Faculty

Institution

Unit

Venue

Natalya Zinkevich

Assistant Professor of Biology

University of Illinois-Springfield

Affiliations

Biology

College of Health, Science and Technology

School Of Integrated Sciences, Sustainability, And Public Health

Natalya Zinkevich is currently serving as a Biology Assistant Professor of Biology at University of Illinois-Springfield.

Honors

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Experiences

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Education

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Natalya Zinkevich

University of Illinois-Springfield

Assistant Professor of Biology

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vascular biology cardiovascular research physiology cardiology circulatory physiology cell biology biochemistry vascular pharmacology cardiovascular physiology cardiovascular disease redox biology pharmacology blood vessels coronary artery disease human coronary arterioles membrane biology cellular physiology atherosclerosis molecular physiology free radical biology blood flow vascular disease endothelial dysfunction flow-induced dilation hypertension thrombosis cardiovascular function microvascular dysfunction receptors enzymes stem cell research medicinal research enzyme inhibition cardiovascular pharmacology angiogenesis reactive oxygen species vascular aging lymphatic system neovascularization arachidonic acid-induced dilation arachidonic acid clinical lipidology protein science biochemical sciences biological chemistry vascular surgery intermittently connected device treatment and prevention dimensioning and tolerancing minimally invasive procedures in vivo systems receptor tyrosine kinases protein phosphorylation receptor (biochemistry) arterial disease key site cerebrovascular disease physiological research myelopoiesis cancer biology reactive nitrogen species signaling pathways cellular regulatory mechanism cell physiology ros-induced ros release redox-redox signaling mitochondrial ros flow-mediated dilation a-mediated phosphorylation vascular actions human microcirculation clinical studies nadph oxidases other pathologies detrimental effects flow-induced vasodilation genetics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Kvβ1.2 Enhances Kv1.5 Sensitivity to Redox-Induced Membrane Hyperpolarization in Hek293 Cells. Physiology (2026)

cell physiologyphysiologycell biologycellular physiologyredox signalingbiochemistryhyperpolarization (biology)molecular physiologymembrane biologymolecular cell biologyoxidative stressredox biology

Abstract 3854: Lymphatic Endothelial Progenitors Promote Tumor Lymphatic Formation Through Cell-Cell Fusion. Cancer Research (2025)

oncogenestumor lymphatic formationangiogenesistumor biologycellular differentiationabstract 3854cell biologydevelopmental biologylymphatic systemlymphatic endothelial progenitorscancer cellscancer biology

Bone Marrow Myeloid–Lymphatic Progenitors Expand Tumor Lymphatic Vasculature Through Cell Fusion. Cancers (2025)

haematopoiesisstem cell researchimmunologystem cellscell biologybone marrow transplantationmyelopoiesislymphatic systemcancer cellstumor microenvironment

Prolonged L-Name Exposure Changes the Vasodilator Factor From No to H2O2 in Human Arterioles in Response to A23187. Vascular Pharmacology (2024)

Natalya S ZinkevichKostiantyn DrachukDavid X Zhang

vasodilator factorhuman arteriolespharmacologyvascular pharmacology

The Differential Effects of Acute and Prolonged L-Name Exposure on A23187-Induced No-Dependent Dilation in Human Arterioles. Physiology (2024)

neurologycardiovascular researchvascular biologycirculatory physiologyblood vesselsvascular pharmacologyl-name exposureendothelial dysfunctionhuman arteriolespharmacologya23187-induced no-dependent dilationhypertension

Inhibiting Nadph Oxidases to Target Vascular and Other Pathologies: An Update on Recent Experimental and Clinical Studies. Biomolecules (2022)

Anthony L. SylvesterDavid X. ZhangSophia RanNatalya S. Zinkevich

clinical studiespharmacologyvascular biologyenzymestumor biologyvascular diseaseenzyme inhibitionmolecular biologyoxidative stressnadph oxidasesreactive oxygen speciesbiochemistryendothelial dysfunctionkey siteother pathologiesinflammationblood vesselsvascular pharmacologyfree radical biologyredox biologyantioxidants

Nadph Oxidase 4 Contributes to Trpv4-Mediated Endothelium-Dependent Vasodilation in Human Arterioles by Regulating Protein Phosphorylation of Trpv4 Channels. Basic Research in Cardiology (2022)

Yangjing XieYoshinori NishijimaNatalya S. ZinkevichAnkush KorishettarJuan FangAngela J. MathisonMichael T. ZimmermannDavid A. WilcoxDavid D. GuttermanYuxian ShenDavid X. Zhang

cardiovascular researchvascular biologycardiologybiochemistryhuman arteriolescardiovascular physiology

