Faculty

Institution

Unit

Venue

Eva Fekete

Medical College of Wisconsin

Affiliations

Physiology

NoneEva Fekete is currently serving as a Physiology faculty at Medical College of Wisconsin.

Honors

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Experiences

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Education

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Eva Fekete

Medical College of Wisconsin

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hypertension cardiovascular research vascular biology inflammation cardiovascular disease molecular physiology blood pressure neurology immunology pharmacology diabetes obesity thrombosis molecular cell biology novel therapies biochemistry neuropharmacology nephrology endocrinology molecular psychiatry clinical lipidology psychoneuroendocrinology metabolic syndrome mammalian biology circulatory physiology medicinal research genome biology pregnancy hypertension cellular physiology animal physiology host factors selective toxicity secondary metabolites trace metals hyperlipidemia residual stress osmotic stress cardiovascular pharmacology hypoxia (medicine) anti-inflammatory adaptive immune system immunosuppression hemostasis transcriptomics technology gene regulation therapy resistance therapeutic efficacy disease progression biomarker target kidney research protein function renal function molecular regulation renal pathophysiology comparative physiology prorenin receptor genetic ablation hydromineral balance deoxycorticosterone-salt hypertension mice depend cardiometabolic effects ambient temperature respiratory abnormalities conditional deletion salt retention blood pressure changes angiotensin ii infusion renin expression renin-angiotensin system genes mouse nucleus ambiguus t-lymphocyte b-arrestins

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Preliminary Spatial Transcriptomics Map of Renin-Angiotensin System Genes in the Mouse Nucleus Ambiguus. Physiology (2025)

geneticsmouse nucleus ambiguusmolecular cell biologygene expressiongene regulationrenin-angiotensin system genesmolecular physiologydevelopmental biologysystems biologygenome biologytranscriptomics technologytranscriptometranscription (biology)

Cullin-3 Regulates the Renal Baroreceptor Machinery That Controls Renin Gene Expression. JCI Insight (2025)

Daria GolosovaGaurav KumarKo-Ting LuPatricia C Muskus VeitiaAna Hantke GuixaKelsey K WackmanEva M FeketeDaniel T BrozoskiJustin L GrobeMaria Luisa S Sequeira-LopezR Ariel GomezPablo NakagawaCurt D Sigmund

cause hypertensionmolecular cell biologysignal transductionrenal pathophysiologymolecular physiologysmooth muscle cellcellular physiologyprotein functionsystems biologycell signalingrenal functionvascular biologykidney researchcell biologymolecular and cellular biologymolecular regulationrenin gene expression

Abstract 36: Ablation of T-Lymphocyte β-Arrestins Reduces Inflammation and Increases Salt Retention in the Absence of Blood Pressure Changes Following Angiotensin II Infusion. Hypertension (2024)

Mina GhobrialEva FeketePatricia Muskus VeitiaDaniel BrozoskiKo-Ting LuAna Hantke GuixaKelsey WackmanCurt SigmundPablo Nakagawa

immunity (medicine)hypertensionmedicinethrombosisimmunosuppressionimmune responsesanti-inflammatoryblood pressure changesvascular biologypharmacologyinflammationimmunologyimmunotherapyblood pressureadaptive immune systemangiotensin ii infusionsalt retentionhemostasismedicinal research

Abstract 66: Early-Life Sodium Restriction Programs Salt-Sensitivity of Autonomics and Blood Pressure in Adult C57Bl/6J Mice. Hypertension (2024)

Samuel LawtonAlisha ZieglerConnie GrobeValerie WagnerDaniel BrozoskiEva FeketeCurt SigmundPablo NakagawaJustin GrobeJeffrey Segar

hypertensionblood pressuremedicinehealth sciencescardiovascular researchnutritionpublic health

A Role of T-Lymphocyte β-Arrestins in Hypertension. Physiology (2024)

Mina GhobrialEva M. FeketePatricia C. MuskusDaniel T. BrozoskiKo-Ting LuAna Hantke GuixaKelsey K. Wackman

therapy resistancethrombosiscell biologyneurophysiologyhematologypregnancy hypertensionmolecular physiologymechanobiologyvascular biologycardiovascular diseasebiomarker targetneurologyinflammationcardiovascular researchdisease progressionhealth sciencest-lymphocyte b-arrestinstherapeutic efficacynovel therapies

Early-Life Sodium Restriction Programs Autonomic Dysfunction and Salt Sensitivity in Male C57Bl/6J Mice. AJP Regulatory Integrative and Comparative Physiology (2024)

Alisha A. ZieglerSamuel B. R. LawtonEva M. FeketeDaniel T. BrozoskiValerie A. WagnerConnie C. GrobeCurt D. SigmundPablo NakagawaJustin L. GrobeJeffrey L. Segar

animal physiologycomparative physiologysalt sensitivityphysiology

Abstract 060: Conditional Deletion of Renin in the Mouse Brain Results in Cardiovascular and Respiratory Abnormalities in Response to Hypoxia or Autonomic Blockade. Hypertension (2023)

Eva M FeketePatricia Muskus VeitiaNatalia MathieuDaniel BrozoskiDaria GolosovaJavier GomezGary MouradianMatthew HodgesJustin L GrobeCurt D SigmundPablo Nakagawa

respiratory abnormalitieshypoxia (medicine)hypertensioncardiovascular researchconditional deletioncardiovascular diseasephysiology

