Faculty

Institution

Unit

Venue

Behzad Varamini

Biola University

Affiliations

Biola University, Research

Department of Biological Sciences

School of Science, Technology and Health

NoneBehzad Varamini is currently serving as a Biola University, Research faculty at Biola University.

Honors

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Experiences

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Education

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Behzad Varamini

Biola University

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neuroscience neurology physiology molecular biology electrophysiology membrane biology neurophysiology neuropharmacology cardiology gene expression cognitive impairment oxidative stress mammalian biology circulatory physiology applied physiology animal physiology cellular physiology respiratory medicine clinical neuroscience human physiology brain function neurochemistry mammalian physiology cerebrovascular disease nitrosative stress renal function functional hyperemia neuronal activity purinergic glio-endothelial coupling mouse somatosensory cortex heat stress response impaired functional hyperemia cerebrovascular endothelial dysfunction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Diet Restriction Induces Heat Shock Gene Expression While Tempering Heat Stress Response in Drosophila Melanogaster. The FASEB Journal (2018)

Jason W. TresserMegan BlissHailey MayweatherEmerson RustandAlex SearsBehzad Varamini

biologygene expressionmolecular biologyheat stress response

Role of Cerebrovascular Endothelial Dysfunction and Oxidative/Nitrative Stress in Impaired Functional Hyperemia: Implications for Age‐Related Vascular Cognitive Impairment. The FASEB Journal (2016)

Stefano TarantiniPeter Joseph TothAntonio DavilaMarta Noa Valcarcel‐AresZsuzsanna TucsekBehzad VaraminiPraveen BallabhWilliam E SonntagJoseph A BaurAnna CsiszarZoltan Ungvari

cardiovascular diseaseneurologynitrosative stressrenal functionimpaired functional hyperemiarespiratory medicineneurosciencecognitive impairmentoxidative stresscerebrovascular diseasehealth sciencescerebrovascular endothelial dysfunction

Purinergic Glio-Endothelial Coupling During Neuronal Activity: Role of P2Y 1 Receptors and Enos in Functional Hyperemia in the Mouse Somatosensory Cortex. AJP Heart and Circulatory Physiology (2015)

Peter TothStefano TarantiniAntonio DavilaM. Noa Valcarcel-AresZsuzsanna TucsekBehzad VaraminiPraveen BallabhWilliam E. SonntagJoseph A. BaurAnna CsiszarZoltan Ungvari

neuropharmacologyfunctional hyperemianeuronal activityneuroscienceneurophysiologymammalian physiologypurinergic glio-endothelial couplingcirculatory physiologyanimal physiologyphysiologyclinical neuroscienceapplied physiologyhuman physiologycardiologyneurochemistrycellular physiologybrain functionneurologymouse somatosensory cortexelectrophysiologymembrane biologymammalian biology

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Behzad Varamini

Biola University

Affiliations

Biola University, Research

Department of Biological Sciences

School of Science, Technology and Health

NoneBehzad Varamini is currently serving as a Biola University, Research faculty at Biola 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

Behzad Varamini

Biola University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Diet Restriction Induces Heat Shock Gene Expression While Tempering Heat Stress Response in Drosophila Melanogaster. The FASEB Journal (2018)

Jason W. TresserMegan BlissHailey MayweatherEmerson RustandAlex SearsBehzad Varamini

biologygene expressionmolecular biologyheat stress response

Stefano TarantiniPeter Joseph TothAntonio DavilaMarta Noa Valcarcel‐AresZsuzsanna TucsekBehzad VaraminiPraveen BallabhWilliam E SonntagJoseph A BaurAnna CsiszarZoltan Ungvari

Peter TothStefano TarantiniAntonio DavilaM. Noa Valcarcel-AresZsuzsanna TucsekBehzad VaraminiPraveen BallabhWilliam E. SonntagJoseph A. BaurAnna CsiszarZoltan Ungvari

1
10 / page

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Similar Faculty Members

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cerebral microcirculation

disease physiology

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Wright State University

vascular biology

neuroscience

Kaushik P. Patel

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University of Nebraska Medical Center

cardiovascular function

neuroscience

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nephrology

renovascular pathophysiology

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disease pathophysiology

large artery stiffening

Stefano Tarantini, Ph.D.

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brain circulation

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depression

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cerebrovascular disease

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