Faculty

Institution

Unit

Venue

Brent D. Foy

Associate Professor Physics

Wright State University

Affiliations

College of Science and Mathematics

Physics

Brent D. Foy is currently serving as a College Of Science And Mathematics Associate Professor Physics at Wright State University.

Honors

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Experiences

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Education

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Brent D. Foy

Wright State University

Associate Professor Physics

You can click a keyword to filter the displayed items

physiology biophysics cell biology neuroscience nuclear magnetic resonance computational biology mammalian biology theoretical biology tissue engineering biotechnology tumor biology mathematical biology regenerative medicine electrophysiology biomedical imaging stochastic simulation bone research cartilage magnetic resonance respiratory medicine liver physiology animal physiology protein science tissue imaging skeletal imaging cancer biology brain imaging magnetic resonance imaging medical biophysics cardiovascular physiology skeletal muscle mammalian cells perfused hearts rat liver cellular biological processes orthopaedic research musculoskeletal disorders cell transplantation mathematical bioscience system science physical medicine musculoskeletal imaging orthopedic biomechanics musculoskeletal research molecular adaptation cancer genetics cancer genomics protein transport genome analysis experimental biophysics biomolecular analysis tissue development medical image analysis in vivo systems membrane transport inhalation toxicology experimental toxicology computational biophysics mechanotransduction biomolecular interactions biochemical interaction molecular spectroscopy small solutes bioartificial organ design oxygen uptake rate attached cells epigenetic alterations stress environment hepatocyte attachment phylogenetic microarray human intestinal microbiota complex microbial communities phylogenetic microarrays

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mechanisms Underlying the Distinct K+ Dependencies of Periodic Paralysis. The Journal of General Physiology (2025)

Brent D. FoyChris DupontPhillip V. WalkerKirsten DenmanKathrin L. EngischMark M. Rich

neurologyphysiologyneuroscienceneurophysiologyepilepsyperiodic paralysis

Reduced K + Build‐Up in T‐Tubules Contributes to Resistance of the Diaphragm to Myotonia. The Journal of Physiology (2024)

Jessica H. MyersKirsten DenmanChris DupontBrent D. FoyMark M. Rich

physiologycellular physiologymechanotransductioncytoskeletont-tubules contributes

A Mouse Model of Huntington’s Disease Shows Altered Ultrastructure of Transverse Tubules in Skeletal Muscle Fibers. The Journal of General Physiology (2021)

Shannon H. RomerSabrina MetzgerKristiana PerazaMatthew C. WrightD. Scott JobeLong-Sheng SongMark M. RichBrent D. FoyRobert J. TalmadgeAndrew A. Voss

huntington's diseaseneurologyphysiologyneuroanatomyanatomymouse modelneuroscienceskeletal muscle fibersskeletal muscletransverse tubulesmammalian biologystructural biology

The Role of Action Potential Changes in Depolarization-Induced Failure of Excitation Contraction Coupling in Mouse Skeletal Muscle. eLife (2021)

Xueyong WangMurad NawazChris DuPontJessica H MyersSteve RA BurkeRoger A BannisterBrent D FoyAndrew A VossMark M Rich

exercise physiologyanimal physiologyphysiologyexcitation contractionelectrophysiologydepolarization-induced failureneurosciencemotor controlkinesiologyneurophysiologymouse skeletal muscleskeletal muscleaction potential changesbiomechanics

The Role of Action Potential Waveform in Failure of Excitation Contraction Coupling. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Xueyong WangMurad NawazSteve R.A. BurkeRoger BannisterBrent D. FoyAndrew A. VossMark M. Rich

biophysicsphysiologyexcitation contractionneuroscienceneurophysiologyaction potential waveform

Terahertz Analytical Chemical Sensing of Expired Human Breath.. Proceedings of the 74th International Symposium on Molecular Spectroscopy (2019)

Hannah BenstonIvan MedvedevBrent FoyParker HuntingtonDaniel Tyree

biophysicsexpired human breathmolecular spectroscopyanalytical chemistryanalytical chemical sensing

Mathematical Modeling of 16S Ribosomal Dna Amplification Reveals Optimal Conditions for the Interrogation of Complex Microbial Communities With Phylogenetic Microarrays. Bioinformatics (2011)

Oleg PaliyBrent D. Foy

complex microbial communitiesmicrobiologyphylogenetic microarraysmathematical modelingbioinformatics

Optimizing the Analysis of Human Intestinal Microbiota With Phylogenetic Microarray. FEMS Microbiology Ecology (2010)

Laura RigsbeeRichard AgansBrent D. FoyOleg Paliy

phylogenetic microarraygenome analysishuman intestinal microbiotamicrobiologymicrobial ecology

Local Complex Permittivity Measurements of Porcine Skin Tissue in the Frequency Range From 1 Ghz to 15 Ghz by Evanescent Microscopy. Physics in Medicine and Biology (2009)

Richard A KleismitGregory KozlowskiBrent D FoyBarbara E HullMarian Kazimierczuk

biophysicsmedical biophysicsmicroscopyphysiologyphysicsporcine skin tissuefrequency rangeevanescent microscopybiomedical imaging

