Faculty

Institution

Unit

Venue

Chun Yang

Research Scientist II

Medical College of Wisconsin

Affiliations

Physiology

Chun Yang is currently serving as a Physiology Research Scientist II at Medical College of Wisconsin.

Honors

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Experiences

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Education

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Chun Yang

Medical College of Wisconsin

Research Scientist II

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hypertension physiology nephrology mammalian biology genetics renal function membrane biology blood pressure neuroscience avian biology dahl salt-sensitive rats renal pathophysiology hematology endocrinology genomics immunology molecular physiology cardiovascular research medicinal research vascular biology liver physiology cellular physiology oxidative stress redox biology genome biology applied physiology respiratory medicine physiological research mammalian physiology mitochondrial function salt-induced hypertension salt-sensitive hypertension rna biology kidney research pathway analysis dahl salt-sensitive rat outer medulla renal perfusion pressure gene expression protein science genome-wide association studies medical genetics genotype-phenotype association epigenomics biological pathways circulatory physiology free radical biology metabolic regulation kidney injury stem cell research genome studies translational physiology in vivo systems redox signaling genomic mechanisms acute kidney injury functional regulation cardiovascular physiology respiratory neurobiology gene characterization biological significance mitochondrial bioenergetics base-resolution maps renal injury long non-coding rna secondary metabolism therapeutic efficacy cardiovascular function cardiac muscle osmoregulation human nutrition increased expression maternal diet renal t-cell infiltration perfusion pressure oxygen utilization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 08: Genome-Wide Maps of Human Kidney Proximal Tubules and Thick Ascending Limbs of Henle Reveal an Enrichment for Human Blood Pressure Associated Polymorphisms. Hypertension (2024)

Atrayee RayChun YangCary StellohMonika TutajPengyuan LiuYong LiuChien-Wei LinMichael WidlanskyAnne KwitekAron GeurtsAllen CowleyMingyu LiangAndrew GreeneSridhar Rao

genomicshuman polymorphismsblood pressuregeneticshypertensiongenome-wide mapshuman blood pressure

Abstract P206: Renal Hemodynamic and Transcriptomic Changes in Response to Salt in Dahl Salt-Sensitive Rats. Hypertension (2024)

Satoshi ShimadaChun YangRanjan DashAllen Cowley

physiologyrenal functiontranscriptomic changeshypertensiondahl salt-sensitive ratsrenal pathophysiologyselective toxicityrenal hemodynamic

Abstract P367: Cross-Species Epigenomic Maps of Intergenic Loci for Hypertension and Blood Pressure. Hypertension (2024)

Monika TutajChien-Wei LinAtrayee RayChun YangCary StellohPengyuan LiuYong LiuMichael WidlanskyAndrew GreeneAron GeurtsAllen CowleyMingyu LiangSridhar RaoAnne Kwitek

cross-species epigenomic mapsepigenomicsblood pressuregeneticsintergenic locihypertension

Chromatin Interaction Maps of Human Arterioles Reveal New Mechanisms for the Genetic Regulation of Blood Pressure. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Yong LiuRajan PandeyQiongzi QiuPengyuan LiuHong XueJingli WangBhavika TheraniRong YingKristie UsaMichael GrzybowskiChun YangManoj K. MishraAndrew S. GreeneAllen W. CowleySridhar RaoAron M. GeurtsMichael E. WidlanskyMingyu Liang

chromatin interaction mapsblood pressuregenetic regulationgeneticshuman arterioleschromatingene regulation

Chromatin State Maps of Blood Pressure-Relevant Renal Segments Reveal Potential Regulatory Role for Snps. Hypertension (2024)

Atrayee RayChun YangCary StellohMonika TutajPengyuan LiuYong LiuQiongzi QiuPaul L. AuerChien-Wei LinMichael E. WidlanskyAron M. GeurtsAllen W. CowleyMingyu LiangAnne E. KwitekAndrew S. GreeneSridhar Rao

potential regulatory rolechromatin state mapsblood pressurehypertension

Dynamic Shift Towards Increased O 2 Consumption and Reduced Lactate Uptake During Acute Volume Expansion in Sprague Dawley (Sd) Rats. Physiology (2024)

Satoshi ShimadaChun YangRanjan DashAllen Cowley, Jr

physiologyliver physiologypharmacologyenergy metabolismapplied physiologyanimal physiologyendocrinologymammalian physiologyhuman physiologyexercise physiologymammalian biologysprague dawleyacute volume expansionclinical physiologycirculatory physiologymembrane biologyveterinary physiology

High Salt Induced Alterations in Substrate Metabolism, Respiratory Activity, and Acidification in Isolated Proximal Tubules From Dahl Salt-Sensitive Rats. Physiology (2024)

Ranjan DashChun YangDevanshi DaveTheresa KurthSatoshi ShimadaAllen Cowley, Jr

mammalian physiologyveterinary physiologyliver physiologyphysiological researchendocrinologyisolated proximal tubulesexercise physiologydahl salt-sensitive ratsmembrane biologyhealth sciencesavian biologyanimal physiologyveterinary medicinemammalian biologyorgan physiologyphysiologypharmacologysubstrate metabolismapplied physiologyhigh salthuman physiologyrespiratory activity

Inhibition of Mtorc2 Promotes Natriuresis in Dahl Salt-Sensitive Rats via the Decrease of Ncc and Enac Activity. AJP Renal Physiology (2024)

