Faculty

Institution

Unit

Venue

Tzvia Springer

Concordia University Wisconsin

Affiliations

Concordia University Wisconsin

School of Pharmacy

NoneTzvia Springer is currently serving as a Concordia University Wisconsin faculty at Concordia University Wisconsin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tzvia Springer

Concordia University Wisconsin

You can click a keyword to filter the displayed items

toxins molecular biology biochemistry toxinology membrane biology receptors biology microbiology membranes structural molecular biology enzyme inhibition microbial toxins structural biology cardiology biomolecules protein science biological chemistry proteinlipid interaction biochemical genetics metalloproteins biophysical modeling n-lobe conformation adenylate cyclase toxin epr spectroscopy bioanalysis metabolomics human genetics plant soil soil biology vascular biology biomolecular structure antimicrobial agents cellular physiology cardiovascular research molecular physiology biophysical review metabolomic profiling soil biochemistry medical genetics cardiomyopathy residual stress biomolecular interactions membrane systems protein phosphorylation experimental toxicology surface reactivity biophysical aspect nanodisc virulence factors cardiovascular physiology cardiac muscle agricultural soils nmr-based metabolomics pilot study short-chain phosphatidylinositides pseudomonas aeruginosa effector exou calcium-dependent interaction slow skeletal myosin exou toxin nanodisc bilayers structural properties vitro methods novel ligand

Notable Scholarly Works

Notable Federal Grants

Collaborators

Utilizing in Silico and in Vitro Methods to Identify Possible Binding Sites of a Novel Ligand Against Pseudomonas Aeruginosa Phospholipase Toxin Exou. Biochemistry and Biophysics Reports (2021)

antimicrobial agentspathogenic bacterianovel ligandbiochemistrymicrobiologytoxinsmicrobial toxinsvirulence factorsenzyme inhibitionvitro methodsmicrobial pathogenesis

Interactions of the Effector Exou From Pseudomonas Aeruginosa With Short-Chain Phosphatidylinositides Provide Insights Into Exou Targeting to Host Membranes. Journal of Biological Chemistry (2019)

Tzvia I. SpringerTerry-Elinor ReidSamantha L. GiesJimmy B. Feix

biomoleculesprotein phosphorylationshort-chain phosphatidylinositidesbacteriabiomolecular interactionsresidual stressmolecular biologymembrane proteinsbiochemistrymicrobiologybiological chemistrymicrobial pathogenesismembrane systemsproteinlipid interactionprotein scienceeffector exoupseudomonas aeruginosamembrane biologymembranes

Investigating Structural Properties of Pseudomonas Aeruginosa Exou Toxin Upon Interaction With Liposome and Nanodisc Bilayers by Epr Spectroscopy. Biophysical Journal (2018)

Tzvia I. SpringerSamantha KohnJimmy Feix

biophysical aspectepr spectroscopyexou toxinnanodiscbiomoleculesbiophysical modelingstructural molecular biologystructural propertiestoxinsmolecular biologynanodisc bilayersbiomolecular structuremicrobiologyprotein structureextracellular matrixstructural biologybiophysicssurface reactivityproteinlipid interactionprotein sciencemembrane biologymembranes

Investigating the Conformational Dynamics and Membrane Interaction Near the Catalytic Serine of Exou Upon Interaction With Diubiquitin and Membranes by Epr Spectroscopy. Biophysical Journal (2018)

Samantha KohnTzvia SpringerJimmy Feix

biophysicsepr spectroscopycatalytic serinebiophysical reviewmembrane interactionmembrane biologymembranesconformational dynamicsbiophysical modelingbiophysical chemistry

Calcium-Dependent Interaction Occurs Between Slow Skeletal Myosin Binding Protein C and Calmodulin. Magnetochemistry (2017)

Tzvia SpringerChristian JohnsJana CableBrian LinSakthivel SadayappanNatosha Finley

slow skeletal myosinvascular biologyphysiologycell biologyneurosciencemembrane biologycalcium-dependent interactionstructural biology

