Faculty

Institution

Unit

Venue

Mark Paterson

Assistant Professor

Concordia University Wisconsin

Affiliations

Concordia University Ann Arbor

School of Arts and Sciences

Life and Earth Sciences

Mark Paterson is currently serving as a Concordia University Ann Arbor Assistant Professor at Concordia University Wisconsin.

Honors

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Experiences

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Education

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Mark Paterson

Concordia University Wisconsin

Assistant Professor

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cardiology vascular biology physiology renal pathophysiology nephrology renal function urology chronic kidney disease cardiovascular research rat model pharmacology cardiovascular disease circulatory physiology cardiomyopathy kidney failure microrna detection medicine medicinal research cellular physiology clinical proteomics proteome research non-coding rna reperfusion injury kidney research cardiac pathologies acute kidney injury diabetic cardiomyopathy chronic renal insufficiency genomics obesity diabetes translational research genome biology sex roles respiratory medicine cell metabolism free radical biology molecular metabolism reproductive medicine electronic library liver physiology renal care cardiovascular physiology cardiac muscle cardiovascular function endothelial dysfunction mitochondrial biogenesis reactive oxygen species mitochondrial dynamics mitochondrial function metabolic remodeling content representation disease susceptibility disease progression membrane transport different roots chronic co-administration sex-specific role synthase phosphorylation isoflurane cardiac preconditioning cardiorenal function large extracellular vesicles abstract 039 rna sequencing salt sensitive hypertension cardiac damage atrial natriuretic peptide fatty acid oxidation philosophy of science human physiology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Vacuole Membrane Protein 1 and Acute Response to Renal Ischemia and Ischemia/Reperfusion. Physiological Genomics (2025)

renal ischemiavascular biologynephrologycirculatory physiologyphysiologymembrane transportmembrane proteinscellular physiologyreperfusion injurymolecular physiologymembrane biologymembranesrenal pathophysiologyacute responsecritical carecellular biochemistry

Effects of Elevation of Anp and Its Deficiency on Cardiorenal Function. JCI Insight (2022)

Daria V. IlatovskayaVladislav LevchenkoKristen WinsorGregory R. BlassDenisha R. SpiresElizaveta SarsenovaIuliia PolinaAdrian ZietaraMark PatersonAlison J. KriegelAlexander Staruschenko

cardiovascular diseasehealth sciencescardiorenal function

Ovarian Hormone‐Dependent Mir‐146B‐5P Regulation of Plasminogen Activator Inhibitor‐1 in Renal Epithelial Cells. The FASEB Journal (2022)

Ryan J. AdamMark R. PatersonMichael N. GrzybowskiAron M. GeurtsAlison J. Kriegel

reproductive endocrinologyvascular biologyrenal functionphysiologybiologyreproductive medicinerenal pathophysiologyrenal epithelial cells

Essential Renal Tubular Proteins Are Lost by Excretion Within Novel Large Extracellular Vesicles During Chronic Renal Insufficiency. Journal of the American Society of Nephrology (2020)

acute kidney injuryrenal functionkidney failureproteomicsnephrologyproteome researchphysiologymembrane proteinschronic renal insufficiencyclinical proteomicsrenal pathophysiologyurologychronic kidney disease

Functionally Essential Tubular Proteins Are Lost to Urine-Excreted, Large Extracellular Vesicles During Chronic Renal Insufficiency. Kidney360 (2020)

acute kidney injurylarge extracellular vesiclesrenal functionkidney failurenephrologyproteome researchphysiologymembrane proteinsmembrane biologychronic renal insufficiencyclinical proteomicsrenal pathophysiologyurologychronic kidney disease

Mir‐21‐5P Regulation of Fatty Acid Oxidation and Mitochondrial Respiration in Intact and Permeabilized H9C2 Cardiomyoblast Cells. The FASEB Journal (2020)

Victoria NasciMark PatersonRaven HallCayla HarrisAlison Kriegel

mitochondrial respirationvascular biologycell biologymetabolic remodelingmolecular biologyoxidative stressgene expressioncardiologymitochondrial biogenesisreactive oxygen speciesbiochemistrycell metabolismfatty acid oxidationcardiovascular researchmetabolismmolecular metabolismmitochondrial dynamicsmitochondrial functionfree radical biologysignal transduction

Mir-146B-5P Has a Sex-Specific Role in Renal and Cardiac Pathology in a Rat Model of Chronic Kidney Disease. Kidney International (2019)

Mark R. PatersonAron M. GeurtsAlison J. Kriegel

cardiovascular diseasepathologysex roleskidney researchvascular biologysex-specific rolenephrologytranslational researchrenal carerat modelrenal functiontranslational medicinemedicinal researchrenal pathophysiologysystems biologyurologycardiovascular researchkidney failurechronic kidney disease