Stochastic Simulation and Analysis of Biomolecular Reaction Networks. BMC Systems Biology (2009)

John M FrazierYaroslav ChushakBrent Foy

biophysicsbiomolecular analysissystems engineeringcomputational biologymathematical biosciencebiomolecular reaction networkstheoretical biologymathematical biologysystem sciencestochastic simulationsystems biology

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Brent D. Foy

Associate Professor Physics

Wright State University

Affiliations

College of Science and Mathematics

Physics

Brent D. Foy is currently serving as a College Of Science And Mathematics Associate Professor Physics at Wright 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

Brent D. Foy

Wright State University

Associate Professor Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mechanisms Underlying the Distinct K+ Dependencies of Periodic Paralysis. The Journal of General Physiology (2025)

Brent D. FoyChris DupontPhillip V. WalkerKirsten DenmanKathrin L. EngischMark M. Rich

neurologyphysiologyneuroscienceneurophysiologyepilepsyperiodic paralysis

Reduced K + Build‐Up in T‐Tubules Contributes to Resistance of the Diaphragm to Myotonia. The Journal of Physiology (2024)

Jessica H. MyersKirsten DenmanChris DupontBrent D. FoyMark M. Rich

physiologycellular physiologymechanotransductioncytoskeletont-tubules contributes

A Mouse Model of Huntington’s Disease Shows Altered Ultrastructure of Transverse Tubules in Skeletal Muscle Fibers. The Journal of General Physiology (2021)

Shannon H. RomerSabrina MetzgerKristiana PerazaMatthew C. WrightD. Scott JobeLong-Sheng SongMark M. RichBrent D. FoyRobert J. TalmadgeAndrew A. Voss

huntington's diseaseneurologyphysiologyneuroanatomyanatomymouse modelneuroscienceskeletal muscle fibersskeletal muscletransverse tubulesmammalian biologystructural biology

The Role of Action Potential Changes in Depolarization-Induced Failure of Excitation Contraction Coupling in Mouse Skeletal Muscle. eLife (2021)

Xueyong WangMurad NawazChris DuPontJessica H MyersSteve RA BurkeRoger A BannisterBrent D FoyAndrew A VossMark M Rich

The Role of Action Potential Waveform in Failure of Excitation Contraction Coupling. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Xueyong WangMurad NawazSteve R.A. BurkeRoger BannisterBrent D. FoyAndrew A. VossMark M. Rich

biophysicsphysiologyexcitation contractionneuroscienceneurophysiologyaction potential waveform

Terahertz Analytical Chemical Sensing of Expired Human Breath.. Proceedings of the 74th International Symposium on Molecular Spectroscopy (2019)

Hannah BenstonIvan MedvedevBrent FoyParker HuntingtonDaniel Tyree

biophysicsexpired human breathmolecular spectroscopyanalytical chemistryanalytical chemical sensing

Mathematical Modeling of 16S Ribosomal Dna Amplification Reveals Optimal Conditions for the Interrogation of Complex Microbial Communities With Phylogenetic Microarrays. Bioinformatics (2011)

Oleg PaliyBrent D. Foy

complex microbial communitiesmicrobiologyphylogenetic microarraysmathematical modelingbioinformatics

Optimizing the Analysis of Human Intestinal Microbiota With Phylogenetic Microarray. FEMS Microbiology Ecology (2010)

Laura RigsbeeRichard AgansBrent D. FoyOleg Paliy

phylogenetic microarraygenome analysishuman intestinal microbiotamicrobiologymicrobial ecology

Local Complex Permittivity Measurements of Porcine Skin Tissue in the Frequency Range From 1 Ghz to 15 Ghz by Evanescent Microscopy. Physics in Medicine and Biology (2009)

Richard A KleismitGregory KozlowskiBrent D FoyBarbara E HullMarian Kazimierczuk

biophysicsmedical biophysicsmicroscopyphysiologyphysicsporcine skin tissuefrequency rangeevanescent microscopybiomedical imaging

Stochastic Simulation and Analysis of Biomolecular Reaction Networks. BMC Systems Biology (2009)

John M FrazierYaroslav ChushakBrent Foy

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Jeremy S. Edwards

Institution

University of New Mexico

theoretical biology

molecular informatics

David Odde

Institution

University of Minnesota

cell biology

biophysics

Robert T. Tranquillo

Institution

University of Minnesota

transcatheter heart valves

stem cell

Jennifer Linderman

Institution

University of Michigan

immunology

systems biology

Emilia Entcheva

Institution

George Washington University

nature method

clinical engineering

Mark Alber

Institution

University of California, Riverside

mathematical bioscience

theoretical biology

John P. Wikswo

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biosystems

bioelectronics

Deirdre Meldrum

Institution

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genome automation

biomedical informatics

M. Nichole Rylander

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University of Texas at Austin

nanoparticle

nanomedicine

Edward Boyden

Institution

Massachusetts Institute of Technology

neuroscience

cognitive neuroscience