Faculty

Institution

Unit

Venue

Andrew Alvin Voss

Professor

Wright State University

Affiliations

College of Science and Mathematics

Biological Sciences

Andrew Alvin Voss is currently serving as a Biological Sciences Professor 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

Andrew Alvin Voss

Wright State University

Professor

You can click a keyword to filter the displayed items

neuroscience physiology neurology neurophysiology skeletal muscle huntington's disease mammalian biology biophysics membrane biology structural biology protein science neuroanatomy animal physiology cellular physiology molecular physiology muscle function myotonia congenita electrophysiology liver physiology vascular biology applied physiology mammalian physiology physiological research human physiology experimental biophysics gene expression cell and molecular biology musculoskeletal disorders translational physiology transient weakness excitation contraction skeletal muscle fibers visual science biochemical sciences enzyme inhibition medicinal research cellular therapy biological chemistry biophysical review biomolecular interactions rna biology knockout mice comparative physiology tissue development amyotrophic lateral sclerosis cell physiology protein function clinical physiology experimental analysis scientific visualization molecular neurobiology receptor (biochemistry) therapeutic efficacy peptide therapeutics treatment and prevention tumor targeting drug targeting medical biophysics mathematical biophysics biophysical aspect biophysical modeling neurotransmission release mechanism in vivo systems skeletal-type e-c coupling multiple domains skeletal muscle maturation synaptic transmission progressive impairment central role subthreshold currents bk potassium channels depressed neuromuscular transmission action potential changes mouse skeletal muscle depolarization-induced failure muscular dystrophies kinesiology skeletal muscle physiology muscle dysfunction neuromuscular medicine

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bk Channels Promote Action Potential Repolarization in Skeletal Muscle but Contribute Little to Myotonia. Pflügers Archiv - European Journal of Physiology (2024)

Chris DupontBrianna BlakeAndrew A. VossMark M. Rich

physiologyskeletal musclebk channelsaction potential repolarization

Exploring Lipin1 as a Promising Therapeutic Target for the Treatment of Duchenne Muscular Dystrophy. Journal of Translational Medicine (2024)

Abdulrahman JamaAbdullah A. AlshudukhiSteve BurkeLixin DongJohn Karanja KamauBrooklyn MorrisIbrahim A. AlkhomsiBrian N. FinckAndrew Alvin VossHongmei Ren

therapeutic efficacypeptide therapeuticsduchenne muscular dystrophytranslational medicinetreatment and preventionneurologymedicinetumor targetingpromising therapeutic targetvascular biologyprotein sciencemuscular dystrophiestherapeutic targetsdrug targetingenzyme inhibitionpharmacologyclinical researchmedicinal researchcellular therapytherapeutic approaches

Abstract 1467: The Role of Lipin1 in Skeletal Muscle of MDX Mice. Journal of biological chemistry/The Journal of biological chemistry (2023)

Abdulrahman JamaAbdullah AlshudukhiSteve BurkeAndrew Voss

physiologyliver physiologymuscular dystrophiesmammalian physiologyanimal physiologymuscle functionbiologymammalian biologyskeletal musclemdx micebiological chemistryhuman biologystructural biologyprotein sciencetissue (biology)membrane biologybiochemistry

Lipin1 Plays Complementary Roles in Myofibre Stability and Regeneration in Dystrophic Muscles. The Journal of Physiology (2023)

Abdulrahman JamaAbdullah A. AlshudukhiSteve BurkeLixin DongJohn Karanja KamauAndrew Alvin VossHongmei Ren

protein functiondystrophic musclesmuscle functionliver physiologycell biologyphysiological researchvascular biologymyofibre stabilityprotein sciencemembrane biologycellular physiologyregenerative medicineclinical physiologymolecular physiologybiomechanicsphysiologygene expressionhuman physiologyneuroscienceneurophysiology

Voltage Sensor Current, Sr Ca 2+ Release, and Ca 2+ Channel Current During Trains of Action Potential‐Like Depolarizations of Skeletal Muscle Fibers. Physiological Reports (2023)

Hugo BibolletElton L. NguyenDaniel R. MirandaChristopher W. WardAndrew A. VossMartin F. SchneiderErick O. Hernández‐Ochoa

skeletal muscle fiberselectrophysiologyphysiological researchexercise physiologytranslational physiologybioelectrochemistrymembrane biologyneurostimulationcellular physiologyphysiological measurementsmolecular physiologybiomechanicsphysiologybiophysicsapplied physiologyhuman physiologycirculatory physiologyneuroscienceneurophysiology

Plateau Potentials Contribute to Myotonia in Mouse Models of Myotonia Congenita. Experimental Neurology (2022)

Xueyong WangChris DupontDelaney GrantAndrew A. VossMark M. Rich

physiologyneurologyplateau potentialsmammalian biologymyotonia congenitaneuroscienceneuroanatomymouse models

Acetylcholine Receptor Subunit Expression in Huntington's Disease Mouse Muscle. Biochemistry and Biophysics Reports (2021)

Briana SimpsonMark M. RichAndrew A. VossRobert J. Talmadge

physiologyreceptorsbiophysicsbiochemical sciencesexperimental biophysicsprotein sciencemuscle functionmammalian biologymolecular neurobiologyreceptor (biochemistry)structural biologymolecular physiologyhuntington's diseasemembrane biologyneuroanatomybiochemistry

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

physiologyneurologyskeletal muscle fibersmouse modelskeletal musclemammalian biologyanatomytransverse tubulesstructural biologyhuntington's diseaseneuroscienceneuroanatomy

Author Response: The Mechanism Underlying Transient Weakness in Myotonia Congenita. (2021)

