Faculty

Institution

Unit

Venue

Walter Boron

Professor

Wayne State University

Affiliations

School of Medicine

Physiology

Walter Boron is currently serving as a Physiology Professor at Wayne State University.

Honors

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Experiences

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Education

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Walter Boron

Wayne State University

Professor

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physiology membrane biology pharmacology cell biology cellular physiology molecular physiology molecular biology electrophysiology redox biology protein science neurophysiology animal physiology membrane transport liver physiology signal transduction mammalian biology gene expression cell physiology membranes vascular biology human physiology protein transport enzyme inhibition mammalian physiology applied physiology cell signaling translational physiology biophysical chemistry physiological research circulatory physiology oocytes neurochemistry osmoregulation molecular neurobiology mathematical modeling membrane science membrane permeation clinical physiology renal function biological chemistry brain science neurotransmission carbonic anhydrases xenopus oocytes respiratory medicine plant physiology tissue physiology disease physiology experimental biology redox signaling cell trafficking renal pathophysiology intracellular ph kidney research molecular regulation heme transport comparative physiology nucleic acid amplification intracellular ph regulation functional expression splice cassette ii red blood cells cell research bioelectrochemistry functional modification cellular biology brain circulation cell regulation renal proximal tubule sodium-coupled bicarbonate transporters acid-base physiology human rhag mouse brain splice variants acute acid-base disturbances o₂ permeability metabolism nephrology ph regulation clinical biochemistry biochemistry acid-base homeostasis chemical pathology carbon dioxide

Notable Scholarly Works

Notable Federal Grants

Collaborators

Differential Effects of Deleting the Angiotensin Receptor at 1A on the on Whole-Animal Response to Respiratory and Metabolic Acidosis in Mice. AJP Regulatory Integrative and Comparative Physiology (2025)

receptorsmetabolic pathwaysdifferential effectsmetabolismcirculatory physiologywhole-animal responsemammalian physiologyphysiological researchmetabolic acidosispharmacologyanimal physiologyphysiologymetabolic regulationcell metabolismmolecular physiology

Effects of Extracellular Metabolic Acidosis on the Homeostasis of Intracellular Ph in Hippocampal Neurons. Frontiers in Physiology (2025)

Patrice G. BouyerRossana OcchipintiSara TakiFraser J. MossWalter F. Boron

hippocampal neuronsmetabolismenergy homeostasisextracellular metabolic acidosisneurosciencephysiologyneurophysiologyintracellular ph

Mechanism of Co 2 and Nh 3 Transport Through Human Aquaporin 1: Evidence for Parallel Co 2 Pathways. bioRxiv (Cold Spring Harbor Laboratory) (2025)

membrane transportosmotic stressmembrane proteinsmolecular physiologymolecular and cellular biologymembrane biologyosmoregulationcell metabolismgas exchange processbiochemical sciencescytoskeletonchemical biologybiochemical interactionhuman aquaporin 1biochemistrycell and molecular biologyphysiologybiophysical chemistrymolecular metabolismbiologycellular physiology

Redox State of Nad Modulates the Activation of Na-Bicarbonate Cotransporter Nbce1-B via Irbit and L-Irbit. Science China Life Sciences (2025)

metabolic pathwaysenzymesmolecular metabolismredox chemistryna-bicarbonate cotransporter nbce1-bredox biologybiological chemistrybiochemistryredox statemolecular biologycell metabolismredox signalingbiophysical chemistry

Role of Channels in the O₂ Permeability of Murine Red Blood Cells. III. Mathematical Modeling and Simulations.. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biophysicscirculatory physiologymembrane transportmembrane permeationelectrophysiologyo₂ permeabilitymembrane biologyvascular biologyphysiologyblood flowmathematical modelingcellular physiology

Role of Channels in the O₂ Permeability of Murine Red Blood Cells II. Morphological and Proteomic Studies. bioRxiv (Cold Spring Harbor Laboratory) (2025)

membrane transportcell physiologycell biologyproteomic studieso₂ permeabilityblood vesselsbiochemistrymembrane biologyvascular biologyphysiologycell researchcellular physiologymolecular physiology

Role of Channels in the O 2 Permeability of Murine Red Blood Cells. I. Stopped-Flow and Hematological Studies. bioRxiv (Cold Spring Harbor Laboratory) (2025)

hematologyblood cellscell biologyelectrophysiologyblood vesselsmembrane biologyvascular biologyphysiologyblood flowhematological studiescellular physiology