Using Nmr-Based Metabolomics to Monitor the Biochemical Composition of Agricultural Soils: A Pilot Study. European Journal of Soil Biology (2017)

soil biochemistrynmr-based metabolomicsagricultural economicsenvironmental sciencebioanalysismetabolomicsmetabolomic profilingpilot studyagricultural soilsplant soilsoil biology

Interaction With Adenylate Cyclase Toxin From Bordetella Pertussis Affects the Metal Binding Properties of Calmodulin. (2016)

toxicologyadenylate cyclase toxinbordetella pertussistoxinologybiochemistrytoxinsenzyme inhibitionchemical biologypharmacologymetalloproteinsreceptors

Interaction With Adenylate Cyclase Toxin From Bordetella Pertussis Affects the Metal Binding Properties of Calmodulin. FEBS Open Bio (2016)

adenylate cyclase toxintoxinologybiochemistrytoxinsenzyme inhibitionmicrobial toxinsexperimental toxicologypharmacologymolecular pharmacologymetalloproteinsreceptors

Structural Investigation Into Calmodulin's Role in Activating Bordetella Pertussis Adenylyl Cyclase Toxin Cyaa. Biophysical Journal (2016)

structural investigationtoxinologybiochemistrytoxinsmicrobial toxinschemical biologypharmacologybiological chemistrymolecular pharmacology

A Hypertrophic Cardiomyopathy-Associated Mybpc3 Mutation Common in Populations of South Asian Descent Causes Contractile Dysfunction. Journal of Biological Chemistry (2015)

Diederik W.D. KusterSuresh GovindanTzvia I. SpringerJody L. MartinNatosha L. FinleySakthivel Sadayappan

cardiologycardiomyopathybiologymolecular biologyhuman geneticsmedical geneticsgenetics

1
2
10 / page

Tzvia Springer

Concordia University Wisconsin

Affiliations

Concordia University Wisconsin

School of Pharmacy

NoneTzvia Springer is currently serving as a Concordia University Wisconsin faculty at Concordia University Wisconsin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tzvia Springer

Concordia University Wisconsin

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Utilizing in Silico and in Vitro Methods to Identify Possible Binding Sites of a Novel Ligand Against Pseudomonas Aeruginosa Phospholipase Toxin Exou. Biochemistry and Biophysics Reports (2021)

antimicrobial agentspathogenic bacterianovel ligandbiochemistrymicrobiologytoxinsmicrobial toxinsvirulence factorsenzyme inhibitionvitro methodsmicrobial pathogenesis

Interactions of the Effector Exou From Pseudomonas Aeruginosa With Short-Chain Phosphatidylinositides Provide Insights Into Exou Targeting to Host Membranes. Journal of Biological Chemistry (2019)

Tzvia I. SpringerTerry-Elinor ReidSamantha L. GiesJimmy B. Feix

Investigating Structural Properties of Pseudomonas Aeruginosa Exou Toxin Upon Interaction With Liposome and Nanodisc Bilayers by Epr Spectroscopy. Biophysical Journal (2018)

Tzvia I. SpringerSamantha KohnJimmy Feix

Investigating the Conformational Dynamics and Membrane Interaction Near the Catalytic Serine of Exou Upon Interaction With Diubiquitin and Membranes by Epr Spectroscopy. Biophysical Journal (2018)

Samantha KohnTzvia SpringerJimmy Feix

biophysicsepr spectroscopycatalytic serinebiophysical reviewmembrane interactionmembrane biologymembranesconformational dynamicsbiophysical modelingbiophysical chemistry

Calcium-Dependent Interaction Occurs Between Slow Skeletal Myosin Binding Protein C and Calmodulin. Magnetochemistry (2017)

Tzvia SpringerChristian JohnsJana CableBrian LinSakthivel SadayappanNatosha Finley

slow skeletal myosinvascular biologyphysiologycell biologyneurosciencemembrane biologycalcium-dependent interactionstructural biology

