Faculty

Institution

Unit

Venue

David C. Dawson

Professor and Chair emeritus

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Bob And Charlee Moore Institute For Nutrition And Wellness

Center Of The Amyloidosis

Division Of Cardiology

Department Of Physiology And Pharmacology

Oregon Health & Science University

Bob And Charlee Moore Institute For Nutrition And Wellness

School Of Medicine

Division Of Cardiology

School Of Medicine

David C. Dawson is currently serving as a Bob And Charlee Moore Institute For Nutrition And Wellness Professor and Chair emeritus at Oregon Health & Science University.

Honors

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Experiences

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Education

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David C. Dawson

Oregon Health & Science University

Professor and Chair emeritus

You can click a keyword to filter the displayed items

physiology cellular physiology membrane biology biophysics membrane transport molecular physiology electrophysiology cell physiology membranes cell biology cystic fibrosis pharmacology membrane science turtle colon membrane permeation neurophysiology membrane proteins digestive tract transport phenomena neurons animal physiology osmoregulation gastrointestinal pharmacology hyperpolarization (biology) cellular biochemistry protein science molecular gastroenterology tissue physiology osmotic stress intercellular communication ion transport respiratory medicine molecular cell biology water science applied physiology mammalian biology fibrosis protein transport mammalian physiology ion process neurotransmission biochemical interaction pore structure biophysical review nucleic acids avian biology vascular biology medical genetics experimental biology molecular communication lipid movement comparative physiology translational physiology veterinary physiology cell culture ion exchange ionic conductors water transport mechanisms potassium transport thermal instability position 338 engineered cysteine primary culture duck salt gland basolateral na anion conduction physiological research gene regulation splicing variant genetic technologies experimental biophysics other mutant cftrs chloride conductance additive effects cftr activation spliced form

Notable Scholarly Works

Notable Federal Grants

Collaborators

Searching for Laws of Economics: Causality, Conservation, and Ideology. American Journal of Physiology-Cell Physiology (2020)

economic policyevolutionary economicspolitical economyeconomicsphilosophy of economicseconomic researcheconomic theoryecological economics

Cystic Fibrosis Transmembrane Conductance Regulator (Cftr) Potentiators Protect G551D but Not ΔF508 Cftr From Thermal Instability. Biochemistry (2014)

biophysicsthermal instabilitypotentiators protect g551dcystic fibrosisphysiologyδf508 cftr

Anion Conduction by Cftr: Mechanisms and Models. (2013)

anion conductionchemical thermodynamicsmolecular physicsthermodynamicsmolecular modelsphysical chemistrymolecular liquidschemical physicstransport phenomenachemical engineering

Aqueous Cigarette Smoke Extract Induces a Voltage-Dependent Inhibition of Cftr Expressed in Xenopus Oocytes. American Journal of Physiology-Lung Cellular and Molecular Physiology (2013)

nicotinemolecular physiologyoxidative stressin vitro toxicologyrespiratory toxicologyinhalation toxicologycell biologyextract inducessmoking related lung diseasevoltage-dependent inhibitionpharmacologyfree radical biologyphysiologyrespiratory medicinemolecular pharmacologyaqueous cigarettecellular physiologytoxicology

Structural Basis for the State-Dependent Reactivity of Engineered Cysteines in the Pore of the Cftr Channel. Biophysical Journal (2013)

biophysicsmembrane transportbiomolecular engineeringmembrane permeationstate-dependent reactivitymolecular biophysicsmembrane proteinsmembrane biologymolecular engineeringmembranesmembrane sciencecftr channelengineered cysteinesporous materialsbiophysical chemistry

Cystic Fibrosis Transmembrane Conductance Regulator: A Molecular Model Defines the Architecture of the Anion Conduction Path and Locates a “Bottleneck” in the Pore. Biochemistry (2012)

biophysicsmembrane transportprotein transportmembrane permeationanion conduction pathmolecular model definescystic fibrosisbiochemistrymembranesmembrane biologymembrane science“ bottleneck ”cellular physiologymolecular physiology