Jessica H MyersKirsten DenmanChris DuPontAhmed A HawashKevin R NovakAndrew KoestersManfred GrabnerAnamika DayalAndrew A VossMark M Rich

physiologyauthor responsegeneticsneurosciencemyotonia congenitatransient weakness

Into the Spotlight: Rgk Proteins in Skeletal Muscle. Cell Calcium (2021)

Daniel R. MirandaAndrew A. VossRoger A. Bannister

physiologyrgk proteinsskeletal musclecell and molecular biologymembrane biologystructural biologyprotein scienceneurosciencecell biology

1
2
3
10 / page

Andrew Alvin Voss

Professor

Wright State University

Affiliations

College of Science and Mathematics

Biological Sciences

Andrew Alvin Voss is currently serving as a Biological Sciences Professor 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

Andrew Alvin Voss

Wright State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bk Channels Promote Action Potential Repolarization in Skeletal Muscle but Contribute Little to Myotonia. Pflügers Archiv - European Journal of Physiology (2024)

Chris DupontBrianna BlakeAndrew A. VossMark M. Rich

physiologyskeletal musclebk channelsaction potential repolarization

Exploring Lipin1 as a Promising Therapeutic Target for the Treatment of Duchenne Muscular Dystrophy. Journal of Translational Medicine (2024)

Abdulrahman JamaAbdullah A. AlshudukhiSteve BurkeLixin DongJohn Karanja KamauBrooklyn MorrisIbrahim A. AlkhomsiBrian N. FinckAndrew Alvin VossHongmei Ren

Abstract 1467: The Role of Lipin1 in Skeletal Muscle of MDX Mice. Journal of biological chemistry/The Journal of biological chemistry (2023)

Abdulrahman JamaAbdullah AlshudukhiSteve BurkeAndrew Voss

Lipin1 Plays Complementary Roles in Myofibre Stability and Regeneration in Dystrophic Muscles. The Journal of Physiology (2023)

Abdulrahman JamaAbdullah A. AlshudukhiSteve BurkeLixin DongJohn Karanja KamauAndrew Alvin VossHongmei Ren

Voltage Sensor Current, Sr Ca 2+ Release, and Ca 2+ Channel Current During Trains of Action Potential‐Like Depolarizations of Skeletal Muscle Fibers. Physiological Reports (2023)

Hugo BibolletElton L. NguyenDaniel R. MirandaChristopher W. WardAndrew A. VossMartin F. SchneiderErick O. Hernández‐Ochoa

Plateau Potentials Contribute to Myotonia in Mouse Models of Myotonia Congenita. Experimental Neurology (2022)

Xueyong WangChris DupontDelaney GrantAndrew A. VossMark M. Rich

physiologyneurologyplateau potentialsmammalian biologymyotonia congenitaneuroscienceneuroanatomymouse models

Acetylcholine Receptor Subunit Expression in Huntington's Disease Mouse Muscle. Biochemistry and Biophysics Reports (2021)

Briana SimpsonMark M. RichAndrew A. VossRobert J. Talmadge

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

physiologyneurologyskeletal muscle fibersmouse modelskeletal musclemammalian biologyanatomytransverse tubulesstructural biologyhuntington's diseaseneuroscienceneuroanatomy

Author Response: The Mechanism Underlying Transient Weakness in Myotonia Congenita. (2021)

Jessica H MyersKirsten DenmanChris DuPontAhmed A HawashKevin R NovakAndrew KoestersManfred GrabnerAnamika DayalAndrew A VossMark M Rich

physiologyauthor responsegeneticsneurosciencemyotonia congenitatransient weakness

Into the Spotlight: Rgk Proteins in Skeletal Muscle. Cell Calcium (2021)

Daniel R. MirandaAndrew A. VossRoger A. Bannister

physiologyrgk proteinsskeletal musclecell and molecular biologymembrane biologystructural biologyprotein scienceneurosciencecell biology

1
2
3
10 / page

Similar Faculty Members

Robert Grange

Institution

Virginia Tech

transcriptome analysis

rehabilitation

Julio Vergara

Institution

University of California, Los Angeles

physiology

neuroscience

Peter J. Reiser

Institution

Ohio State University

craniofacial research

skeletal muscle

Jill Rafael-Fortney

Institution

Ohio State University

pharmacological research

degenerative disease

Aladin M Boriek

Institution

Baylor College of Medicine

mechanics

muscle function

Joshua Selsby

Institution

Iowa State University

hyperthermia

muscular dystrophies

Kerry McDonald

Institution

University of Missouri

physiology

exercise physiology

Sarah Greising

Institution

University of Minnesota

rehabilitation

sarcopenia

Brian Perrino

Institution

University of Nevada, Reno

gastroenterology

biomedical informatics

Christopher W. Ward

Institution

University of Maryland, Baltimore

synthetic biology

biosystems

Similar Faculty Members

Robert Grange

Institution

Virginia Tech

transcriptome analysis

rehabilitation

Julio Vergara

Institution

University of California, Los Angeles

physiology

neuroscience

Peter J. Reiser

Institution

Ohio State University

craniofacial research

skeletal muscle

Jill Rafael-Fortney

Institution

Ohio State University

pharmacological research

degenerative disease

Aladin M Boriek

Institution

Baylor College of Medicine

mechanics

muscle function

Joshua Selsby

Institution

Iowa State University

hyperthermia

muscular dystrophies

Kerry McDonald

Institution

University of Missouri

physiology

exercise physiology

Sarah Greising

Institution

University of Minnesota

rehabilitation

sarcopenia

Brian Perrino

Institution

University of Nevada, Reno

gastroenterology

biomedical informatics

Christopher W. Ward

Institution

University of Maryland, Baltimore

synthetic biology

biosystems