Synergistic Roles of Aquaporin 5 and Intra- and Extracellular Carbonic Anhydrases in Facilitating Co 2 Diffusion Across the Xenopus Oocyte Plasma Membrane. bioRxiv (Cold Spring Harbor Laboratory) (2025)

membrane transportosmotic stressmembrane proteinsmolecular physiologymolecular and cellular biologymembrane biologyosmoregulationsynergistic rolesbiochemistryphysiologycell and molecular biologymembrane sciencebiophysical chemistrybiophysicsmembrane systemsmembrane permeationextracellular carbonic anhydrasesmembranesaquaporin 5cellular physiologybiophysical reviewcellular biochemistry

Effects of Extracellular Metabolic Acidosis and Out-Of-Equilibrium Co2/Hco3− Solutions on Intracellular Ph in Cultured Rat Hippocampal Neurons. Frontiers in Physiology (2024)

Patrice G. BouyerAhlam I. SalamehYuehan ZhouTiffany N. KolbaWalter F. Boron

metabolismextracellular metabolic acidosisneurosciencephysiologyintracellular ph

Impact of the Aqp5 H173D Mutation on H2O and Co2 Permeability: Physiology and MD Studies. Biophysical Journal (2024)

Popular PandeyNisha BhattaraiDeng-Ke WangThomas KowatzEric ShinnEmad TajkhorshidArdeschir Vahedi-FaridiWalter F. Boron

biophysicsmutagenesis (molecular biology technique)aqp5 h173d mutationco2 permeabilityredox biologymd studiesbiochemistrymolecular biologybiophysical chemistry

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Walter Boron

Professor

Wayne State University

Affiliations

School of Medicine

Physiology

Walter Boron is currently serving as a Physiology Professor at Wayne State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Walter Boron

Wayne State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Extracellular Metabolic Acidosis on the Homeostasis of Intracellular Ph in Hippocampal Neurons. Frontiers in Physiology (2025)

Patrice G. BouyerRossana OcchipintiSara TakiFraser J. MossWalter F. Boron

hippocampal neuronsmetabolismenergy homeostasisextracellular metabolic acidosisneurosciencephysiologyneurophysiologyintracellular ph

Mechanism of Co 2 and Nh 3 Transport Through Human Aquaporin 1: Evidence for Parallel Co 2 Pathways. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Redox State of Nad Modulates the Activation of Na-Bicarbonate Cotransporter Nbce1-B via Irbit and L-Irbit. Science China Life Sciences (2025)

Role of Channels in the O₂ Permeability of Murine Red Blood Cells. III. Mathematical Modeling and Simulations.. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biophysicscirculatory physiologymembrane transportmembrane permeationelectrophysiologyo₂ permeabilitymembrane biologyvascular biologyphysiologyblood flowmathematical modelingcellular physiology

Role of Channels in the O₂ Permeability of Murine Red Blood Cells II. Morphological and Proteomic Studies. bioRxiv (Cold Spring Harbor Laboratory) (2025)

membrane transportcell physiologycell biologyproteomic studieso₂ permeabilityblood vesselsbiochemistrymembrane biologyvascular biologyphysiologycell researchcellular physiologymolecular physiology

Role of Channels in the O 2 Permeability of Murine Red Blood Cells. I. Stopped-Flow and Hematological Studies. bioRxiv (Cold Spring Harbor Laboratory) (2025)

hematologyblood cellscell biologyelectrophysiologyblood vesselsmembrane biologyvascular biologyphysiologyblood flowhematological studiescellular physiology

Effects of Extracellular Metabolic Acidosis and Out-Of-Equilibrium Co2/Hco3− Solutions on Intracellular Ph in Cultured Rat Hippocampal Neurons. Frontiers in Physiology (2024)

Patrice G. BouyerAhlam I. SalamehYuehan ZhouTiffany N. KolbaWalter F. Boron

metabolismextracellular metabolic acidosisneurosciencephysiologyintracellular ph

Impact of the Aqp5 H173D Mutation on H2O and Co2 Permeability: Physiology and MD Studies. Biophysical Journal (2024)

Popular PandeyNisha BhattaraiDeng-Ke WangThomas KowatzEric ShinnEmad TajkhorshidArdeschir Vahedi-FaridiWalter F. Boron

biophysicsmutagenesis (molecular biology technique)aqp5 h173d mutationco2 permeabilityredox biologymd studiesbiochemistrymolecular biologybiophysical chemistry

1
2
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membrane biology

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