Faculty

Institution

Unit

Venue

Terry Kurth

Medical College of Wisconsin

Affiliations

Physiology

NoneTerry Kurth 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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Terry Kurth

Medical College of Wisconsin

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hypertension pharmacology mammalian biology neuroscience physiology nephrology cardiovascular research blood pressure membrane biology vascular biology renal function hematology avian biology dahl salt-sensitive rats medicinal research renal pathophysiology salt-sensitive hypertension immunology endocrinology gene expression oxidative stress cardiology redox biology hemostasis osmoregulation mammalian physiology glomerular filtration rate liver physiology cell metabolism circulatory physiology genome biology stem cell research molecular physiology applied physiology blood purification bayesian analysis respiratory medicine in vivo systems metabolic regulation redox signaling genome studies genomic mechanisms physiological research vascular adaptation molecular regulation gene function antihypertensive therapy gene regulation kidney research adrenal disease kidney failure blood flow clinical physiology cardiovascular physiology cardiovascular function gene editing crispr rna biology increased expression dahl-ss rat tubulointerstitial injury renal genomic dynamic convergence dahl salt-sensitive hypertension biological pathways proliferative cells dahl salt-sensitive rat sequential assessment bayesian statistical model dietary salt ctcf binding

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 102: Targeted Disruption of Ctcf Binding Near the Ren Gene Alters Local Gene Expression in Response to Dietary Salt. Hypertension (2023)

Mark Vanden AvondMichael GrzybowskiTerry KurthAndrew GreeneMingyu LiangAllen CowleyAron M Geurts

gene therapygene regulationctcf bindingmembrane biologygene functionantihypertensive therapypharmacologymedicineblood pressuredietary saltgene expressionmolecular regulationhypertensiongenetics

Abstract P399: High Salt Induced Mitochondrial Uncoupling and Enhanced Respiratory Activity in Isolated Proximal Tubules From Dahl Salt-Sensitive Rats. Hypertension (2023)

Chun YangRanjan K DashTerry KurthSatoshi ShimadaAllen W Cowley

high saltmitochondrial uncouplingenhanced respiratory activityphysiologyisolated proximal tubulesdahl salt-sensitive ratsneuroscienceavian biologymammalian biologyhypertension

Abstract P244: Tubular Sites of Mtorc2 Inhibition of Sodium Transport in Dahl Salt-Sensitive Rats.. Hypertension (2022)

Allen W CowleyChun YangOlena IsaevaSatoshi ShimadaTerry KurthMegan StumpfAlison J KriegelRanjan K Dash

neurologynephrologytubular sitessodium transportdahl salt-sensitive ratsneurosciencepharmacologymammalian biologyhypertension

Novel Crispr/Cas9 Munich Wistar FröMter Rat Model Carrying Disease‐Causing Mutant Actn4 Demonstrates Salt‐Sensitive Hypertension. The FASEB Journal (2021)

Di FengTerry KurthMegan StumpfMichael GrzybowskiAron GeurtsRuben SandovalGeorge RhodesBruce MolitorisMartin PollakAllen Cowley

gene editingcrisprbiologymolecular biologyblood pressuresalt-sensitive hypertensionhypertensiongenetics

Deficiency in Pappa2 Expression Reduces Nephron Endowment and Associates With Hypertension and Chronic Kidney Disease in Rats. The FASEB Journal (2019)

Vikash KumarChun YangTerry KurthAron GeurtsAllen W Cowley

metabolic syndromevascular biologycardiovascular researchrenal functionnephrologykidney failureadrenal diseaseimmunologymedicinal researchhematologydigestive diseasesbiologykidney researchoxidative stressrenal pathophysiologyurologyhypertensionchronic kidney disease

Renal Delivery of Anti-Microrna Oligonucleotides in Rats. Methods in molecular biology (2017)

Kristie S. UsaYong LiuTerry KurthAlison J. KriegelDavid L. MattsonAllen W. CowleyMingyu Liang

anti-microrna oligonucleotidesrenal deliverymembrane biologypharmacologymolecular biologymammalian biologyrna biologygenetics

A Bayesian Statistical Model to Characterize Blood Pressure Increase in Salt‐Sensitive Hypertension in the Rat (856.6). The FASEB Journal (2014)

Alex DaytonKwang‐Woo AhnPurushottam LaudTerry KurthDavid MattsonAllen Cowley

biostatisticsneurologyrenal functionhypertensionbayesian statistical modelblood pressuresalt-sensitive hypertensionbayesian analysisstatistics

The Impact of Maternal in Utero Environment on Salt‐Induced Hypertension in the Ss Rat (1120.4). The FASEB Journal (2014)

Aron GeurtsDavid MattsonPengyuan LiuMeredith SkeltonTerry KurthJason KlotzMichael GrzybowskiMingyu LiangAllen Cowley

public healthanimal scienceepidemiologyanimal physiologysalt-induced hypertensionhuman biologyavian biologymammalian biologymaternal healthhealth scienceshypertensionmammalian physiology

Abstract 294: Evaluation of the Role of the Nad(P)H Oxidase Subunit P67Phox in the Regulation of Glomerular Filtration Rate in Dahl Salt-Sensitive Rats. Hypertension (2013)