Generation and Proliferation Assessment of Hek293T Cells Stably Expressing Kv1.5 Channel With and Without Regulatory Subunits β1.1 or β1.2. The FASEB Journal (2021)

molecular and cellular biologycell signalingkv1.5 channelcell biologytranscription factorscellular physiologysignaling pathwayscellular regulatory mechanismmolecular physiologymolecular cell biologyregulatory subunitshek293t cellssystems biologysignal transduction

Hypertension Preserves the Magnitude of Microvascular Flow‐Mediated Dilation Following Transient Elevation in Intraluminal Pressure. Physiological Reports (2021)

William E. HughesNatalya ZinkevichDavid D. GuttermanAndreas M. Beyer

physiological researchintraluminal pressuremicrovascular flow-mediated dilationphysiologytransient elevationphysiological measurementshypertension

Bcr‐Abl Tyrosine Kinase Inhibitors Promote Pathological Changes in Dilator Phenotype in the Human Microvasculature. Microcirculation (2020)

Matthew J. DurandShelby N. HaderAlexa DerayunanNatalya ZinkevichJennifer J. McIntoshAndreas M. Beyer

dilator phenotypevascular biologypathologyhuman microvasculaturemicrovascular dysfunctionpathological changes

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Natalya Zinkevich

Assistant Professor of Biology

University of Illinois-Springfield

Affiliations

Biology

College of Health, Science and Technology

School Of Integrated Sciences, Sustainability, And Public Health

Natalya Zinkevich is currently serving as a Biology Assistant Professor of Biology at University of Illinois-Springfield.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Natalya Zinkevich

University of Illinois-Springfield

Assistant Professor of Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Kvβ1.2 Enhances Kv1.5 Sensitivity to Redox-Induced Membrane Hyperpolarization in Hek293 Cells. Physiology (2026)

cell physiologyphysiologycell biologycellular physiologyredox signalingbiochemistryhyperpolarization (biology)molecular physiologymembrane biologymolecular cell biologyoxidative stressredox biology

Abstract 3854: Lymphatic Endothelial Progenitors Promote Tumor Lymphatic Formation Through Cell-Cell Fusion. Cancer Research (2025)

Bone Marrow Myeloid–Lymphatic Progenitors Expand Tumor Lymphatic Vasculature Through Cell Fusion. Cancers (2025)

haematopoiesisstem cell researchimmunologystem cellscell biologybone marrow transplantationmyelopoiesislymphatic systemcancer cellstumor microenvironment

Prolonged L-Name Exposure Changes the Vasodilator Factor From No to H2O2 in Human Arterioles in Response to A23187. Vascular Pharmacology (2024)

Natalya S ZinkevichKostiantyn DrachukDavid X Zhang

vasodilator factorhuman arteriolespharmacologyvascular pharmacology

The Differential Effects of Acute and Prolonged L-Name Exposure on A23187-Induced No-Dependent Dilation in Human Arterioles. Physiology (2024)

Inhibiting Nadph Oxidases to Target Vascular and Other Pathologies: An Update on Recent Experimental and Clinical Studies. Biomolecules (2022)

Anthony L. SylvesterDavid X. ZhangSophia RanNatalya S. Zinkevich

Nadph Oxidase 4 Contributes to Trpv4-Mediated Endothelium-Dependent Vasodilation in Human Arterioles by Regulating Protein Phosphorylation of Trpv4 Channels. Basic Research in Cardiology (2022)

Yangjing XieYoshinori NishijimaNatalya S. ZinkevichAnkush KorishettarJuan FangAngela J. MathisonMichael T. ZimmermannDavid A. WilcoxDavid D. GuttermanYuxian ShenDavid X. Zhang

cardiovascular researchvascular biologycardiologybiochemistryhuman arteriolescardiovascular physiology

Generation and Proliferation Assessment of Hek293T Cells Stably Expressing Kv1.5 Channel With and Without Regulatory Subunits β1.1 or β1.2. The FASEB Journal (2021)

Hypertension Preserves the Magnitude of Microvascular Flow‐Mediated Dilation Following Transient Elevation in Intraluminal Pressure. Physiological Reports (2021)

William E. HughesNatalya ZinkevichDavid D. GuttermanAndreas M. Beyer

physiological researchintraluminal pressuremicrovascular flow-mediated dilationphysiologytransient elevationphysiological measurementshypertension

Bcr‐Abl Tyrosine Kinase Inhibitors Promote Pathological Changes in Dilator Phenotype in the Human Microvasculature. Microcirculation (2020)

Matthew J. DurandShelby N. HaderAlexa DerayunanNatalya ZinkevichJennifer J. McIntoshAndreas M. Beyer

dilator phenotypevascular biologypathologyhuman microvasculaturemicrovascular dysfunctionpathological changes

1
2
3
10 / page