Cardiometabolic Effects of Doca-Salt in Mice Depend on Ambient Temperature. Hypertension (2023)

Connie C. GrobeJohn J. RehoDaeleon Brown-WilliamsAlisha A. ZieglerNatalia M. MathieuSamuel B.R. LawtonEva M. FeketeDaniel T. BrozoskiKelsey K. WackmanColin M.L. BurnettPablo NakagawaCurt D. SigmundJeffrey L. SegarJustin L. Grobe

hypertensionbiochemistrydiabetescardiometabolic effectscirculatory physiologymice dependresidual stresscardiovascular diseasecardiovascular researchhyperlipidemiaambient temperaturemammalian biologyblood pressurehealth sciencesosmotic stressendocrinologyobesitycardiovascular pharmacologymetabolic syndromephysiology

Genetic Ablation of Prorenin Receptor in the Rostral Ventrolateral Medulla Influences Blood Pressure and Hydromineral Balance in Deoxycorticosterone-Salt Hypertension. Function (2023)

Natalia M MathieuEva M FeketePatricia C MuskusDaniel T BrozoskiKo-Ting LuKelsey K WackmanJavier GomezShi FangJohn J RehoConnie C GrobeIbrahim VazirabadGary C MouradianMatthew R HodgesJeffrey L SegarJustin L GrobeCurt D SigmundPablo Nakagawa

molecular psychiatrygenetic ablationdiabetesprorenin receptordeoxycorticosterone-salt hypertensionvascular biologyselective toxicityneurologypharmacologyinflammationcardiovascular researchhydromineral balanceimmunologysecondary metabolitesnephrologytrace metalsobesityhost factorsclinical lipidologypsychoneuroendocrinologynovel therapiesneuropharmacology

Abstract P112: Evidence of Renin Expression and Function in the Brainstem. Hypertension (2022)

Pablo NakagawaJavier GomezEva M FeketeDaniel BrozoskiJustin L GrobeCurt D Sigmund

hypertensionneurosciencerenin expression

1
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Eva Fekete

Medical College of Wisconsin

Affiliations

Physiology

NoneEva Fekete is currently serving as a Physiology faculty at Medical College of 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

Eva Fekete

Medical College of Wisconsin

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Preliminary Spatial Transcriptomics Map of Renin-Angiotensin System Genes in the Mouse Nucleus Ambiguus. Physiology (2025)

Cullin-3 Regulates the Renal Baroreceptor Machinery That Controls Renin Gene Expression. JCI Insight (2025)

Abstract 36: Ablation of T-Lymphocyte β-Arrestins Reduces Inflammation and Increases Salt Retention in the Absence of Blood Pressure Changes Following Angiotensin II Infusion. Hypertension (2024)

Mina GhobrialEva FeketePatricia Muskus VeitiaDaniel BrozoskiKo-Ting LuAna Hantke GuixaKelsey WackmanCurt SigmundPablo Nakagawa

Abstract 66: Early-Life Sodium Restriction Programs Salt-Sensitivity of Autonomics and Blood Pressure in Adult C57Bl/6J Mice. Hypertension (2024)

Samuel LawtonAlisha ZieglerConnie GrobeValerie WagnerDaniel BrozoskiEva FeketeCurt SigmundPablo NakagawaJustin GrobeJeffrey Segar

hypertensionblood pressuremedicinehealth sciencescardiovascular researchnutritionpublic health

A Role of T-Lymphocyte β-Arrestins in Hypertension. Physiology (2024)

Mina GhobrialEva M. FeketePatricia C. MuskusDaniel T. BrozoskiKo-Ting LuAna Hantke GuixaKelsey K. Wackman

Early-Life Sodium Restriction Programs Autonomic Dysfunction and Salt Sensitivity in Male C57Bl/6J Mice. AJP Regulatory Integrative and Comparative Physiology (2024)

Alisha A. ZieglerSamuel B. R. LawtonEva M. FeketeDaniel T. BrozoskiValerie A. WagnerConnie C. GrobeCurt D. SigmundPablo NakagawaJustin L. GrobeJeffrey L. Segar

animal physiologycomparative physiologysalt sensitivityphysiology

Abstract 060: Conditional Deletion of Renin in the Mouse Brain Results in Cardiovascular and Respiratory Abnormalities in Response to Hypoxia or Autonomic Blockade. Hypertension (2023)

Eva M FeketePatricia Muskus VeitiaNatalia MathieuDaniel BrozoskiDaria GolosovaJavier GomezGary MouradianMatthew HodgesJustin L GrobeCurt D SigmundPablo Nakagawa

respiratory abnormalitieshypoxia (medicine)hypertensioncardiovascular researchconditional deletioncardiovascular diseasephysiology

Cardiometabolic Effects of Doca-Salt in Mice Depend on Ambient Temperature. Hypertension (2023)

Genetic Ablation of Prorenin Receptor in the Rostral Ventrolateral Medulla Influences Blood Pressure and Hydromineral Balance in Deoxycorticosterone-Salt Hypertension. Function (2023)

Abstract P112: Evidence of Renin Expression and Function in the Brainstem. Hypertension (2022)

Pablo NakagawaJavier GomezEva M FeketeDaniel BrozoskiJustin L GrobeCurt D Sigmund

hypertensionneurosciencerenin expression

1
10 / page

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