Louise C EvansRobert P RyanTerry KurthMeredith SkeltonAllen W Cowley

neurologycardiovascular diseasevascular biologycardiovascular researchnephrologyrespiratory medicinedahl salt-sensitive ratsneuroscienceavian biologymembrane biologyglomerular filtration ratepharmacologyblood pressureveterinary medicinemammalian biologyosmoregulationhypertension

Evaluation of the Role of the Nad(P)H Oxidase Subunit P67Phox in the Regulation of Medullary Blood Flow in Dahl S Rats. The FASEB Journal (2013)

Louise Christine EvansRobert RyanTerry KurthMeredith SkeltonAllen Cowley

hemostasisneurophysiologypharmacologymammalian physiologyvascular biologyanimal physiologyphysiologyhematologyhealth sciencescardiovascular physiologymedullary blood flowendocrinologyblood flowcardiovascular researchelectrophysiologymembrane biologyclinical physiologymammalian biologyredox biology

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Terry Kurth

Medical College of Wisconsin

Affiliations

Physiology

NoneTerry Kurth 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

Terry Kurth

Medical College of Wisconsin

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 102: Targeted Disruption of Ctcf Binding Near the Ren Gene Alters Local Gene Expression in Response to Dietary Salt. Hypertension (2023)

Mark Vanden AvondMichael GrzybowskiTerry KurthAndrew GreeneMingyu LiangAllen CowleyAron M Geurts

gene therapygene regulationctcf bindingmembrane biologygene functionantihypertensive therapypharmacologymedicineblood pressuredietary saltgene expressionmolecular regulationhypertensiongenetics

Abstract P399: High Salt Induced Mitochondrial Uncoupling and Enhanced Respiratory Activity in Isolated Proximal Tubules From Dahl Salt-Sensitive Rats. Hypertension (2023)

Chun YangRanjan K DashTerry KurthSatoshi ShimadaAllen W Cowley

high saltmitochondrial uncouplingenhanced respiratory activityphysiologyisolated proximal tubulesdahl salt-sensitive ratsneuroscienceavian biologymammalian biologyhypertension

Abstract P244: Tubular Sites of Mtorc2 Inhibition of Sodium Transport in Dahl Salt-Sensitive Rats.. Hypertension (2022)

Allen W CowleyChun YangOlena IsaevaSatoshi ShimadaTerry KurthMegan StumpfAlison J KriegelRanjan K Dash

neurologynephrologytubular sitessodium transportdahl salt-sensitive ratsneurosciencepharmacologymammalian biologyhypertension

Novel Crispr/Cas9 Munich Wistar FröMter Rat Model Carrying Disease‐Causing Mutant Actn4 Demonstrates Salt‐Sensitive Hypertension. The FASEB Journal (2021)

Di FengTerry KurthMegan StumpfMichael GrzybowskiAron GeurtsRuben SandovalGeorge RhodesBruce MolitorisMartin PollakAllen Cowley

gene editingcrisprbiologymolecular biologyblood pressuresalt-sensitive hypertensionhypertensiongenetics

Deficiency in Pappa2 Expression Reduces Nephron Endowment and Associates With Hypertension and Chronic Kidney Disease in Rats. The FASEB Journal (2019)

Vikash KumarChun YangTerry KurthAron GeurtsAllen W Cowley

Renal Delivery of Anti-Microrna Oligonucleotides in Rats. Methods in molecular biology (2017)

Kristie S. UsaYong LiuTerry KurthAlison J. KriegelDavid L. MattsonAllen W. CowleyMingyu Liang

anti-microrna oligonucleotidesrenal deliverymembrane biologypharmacologymolecular biologymammalian biologyrna biologygenetics

A Bayesian Statistical Model to Characterize Blood Pressure Increase in Salt‐Sensitive Hypertension in the Rat (856.6). The FASEB Journal (2014)

Alex DaytonKwang‐Woo AhnPurushottam LaudTerry KurthDavid MattsonAllen Cowley

biostatisticsneurologyrenal functionhypertensionbayesian statistical modelblood pressuresalt-sensitive hypertensionbayesian analysisstatistics

The Impact of Maternal in Utero Environment on Salt‐Induced Hypertension in the Ss Rat (1120.4). The FASEB Journal (2014)

Aron GeurtsDavid MattsonPengyuan LiuMeredith SkeltonTerry KurthJason KlotzMichael GrzybowskiMingyu LiangAllen Cowley

public healthanimal scienceepidemiologyanimal physiologysalt-induced hypertensionhuman biologyavian biologymammalian biologymaternal healthhealth scienceshypertensionmammalian physiology

Abstract 294: Evaluation of the Role of the Nad(P)H Oxidase Subunit P67Phox in the Regulation of Glomerular Filtration Rate in Dahl Salt-Sensitive Rats. Hypertension (2013)

Louise C EvansRobert P RyanTerry KurthMeredith SkeltonAllen W Cowley

Evaluation of the Role of the Nad(P)H Oxidase Subunit P67Phox in the Regulation of Medullary Blood Flow in Dahl S Rats. The FASEB Journal (2013)

Louise Christine EvansRobert RyanTerry KurthMeredith SkeltonAllen Cowley

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chronic kidney disease

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translational physiology

vascular congestion

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stem cell research

gene knockout studies

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endothelial dysfunction

metabolism

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oxidative stress

sleep-related breathing disorder