Locating a Plausible Binding Site for an Open-Channel Blocker, Glyh-101, in the Pore of the Cystic Fibrosis Transmembrane Conductance Regulator. Molecular Pharmacology (2012)

biophysicsmembrane transportopen-channel blockerplausible binding sitemembrane permeationproteinlipid interactioncystic fibrosisbiochemistrymembranesmembrane biologycellular physiologymolecular physiologycellular biochemistry

Thermal Instability of ΔF508 Cystic Fibrosis Transmembrane Conductance Regulator (Cftr) Channel Function: Protection by Single Suppressor Mutations and Inhibiting Channel Activity. Biochemistry (2012)

inhibiting channel activitymembrane transportfibrosisthermal instabilitycystic fibrosismembrane proteinschannel functionmembrane biologyphysiologymolecular biologycellular physiologymolecular physiology

Binding of Glyh-101 in the Pore of the Cftr Chloride Channel. Biophysical Journal (2011)

biophysicsmembrane proteinscftr chloride channelbiochemistrymembranesmembrane biologybiophysical chemistry

Cystic Fibrosis Transmembrane Conductance Regulator: Temperature-Dependent Cysteine Reactivity Suggests Different Stable Conformers of the Conduction Pathway. Biochemistry (2011)

biophysicscellular physiologymembrane transportprotein transportprotein sciencemolecular biophysicsmembrane proteinscystic fibrosisbiochemistrymembrane biologyconduction pathwaymolecular biologybiophysical chemistrymolecular physiology

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David C. Dawson

Professor and Chair emeritus

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Bob And Charlee Moore Institute For Nutrition And Wellness

Center Of The Amyloidosis

Division Of Cardiology

Department Of Physiology And Pharmacology

Oregon Health & Science University

Bob And Charlee Moore Institute For Nutrition And Wellness

School Of Medicine

Division Of Cardiology

School Of Medicine

David C. Dawson is currently serving as a Bob And Charlee Moore Institute For Nutrition And Wellness Professor and Chair emeritus at Oregon Health & Science 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

David C. Dawson

Oregon Health & Science University

Professor and Chair emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Searching for Laws of Economics: Causality, Conservation, and Ideology. American Journal of Physiology-Cell Physiology (2020)

economic policyevolutionary economicspolitical economyeconomicsphilosophy of economicseconomic researcheconomic theoryecological economics

Cystic Fibrosis Transmembrane Conductance Regulator (Cftr) Potentiators Protect G551D but Not ΔF508 Cftr From Thermal Instability. Biochemistry (2014)

biophysicsthermal instabilitypotentiators protect g551dcystic fibrosisphysiologyδf508 cftr

Anion Conduction by Cftr: Mechanisms and Models. (2013)

anion conductionchemical thermodynamicsmolecular physicsthermodynamicsmolecular modelsphysical chemistrymolecular liquidschemical physicstransport phenomenachemical engineering

Aqueous Cigarette Smoke Extract Induces a Voltage-Dependent Inhibition of Cftr Expressed in Xenopus Oocytes. American Journal of Physiology-Lung Cellular and Molecular Physiology (2013)

Structural Basis for the State-Dependent Reactivity of Engineered Cysteines in the Pore of the Cftr Channel. Biophysical Journal (2013)

Cystic Fibrosis Transmembrane Conductance Regulator: A Molecular Model Defines the Architecture of the Anion Conduction Path and Locates a “Bottleneck” in the Pore. Biochemistry (2012)

Locating a Plausible Binding Site for an Open-Channel Blocker, Glyh-101, in the Pore of the Cystic Fibrosis Transmembrane Conductance Regulator. Molecular Pharmacology (2012)

Binding of Glyh-101 in the Pore of the Cftr Chloride Channel. Biophysical Journal (2011)

biophysicsmembrane proteinscftr chloride channelbiochemistrymembranesmembrane biologybiophysical chemistry

Cystic Fibrosis Transmembrane Conductance Regulator: Temperature-Dependent Cysteine Reactivity Suggests Different Stable Conformers of the Conduction Pathway. Biochemistry (2011)

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