ChristianHuirong Xie

cell biologyneurosciencehypertensionvascular biologyphysiologyvascular diseasegene expressionneuronal lineages

Abstract P449: A Murine Model of Mid-Thoracic Aortic Coarctation. Hypertension (2024)

Adam LauverHannah GarverJavier RendonGregory FinkTeresa Krieger-BurkeAndres ContrerasStephanie Watts

hypertensionmedicinemid-thoracic aortic coarctationmurine model

Abstract P451: Effects of Perivascular Adipose Tissue on Arterial Stiffness in an Adiposity-Driven Hypertension Model: A Longitudinal Study. Hypertension (2024)

Dillon McClintockSydney BushLisa SatherNathan TykockiStephanie WattsSara Roccabianca

hypertensionadiposity-driven hypertension modelarterial stiffnessperivascular adipose tissue

Abstract P452: Cell Populations and Transcriptomes Differ Across Blood Pressure and Sex in Perivascular Adipose Tissue: A Single-Nuclei Rna Sequencing Study. Hypertension (2024)

Leah TerrianJanice ThompsonVishal PandaStephanie WattsSudin BhattacharyaRance Nault

perivascular adipose tissuecell populationshypertensiontranscriptomeblood pressuremolecular biology

Abstract P453: Dissecting Tunica Responsibility in Arterial Stress Relaxation: Smooth Muscle Need Not Apply. Hypertension (2024)

Janice ThompsonStephanie Watts

smooth musclehypertensionblood pressurephysiologydissecting tunica responsibilityarterial stress relaxation

Abstract P455: Integrins Play a Role in Stress Relaxation of Perivascular Adipose Tissue. Hypertension (2024)

Stephanie WattsJanice ThompsonSudin BhattacharyaVishal PandaLeah TerrianAndres ContrerasRance Nault

pharmacologyvascular diseasestress (biology)cardiovascular diseasemolecular physiologyperipheral vascular diseasecirculatory physiologyresidual stressblood pressurestress relaxationmetabolic syndromehypertensionvascular biologyphysiologyclinical lipidologybiomolecular engineeringendocrinologyinflammationperivascular adipose tissuestress biomarkers

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Stephanie Watts

Professor

Michigan State University

Affiliations

College of Human Medicine

Department of Pharmacology and Toxicology

Stephanie Watts is currently serving as a College Of Human Medicine Professor at Michigan 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

Stephanie Watts

Michigan State University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 58: The 5-Ht7 Receptor Contributes to Increased Hindquarter Blood Flow Caused by Skeletal Muscle Contraction. Hypertension (2024)

Teresa Krieger-BurkeHannah GarverElise YoderStephanie WattsGregory Fink

hindquarter blood flowskeletal muscle contractionhypertensionphysiologyblood flow

Abstract P220: Abdominal Aortic Perivascular Adipose Tissue Lipolysis is Activated in Hypertensive Dahl Ss Rats Fed a High-Fat Diet. Hypertension (2024)

Miguel ChiriviJavier RendonAdam LauverGregory FinkStephanie WattsAndres Contreras

high-fat diethypertensionvascular biologyphysiologyvascular diseaseobesity

Abstract P226: Sex-Dependent Effects of Perivascular Adipose Tissue on Arterial Stiffness in Hypertensive. Hypertension (2024)

Dillon McClintockSydney BushLisa SatherNathan TykockiAdam LauverStephanie WattsSara Roccabianca

hypertensionarterial stiffnesssex-dependent effectsperivascular adipose tissue

Abstract P230: Elevated Blood Pressure Promotes Perivascular Adipocyte Progenitor Proliferation and Alters Their Spatial Distribution. Hypertension (2024)

Javier RendonElizabeth RondiniHannah GarverAdam LauverGregory FinkTeresa Krieger-BurkeJammes GrannemanStephanie WattsAndres Contreras

hypertensionblood pressurevascular biologyspatial distributionhealth sciences

Abstract P361: Characterization of a Constitutive Adiponectin-Cre Rat Reveals Expression in Adipocyte, Endothelial and Neuronal Lineages. Hypertension (2024)

Elena DemirevaChristiane MallettStephanie WattsWilliam JacksonEmma FloodBridie McCluskyAdam LauverBarbara ChristianHuirong Xie

cell biologyneurosciencehypertensionvascular biologyphysiologyvascular diseasegene expressionneuronal lineages

Abstract P449: A Murine Model of Mid-Thoracic Aortic Coarctation. Hypertension (2024)

Adam LauverHannah GarverJavier RendonGregory FinkTeresa Krieger-BurkeAndres ContrerasStephanie Watts

hypertensionmedicinemid-thoracic aortic coarctationmurine model

Abstract P451: Effects of Perivascular Adipose Tissue on Arterial Stiffness in an Adiposity-Driven Hypertension Model: A Longitudinal Study. Hypertension (2024)

Dillon McClintockSydney BushLisa SatherNathan TykockiStephanie WattsSara Roccabianca

hypertensionadiposity-driven hypertension modelarterial stiffnessperivascular adipose tissue

Abstract P452: Cell Populations and Transcriptomes Differ Across Blood Pressure and Sex in Perivascular Adipose Tissue: A Single-Nuclei Rna Sequencing Study. Hypertension (2024)

Leah TerrianJanice ThompsonVishal PandaStephanie WattsSudin BhattacharyaRance Nault

perivascular adipose tissuecell populationshypertensiontranscriptomeblood pressuremolecular biology

Abstract P453: Dissecting Tunica Responsibility in Arterial Stress Relaxation: Smooth Muscle Need Not Apply. Hypertension (2024)

Janice ThompsonStephanie Watts

smooth musclehypertensionblood pressurephysiologydissecting tunica responsibilityarterial stress relaxation

Abstract P455: Integrins Play a Role in Stress Relaxation of Perivascular Adipose Tissue. Hypertension (2024)

Stephanie WattsJanice ThompsonSudin BhattacharyaVishal PandaLeah TerrianAndres ContrerasRance Nault

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Similar Faculty Members

Stephen Lewis

Institution

Case Western Reserve University

autonomic neurophysiology

neuropsychopharmacology

Michael Katovich

Institution

University of Florida

cardiovascular function

angiotensin ii receptor

Michael Hill

Institution

University of Missouri

blood flow

vascular tone

Suresh C. Tyagi

Institution

University of Louisville

health science

cardiovascular translational research

Richard A. Cohen

Institution

Boston University

free radical biology

atherosclerosis

Juan M. Saavedra

Institution

Georgetown University

free radical biology

neuroprotection

James Galligan

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aging cell

biogerontology

Haralambos Gavras

Institution

Boston University

pharmacology

hypertension

Alan Daugherty

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University of Kentucky

vascular biology

cardiology

David J. Fulton

Institution

Augusta University

vascular biology

pharmacology