Chun YangElena IsaevaSatoshi ShimadaTheresa KurthMegan StumpfNadezhda N. ZheleznovaAlexander StaruschenkoRanjan K. DashAllen W. Cowley

physiologyenac activitypharmacologyavian biologyapplied physiologyanimal physiologynephrologyendocrinologyurologyrenal functiondahl salt-sensitive ratsinhibitory activityrenal pathophysiologymolecular physiologyneurophysiology

Nadph Oxidase 4 Knockout in Dahl Salt-Sensitive Rats Impacts Kidney O 2 Consumption and Ucp2 Responses to a High Salt Diet. Physiology (2024)

Satoshi ShimadaChun YangRanjan DashAllen Cowley, Jr

mammalian physiologymetabolismliver physiologyendocrinologydahl salt-sensitive ratsmembrane biologycellular physiologyanimal physiologynephrologymammalian biologyneurophysiologyhigh salt dietphysiologypharmacologynutrient physiologyapplied physiologyrenal functionhuman physiologyneuroscienceveterinary physiology

Oxidative Stress-Induced Suppression of Metabolism Pathways in Dahl Salt-Sensitive Rats. Journal of the American Society of Nephrology (2024)

Satoshi ShimadaChun YangRanjan K. DashAllen W. Cowley

physiologykidney researchmetabolism pathwaysnephrologydahl salt-sensitive ratsoxidative stress-induced suppressionmetabolismmetabolic pathwaysstress (biology)oxidative stress

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Chun Yang

Research Scientist II

Medical College of Wisconsin

Affiliations

Physiology

Chun Yang is currently serving as a Physiology Research Scientist II 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

Chun Yang

Medical College of Wisconsin

Research Scientist II

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 08: Genome-Wide Maps of Human Kidney Proximal Tubules and Thick Ascending Limbs of Henle Reveal an Enrichment for Human Blood Pressure Associated Polymorphisms. Hypertension (2024)

Atrayee RayChun YangCary StellohMonika TutajPengyuan LiuYong LiuChien-Wei LinMichael WidlanskyAnne KwitekAron GeurtsAllen CowleyMingyu LiangAndrew GreeneSridhar Rao

genomicshuman polymorphismsblood pressuregeneticshypertensiongenome-wide mapshuman blood pressure

Abstract P206: Renal Hemodynamic and Transcriptomic Changes in Response to Salt in Dahl Salt-Sensitive Rats. Hypertension (2024)

Satoshi ShimadaChun YangRanjan DashAllen Cowley

physiologyrenal functiontranscriptomic changeshypertensiondahl salt-sensitive ratsrenal pathophysiologyselective toxicityrenal hemodynamic

Abstract P367: Cross-Species Epigenomic Maps of Intergenic Loci for Hypertension and Blood Pressure. Hypertension (2024)

Monika TutajChien-Wei LinAtrayee RayChun YangCary StellohPengyuan LiuYong LiuMichael WidlanskyAndrew GreeneAron GeurtsAllen CowleyMingyu LiangSridhar RaoAnne Kwitek

cross-species epigenomic mapsepigenomicsblood pressuregeneticsintergenic locihypertension

Chromatin Interaction Maps of Human Arterioles Reveal New Mechanisms for the Genetic Regulation of Blood Pressure. bioRxiv (Cold Spring Harbor Laboratory) (2024)

chromatin interaction mapsblood pressuregenetic regulationgeneticshuman arterioleschromatingene regulation

Chromatin State Maps of Blood Pressure-Relevant Renal Segments Reveal Potential Regulatory Role for Snps. Hypertension (2024)

potential regulatory rolechromatin state mapsblood pressurehypertension

Dynamic Shift Towards Increased O 2 Consumption and Reduced Lactate Uptake During Acute Volume Expansion in Sprague Dawley (Sd) Rats. Physiology (2024)

Satoshi ShimadaChun YangRanjan DashAllen Cowley, Jr

High Salt Induced Alterations in Substrate Metabolism, Respiratory Activity, and Acidification in Isolated Proximal Tubules From Dahl Salt-Sensitive Rats. Physiology (2024)

Ranjan DashChun YangDevanshi DaveTheresa KurthSatoshi ShimadaAllen Cowley, Jr

Inhibition of Mtorc2 Promotes Natriuresis in Dahl Salt-Sensitive Rats via the Decrease of Ncc and Enac Activity. AJP Renal Physiology (2024)

Chun YangElena IsaevaSatoshi ShimadaTheresa KurthMegan StumpfNadezhda N. ZheleznovaAlexander StaruschenkoRanjan K. DashAllen W. Cowley

Nadph Oxidase 4 Knockout in Dahl Salt-Sensitive Rats Impacts Kidney O 2 Consumption and Ucp2 Responses to a High Salt Diet. Physiology (2024)

Satoshi ShimadaChun YangRanjan DashAllen Cowley, Jr

Oxidative Stress-Induced Suppression of Metabolism Pathways in Dahl Salt-Sensitive Rats. Journal of the American Society of Nephrology (2024)

Satoshi ShimadaChun YangRanjan K. DashAllen W. Cowley

physiologykidney researchmetabolism pathwaysnephrologydahl salt-sensitive ratsoxidative stress-induced suppressionmetabolismmetabolic pathwaysstress (biology)oxidative stress

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