Faculty

Institution

Unit

Venue

William M. Deen

Professor Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Chemical Engineering

William M. Deen is currently serving as a Chemical Engineering Professor Emeritus at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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William M. Deen

Massachusetts Institute of Technology

Professor Emeritus

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nephrology physiology biophysics neurology urology membrane biology vascular biology hematology respiratory medicine renal function toxicology redox biology nitric oxide membrane science electrophysiology clinical investigation cardiology clinical research diffusion kidney research renal pathophysiology renal care experimental medicine interface science applied physiology medicinal research experimental biophysics colloid chemistry colloidal systems glomerular filtration cellular physiology clinical physiology clinical medicine animal physiology dispersion science free radical biology protein science membrane transport glomerular capillary wall glomerular ultrafiltration nephrotic humans equilibrium partitioning osmoregulation treatment effects cancer biology macromolecular science agarose gels fibrous membranes circulatory physiology brain circulation biophysical modeling experimental toxicology clinical toxicology membrane technology mass transfer flexible macromolecules renal cortex blood purification industrial chemistry vascular disease macromolecular chemistry interface chemistry ascorbic acid spherical colloids cylindrical pores experimental glomerulonephritis glomerular basement membrane physiological research porosity vascular adaptation cerebrovascular disease human physiology clinical measurements adrenal disease neurovascular diseases isolated gbm membrane process membrane separations biological engineering process biochemistry transport phenomena

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Spatially Resolved Egfr Signaling Model Predicts the Length Scale of Gab1-Shp2 Complex Persistence. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Paul J. MyersChristopher M. FurchtItziar Pinilla-MacuaAlexander SorkinWilliam M. DeenMatthew J. Lazzara

receptorsmolecular cell biologyreceptor tyrosine kinasessignal transductionlength scalebiological chemistryreceptor (biochemistry)molecular physiologymolecular biologymembrane proteinsg protein-coupled receptorcell signalingprotein phosphorylationsignaling pathwaysprotein complexescell biologyprotein sciencecellular biochemistry

What's Happening in Neurology ® Clinical Practice. Neurology (2019)

Paul MyersChristopher FurchtItziar Pinilla-MacuaAlexander SorkinWilliam DeenMatthew Lazzara

receptorsmolecular cell biologyreceptor tyrosine kinasessignal transductionreceptor (biochemistry)molecular physiologymolecular biologymembrane proteinscellular physiologycell signalingg protein-coupled receptorprotein phosphorylationsignaling pathwayscell biologyprotein complexeslength scalesprotein sciencecellular biochemistry

A Mathematical Analysis of Prx2-Stat3 Disulfide Exchange Rate Constants for a Bimolecular Reaction Mechanism. Free Radical Biology and Medicine (2018)

Troy F. LangfordWilliam M. DeenHadley D. Sikes

oxidative stressfree radical biologybimolecular reaction mechanismmedicine

Introduction to Chemical Engineering Fluid Mechanics. (2016)

William M. Deen

fluid mechanicschemical engineering

Analysis of the Lifetime and Spatial Localization of Hydrogen Peroxide Generated in the Cytosol Using a Reduced Kinetic Model. Free Radical Biology and Medicine (2015)

Joseph B. LimBeijing K. HuangWilliam M. DeenHadley D. Sikes

health sciencesmedicinehydrogen peroxidespatial localizationredox biologyoxidative stressfree radical biologylocalizationphysiology

A Reaction-Diffusion Model of Cytosolic Hydrogen Peroxide. Free Radical Biology and Medicine (2015)

Joseph B. LimTroy F. LangfordBeijing K. HuangWilliam M. DeenHadley D. Sikes

membrane biologyhealth sciencesreaction-diffusion modelredox biologyoxidative stressfree radical biologycell biologycytosolic hydrogen peroxidebiological engineering

Discontinuous Nanoporous Membranes Reduce Non-Specific Fouling for Immunoaffinity Cell Capture. Small (2013)

Sukant MittalIan Y. WongAhmet Ali YanikWilliam M. DeenMehmet Toner

nanotechnologynon-specific foulingimmunoaffinity cell captureimmunologydiscontinuous nanoporous membranesnanobiotechnology

A Nitrogen Dioxide Delivery System for Biological Media. Free Radical Biology and Medicine (2012)

Brian T. SkinnWilliam M. Deen

health sciencesenvironmental scienceenergy biotechnologyfree radical biologybiological mediabiotechnologydelivery sciencebiomedical engineeringdelivery systems

Antibody-Functionalized Fluid-Permeable Surfaces for Rolling Cell Capture at High Flow Rates. Biophysical Journal (2012)

Sukant MittalIan Y. WongWilliam M. DeenMehmet Toner

antibody-functionalized fluid-permeable surfacesbiophysicshigh flow ratescell capturetissue engineeringexperimental biophysicssurface sciencebiomedical engineeringbiological engineering

