Faculty

Institution

Unit

Venue

Arnold Schwartz, PhD

PhD

University of Cincinnati

Affiliations

College of Medicine

Pharmacology & Systems Physiology

Arnold Schwartz, Phd is currently serving as a College Of Medicine PhD at University of Cincinnati.

Honors

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Experiences

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Education

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Arnold Schwartz, PhD

University of Cincinnati

PhD

You can click a keyword to filter the displayed items

biochemistry cardiology biophysics molecular biology membrane biology physiology vascular biology protein science enzymes cardiovascular research cardiac muscle molecular physiology electrophysiology cardiovascular pharmacology signal transduction cellular physiology protein phosphorylation enzyme inhibition cardiovascular physiology biological chemistry circulatory physiology receptors cardiac pathologies membrane transport medicinal research skeletal muscle animal physiology chemical biology redox biology lipids mitochondrial function biochemical sciences biochemical interaction cardiac mechanics pharmacological research vascular pharmacology structural molecular biology muscle function enzyme catalysis structure-function enzyme kinetics inhibitory activity cell metabolism protein transport liver physiology sarcoplasmic reticulum receptor (biochemistry) cardiomyopathy experimental pharmacology key site mitochondrial dynamics protein chemistry heart mitochondria bioelectrochemistry intracellular trafficking renal function residual stress clinical pharmacology renal pathophysiology cardiac sarcoplasmic reticulum protein biosynthesis biomolecular interactions blood flow oxidative phosphorylation neurochemistry calcium binding calcium antagonists rabbit skeletal muscle cardiac glycosides calcium channel positive inotropy potassium-adenosine triphosphatase voltage-dependent calcium channel voltage-gated calcium channels cardiac tissue cardiac hypertrophy molecular cloning

Notable Scholarly Works

Notable Federal Grants

Collaborators

Phenotypic Characterization and Brain Structure Analysis of Calcium Channel Subunit α2δ-2 Mutant (Ducky) and α2δ Double Knockout Mice. Frontiers in Synaptic Neuroscience (2021)

Stefanie M. GeislerAriane BenedettiClemens L. SchöpfChristoph SchwarzerNadia StefanovaArnold SchwartzGerald J. Obermair

knockout micecalcium channelneurosciencebrain structure analysisphenotypic characterizationdouble knockout mice

Loss of α2δ-1 Calcium Channel Subunit Function Increases the Susceptibility for Diabetes. Diabetes (2017)

Vincenzo MastroliaSylvia M. FlucherGerald J. ObermairMathias DrachHelene HoferErik RenströmArnold SchwartzJörg StriessnigBernhard E. FlucherPetronel Tuluc

diabetes researchdiabetesdiabetes mellitusbiochemistry

Effect of Knockout of α 2 δ-1 on Action Potentials in Mouse Sensory Neurons. Philosophical Transactions of the Royal Society B Biological Sciences (2016)

Wojciech MargasLaurent FerronManuela Nieto-RostroArnold SchwartzAnnette C. Dolphin

biologymouse sensory neuronsknockout miceneurosciencemolecular biologyneurophysiologyaction potentials

Tetrodotoxin-Sensitive Ca2+ Currents, but No T-Type Currents in Normal, Hypertrophied, and Failing Mouse Cardiomyocytes. Journal of Cardiovascular Pharmacology (2016)

Ilona BodiHiroyuki NakayamaArnold Schwartz

pharmacologymouse cardiomyocytescardiovascular researchcardiologycardiovascular pharmacologyheart failure

The Mitochondrion. ASM Press eBooks (2014)

Akhil B. Vaidya

biologymembrane biologymitochondrial functionredox biologycell biologyphysiology

Α 2 δ-1 Gene Deletion Affects Somatosensory Neuron Function and Delays Mechanical Hypersensitivity in Response to Peripheral Nerve Damage. Journal of Neuroscience (2013)

Ryan PatelClaudia S. BauerManuela Nieto-RostroWojciech MargasLaurent FerronKanchan ChaggarKasumi CrewsJuan D. RamirezDavid L. H. BennettArnold SchwartzAnthony H. DickensonAnnette C. Dolphin

peripheral nerve damageneurogeneticssomatosensory neuron functionneurosciencemechanical hypersensitivityperipheral nerve injuries

Molecular and Functional Characterization of a Novel Cardiac-Specific Human Tropomyosin Isoform. Circulation (2010)

Sudarsan RajanGanapathy JagatheesanChehade N. KaramMarco L. AlvesIlona BodiArnold SchwartzChristian F. BulcaoKaren M. D'SouzaShahab A. AkhterGreg P. BoivinDipak K. DubeNatalia PetrashevskayaAndrew B. HerrRoger HullinStephen B. LiggettBeata M. WolskaR. John SolaroDavid F. Wieczorek

synthetic biologycardiac musclebiochemistrycerebral blood flowfunctional characterizationmolecular and cellular biologycardiovascular physiologymembrane biologybiomolecular structurefunctional modificationmolecular physiologycirculatory physiologypharmacologycardiovascular researchcardiologybrain circulationmolecular substratesendocrinologymolecular biology

Presynaptic Stimulus-Release and Postsynaptic Compensatory Changes in Mice Lacking the N-Type Calcium Channel α1B-Subunit. Autonomic Neuroscience (2010)