Renal Counterbalance and the Reversibility of Renal Atrophy With Reduced Renal Mass. The FASEB Journal (2019)

Amanda MarksVictoria L. NasciKathryn L. GoodreauMark R. PatersonAlison J. Kriegel

renal functionnephrologyrenal counterbalancereduced renal massrenal pathophysiologyrenal atrophyurology

Table of Contents. Kidney International (2019)

children's literaturecontent representationelectronic library

Abstract 039: Differential Expression of Mir-146B-5P Modulates Sex-Specific Cardiac Phenotypes in a Rat Model of Chronic Kidney Disease. Hypertension (2018)

cardiovascular researchvascular biologycardiologynon-coding rnarat modelabstract 039physiologymicrorna detectionurologychronic kidney disease

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Mark Paterson

Assistant Professor

Concordia University Wisconsin

Affiliations

Concordia University Ann Arbor

School of Arts and Sciences

Life and Earth Sciences

Mark Paterson is currently serving as a Concordia University Ann Arbor Assistant Professor at Concordia University Wisconsin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark Paterson

Concordia University Wisconsin

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Vacuole Membrane Protein 1 and Acute Response to Renal Ischemia and Ischemia/Reperfusion. Physiological Genomics (2025)

Effects of Elevation of Anp and Its Deficiency on Cardiorenal Function. JCI Insight (2022)

Daria V. IlatovskayaVladislav LevchenkoKristen WinsorGregory R. BlassDenisha R. SpiresElizaveta SarsenovaIuliia PolinaAdrian ZietaraMark PatersonAlison J. KriegelAlexander Staruschenko

cardiovascular diseasehealth sciencescardiorenal function

Ovarian Hormone‐Dependent Mir‐146B‐5P Regulation of Plasminogen Activator Inhibitor‐1 in Renal Epithelial Cells. The FASEB Journal (2022)

Ryan J. AdamMark R. PatersonMichael N. GrzybowskiAron M. GeurtsAlison J. Kriegel

reproductive endocrinologyvascular biologyrenal functionphysiologybiologyreproductive medicinerenal pathophysiologyrenal epithelial cells

Essential Renal Tubular Proteins Are Lost by Excretion Within Novel Large Extracellular Vesicles During Chronic Renal Insufficiency. Journal of the American Society of Nephrology (2020)

Functionally Essential Tubular Proteins Are Lost to Urine-Excreted, Large Extracellular Vesicles During Chronic Renal Insufficiency. Kidney360 (2020)

Mir‐21‐5P Regulation of Fatty Acid Oxidation and Mitochondrial Respiration in Intact and Permeabilized H9C2 Cardiomyoblast Cells. The FASEB Journal (2020)

Victoria NasciMark PatersonRaven HallCayla HarrisAlison Kriegel

Mir-146B-5P Has a Sex-Specific Role in Renal and Cardiac Pathology in a Rat Model of Chronic Kidney Disease. Kidney International (2019)

Mark R. PatersonAron M. GeurtsAlison J. Kriegel

Renal Counterbalance and the Reversibility of Renal Atrophy With Reduced Renal Mass. The FASEB Journal (2019)

Amanda MarksVictoria L. NasciKathryn L. GoodreauMark R. PatersonAlison J. Kriegel

renal functionnephrologyrenal counterbalancereduced renal massrenal pathophysiologyrenal atrophyurology

Table of Contents. Kidney International (2019)

children's literaturecontent representationelectronic library

Abstract 039: Differential Expression of Mir-146B-5P Modulates Sex-Specific Cardiac Phenotypes in a Rat Model of Chronic Kidney Disease. Hypertension (2018)

cardiovascular researchvascular biologycardiologynon-coding rnarat modelabstract 039physiologymicrorna detectionurologychronic kidney disease

1
2
10 / page

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Similar Faculty Members

David P. Basile

Institution

Indiana University – Purdue University Indianapolis

nephrology

kidney physiology

Aron Geurts

Institution

Medical College of Wisconsin

stem cell research

gene knockout studies

David Lovett

Institution

University of California, San Francisco

nephrology

health science

Kafait Malik

Institution

University of Tennessee Health Science Center

pharmacology

vascular biology

Zeljko Bosnjak

Institution

Medical College of Wisconsin

stem cell research

stem cell toxicology

Ningjun Li

Institution

Virginia Commonwealth University

nephrology

renal function

Valentina Kon

Institution

Vanderbilt University

chronic kidney disease

kidney failure

Manoocher Soleimani

Institution

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nephrology

pharmacology

Michael Caplan

Institution

Yale University

cell biology

membrane biology

Babak Baban

Institution

Augusta University

translational research

immunology