A System for Exposing Molecules and Cells to Biologically Relevant and Accurately Controlled Steady-State Concentrations of Nitric Oxide and Oxygen. Nitric Oxide (2012)

Vasileios DendroulakisBrandon S. RussellC. Eric ElmquistLaura J. TrudelGerald N. WoganWilliam M. DeenPeter C. Dedon

membrane biologybiological chemistryneuroscienceredox biologymolecular biologynitric oxidecell biologysteady-state concentrationscell and molecular biology

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William M. Deen

Professor Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Chemical Engineering

William M. Deen is currently serving as a Chemical Engineering Professor Emeritus at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

William M. Deen

Massachusetts Institute of Technology

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Spatially Resolved Egfr Signaling Model Predicts the Length Scale of Gab1-Shp2 Complex Persistence. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Paul J. MyersChristopher M. FurchtItziar Pinilla-MacuaAlexander SorkinWilliam M. DeenMatthew J. Lazzara

What's Happening in Neurology ® Clinical Practice. Neurology (2019)

Paul MyersChristopher FurchtItziar Pinilla-MacuaAlexander SorkinWilliam DeenMatthew Lazzara

A Mathematical Analysis of Prx2-Stat3 Disulfide Exchange Rate Constants for a Bimolecular Reaction Mechanism. Free Radical Biology and Medicine (2018)

Troy F. LangfordWilliam M. DeenHadley D. Sikes

oxidative stressfree radical biologybimolecular reaction mechanismmedicine

Introduction to Chemical Engineering Fluid Mechanics. (2016)

William M. Deen

fluid mechanicschemical engineering

Analysis of the Lifetime and Spatial Localization of Hydrogen Peroxide Generated in the Cytosol Using a Reduced Kinetic Model. Free Radical Biology and Medicine (2015)

Joseph B. LimBeijing K. HuangWilliam M. DeenHadley D. Sikes

health sciencesmedicinehydrogen peroxidespatial localizationredox biologyoxidative stressfree radical biologylocalizationphysiology

A Reaction-Diffusion Model of Cytosolic Hydrogen Peroxide. Free Radical Biology and Medicine (2015)

Joseph B. LimTroy F. LangfordBeijing K. HuangWilliam M. DeenHadley D. Sikes

membrane biologyhealth sciencesreaction-diffusion modelredox biologyoxidative stressfree radical biologycell biologycytosolic hydrogen peroxidebiological engineering

Discontinuous Nanoporous Membranes Reduce Non-Specific Fouling for Immunoaffinity Cell Capture. Small (2013)

Sukant MittalIan Y. WongAhmet Ali YanikWilliam M. DeenMehmet Toner

nanotechnologynon-specific foulingimmunoaffinity cell captureimmunologydiscontinuous nanoporous membranesnanobiotechnology

A Nitrogen Dioxide Delivery System for Biological Media. Free Radical Biology and Medicine (2012)

Brian T. SkinnWilliam M. Deen

health sciencesenvironmental scienceenergy biotechnologyfree radical biologybiological mediabiotechnologydelivery sciencebiomedical engineeringdelivery systems

Antibody-Functionalized Fluid-Permeable Surfaces for Rolling Cell Capture at High Flow Rates. Biophysical Journal (2012)

Sukant MittalIan Y. WongWilliam M. DeenMehmet Toner

antibody-functionalized fluid-permeable surfacesbiophysicshigh flow ratescell capturetissue engineeringexperimental biophysicssurface sciencebiomedical engineeringbiological engineering

A System for Exposing Molecules and Cells to Biologically Relevant and Accurately Controlled Steady-State Concentrations of Nitric Oxide and Oxygen. Nitric Oxide (2012)

Vasileios DendroulakisBrandon S. RussellC. Eric ElmquistLaura J. TrudelGerald N. WoganWilliam M. DeenPeter C. Dedon

membrane biologybiological chemistryneuroscienceredox biologymolecular biologynitric oxidecell biologysteady-state concentrationscell and molecular biology

1
2
3
4
5
18
10 / page

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Similar Faculty Members

Aleksander S. Popel

Institution

Johns Hopkins University

vascular biology

physiology

Michael Kashgarian

Institution

Yale University

nephrology

renal function

Moshe Levi

Institution

Georgetown University

metabolic disorder

nephrology

Allan Sherry

Institution

University of Texas at Dallas

radiology

magnetic resonance spectroscopy

Elazer R. Edelman

Institution

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cardiology

vascular biology

Sanjay Srivastava

Institution

University of Louisville

volatile organic compounds

free radical biology

Mark Donowitz

Institution

Johns Hopkins University

pharmacology

gastroenterology

Tadashi Inagami

Institution

Vanderbilt University

cardiovascular disease

hypertension

Stephen H Wright, PhD

Institution

University of Arizona

nephrology

membrane transport

Jack Kaplan

Institution

University of Illinois Chicago

molecular biology

membrane protein