Natalia N. PetrashevskayaMasakazu IshiiKaren D'SouzaSheryl E. KochGeraldine A. Fuller-BicerArnold Schwartz

presynaptic stimulus-releasecognitive neuroscienceneurosciencebrain stimulation

An Internal Domain of Beta Tropomyosin Increases Myofilament Calcium Sensitivity. Biophysical Journal (2009)

Ganapathy JagatheesanEmily M. SchulzRafeeq P.H. AhmedNatalia PetrashevskayaArnold SchwartzGregory P. BoivinGrace M. ArteagaStephen B. LiggettR. John SolaroDavid F. Wieczorek

biophysicsendocrinologyneuroscienceinternal domainphysiology

An Internal Domain of β-Tropomyosin Increases Myofilament Ca 2+ Sensitivity. AJP Heart and Circulatory Physiology (2009)

Ganapathy JagatheesanSudarsan RajanEmily M. SchulzRafeeq P. H. AhmedNatalia PetrashevskayaArnold SchwartzGreg P. BoivinGrace M. ArteagaTao WangYi-Gang WangMuhammad AshrafStephen B. LiggettJohn LorenzR. John SolaroDavid F. Wieczorek

pharmacologycardiovascular physiologycardiovascular functioncardiologybiochemistrycirculatory physiologyinternal domainhuman physiologypulmonary circulationelectrophysiologyphysiology

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Arnold Schwartz, PhD

PhD

University of Cincinnati

Affiliations

College of Medicine

Pharmacology & Systems Physiology

Arnold Schwartz, Phd is currently serving as a College Of Medicine PhD at University of Cincinnati.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Arnold Schwartz, PhD

University of Cincinnati

PhD

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Phenotypic Characterization and Brain Structure Analysis of Calcium Channel Subunit α2δ-2 Mutant (Ducky) and α2δ Double Knockout Mice. Frontiers in Synaptic Neuroscience (2021)

Stefanie M. GeislerAriane BenedettiClemens L. SchöpfChristoph SchwarzerNadia StefanovaArnold SchwartzGerald J. Obermair

knockout micecalcium channelneurosciencebrain structure analysisphenotypic characterizationdouble knockout mice

Loss of α2δ-1 Calcium Channel Subunit Function Increases the Susceptibility for Diabetes. Diabetes (2017)

Vincenzo MastroliaSylvia M. FlucherGerald J. ObermairMathias DrachHelene HoferErik RenströmArnold SchwartzJörg StriessnigBernhard E. FlucherPetronel Tuluc

diabetes researchdiabetesdiabetes mellitusbiochemistry

Effect of Knockout of α 2 δ-1 on Action Potentials in Mouse Sensory Neurons. Philosophical Transactions of the Royal Society B Biological Sciences (2016)

Wojciech MargasLaurent FerronManuela Nieto-RostroArnold SchwartzAnnette C. Dolphin

biologymouse sensory neuronsknockout miceneurosciencemolecular biologyneurophysiologyaction potentials

Tetrodotoxin-Sensitive Ca2+ Currents, but No T-Type Currents in Normal, Hypertrophied, and Failing Mouse Cardiomyocytes. Journal of Cardiovascular Pharmacology (2016)

Ilona BodiHiroyuki NakayamaArnold Schwartz

pharmacologymouse cardiomyocytescardiovascular researchcardiologycardiovascular pharmacologyheart failure

The Mitochondrion. ASM Press eBooks (2014)

Akhil B. Vaidya

biologymembrane biologymitochondrial functionredox biologycell biologyphysiology

Α 2 δ-1 Gene Deletion Affects Somatosensory Neuron Function and Delays Mechanical Hypersensitivity in Response to Peripheral Nerve Damage. Journal of Neuroscience (2013)

Ryan PatelClaudia S. BauerManuela Nieto-RostroWojciech MargasLaurent FerronKanchan ChaggarKasumi CrewsJuan D. RamirezDavid L. H. BennettArnold SchwartzAnthony H. DickensonAnnette C. Dolphin

peripheral nerve damageneurogeneticssomatosensory neuron functionneurosciencemechanical hypersensitivityperipheral nerve injuries

Molecular and Functional Characterization of a Novel Cardiac-Specific Human Tropomyosin Isoform. Circulation (2010)

Presynaptic Stimulus-Release and Postsynaptic Compensatory Changes in Mice Lacking the N-Type Calcium Channel α1B-Subunit. Autonomic Neuroscience (2010)

Natalia N. PetrashevskayaMasakazu IshiiKaren D'SouzaSheryl E. KochGeraldine A. Fuller-BicerArnold Schwartz

presynaptic stimulus-releasecognitive neuroscienceneurosciencebrain stimulation

An Internal Domain of Beta Tropomyosin Increases Myofilament Calcium Sensitivity. Biophysical Journal (2009)

Ganapathy JagatheesanEmily M. SchulzRafeeq P.H. AhmedNatalia PetrashevskayaArnold SchwartzGregory P. BoivinGrace M. ArteagaStephen B. LiggettR. John SolaroDavid F. Wieczorek

biophysicsendocrinologyneuroscienceinternal domainphysiology

An Internal Domain of β-Tropomyosin Increases Myofilament Ca 2+ Sensitivity. AJP Heart and Circulatory Physiology (2009)

pharmacologycardiovascular physiologycardiovascular functioncardiologybiochemistrycirculatory physiologyinternal domainhuman physiologypulmonary circulationelectrophysiologyphysiology

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10 / page

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disease pathophysiology

intracellular calcium homeostasis

David R. Harder

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R John Solaro

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