Using Nmr-Based Metabolomics to Monitor the Biochemical Composition of Agricultural Soils: A Pilot Study. European Journal of Soil Biology (2017)

soil biochemistrynmr-based metabolomicsagricultural economicsenvironmental sciencebioanalysismetabolomicsmetabolomic profilingpilot studyagricultural soilsplant soilsoil biology

Interaction With Adenylate Cyclase Toxin From Bordetella Pertussis Affects the Metal Binding Properties of Calmodulin. (2016)

toxicologyadenylate cyclase toxinbordetella pertussistoxinologybiochemistrytoxinsenzyme inhibitionchemical biologypharmacologymetalloproteinsreceptors

Interaction With Adenylate Cyclase Toxin From Bordetella Pertussis Affects the Metal Binding Properties of Calmodulin. FEBS Open Bio (2016)

adenylate cyclase toxintoxinologybiochemistrytoxinsenzyme inhibitionmicrobial toxinsexperimental toxicologypharmacologymolecular pharmacologymetalloproteinsreceptors

Structural Investigation Into Calmodulin's Role in Activating Bordetella Pertussis Adenylyl Cyclase Toxin Cyaa. Biophysical Journal (2016)

structural investigationtoxinologybiochemistrytoxinsmicrobial toxinschemical biologypharmacologybiological chemistrymolecular pharmacology

A Hypertrophic Cardiomyopathy-Associated Mybpc3 Mutation Common in Populations of South Asian Descent Causes Contractile Dysfunction. Journal of Biological Chemistry (2015)

Diederik W.D. KusterSuresh GovindanTzvia I. SpringerJody L. MartinNatosha L. FinleySakthivel Sadayappan

cardiologycardiomyopathybiologymolecular biologyhuman geneticsmedical geneticsgenetics

1
2
10 / page

Similar Faculty Members

Dara W. Frank

Institution

Medical College of Wisconsin

infectious diseases

microbial toxin

David J. Weber

Institution

University of Maryland, Baltimore

tumor suppression

high-throughput screening

Alan Finkelstein

Institution

Albert Einstein College of Medicine

biophysics

membrane biology

Robert Nakamoto

Institution

University of Virginia

biochemistry

molecular biology

Jimmy B. Feix

Institution

Medical College of Wisconsin

magnetic resonance spectroscopy

electron paramagnetic resonance

Douglas H. Ohlendorf

Institution

University of Minnesota

metalloprotein

virulence factors

Anne Kenworthy

Institution

University of Virginia

membrane biology

biophysics

David Golan

Institution

Harvard University

membrane protein

proteinlipid interaction

Chad M. Rienstra

Institution

University of Wisconsin–Madison

nuclear magnetic resonance spectroscopy

biomolecular structure

Suren Tatulian

Institution

University of Central Florida

biomolecular structure

protein science

Similar Faculty Members

Dara W. Frank

Institution

Medical College of Wisconsin

infectious diseases

microbial toxin

David J. Weber

Institution

University of Maryland, Baltimore

tumor suppression

high-throughput screening

Alan Finkelstein

Institution

Albert Einstein College of Medicine

biophysics

membrane biology

Robert Nakamoto

Institution

University of Virginia

biochemistry

molecular biology

Jimmy B. Feix

Institution

Medical College of Wisconsin

magnetic resonance spectroscopy

electron paramagnetic resonance

Douglas H. Ohlendorf

Institution

University of Minnesota

metalloprotein

virulence factors

Anne Kenworthy

Institution

University of Virginia

membrane biology

biophysics

David Golan

Institution

Harvard University

membrane protein

proteinlipid interaction

Chad M. Rienstra

Institution

University of Wisconsin–Madison

nuclear magnetic resonance spectroscopy

biomolecular structure

Suren Tatulian

Institution

University of Central Florida

biomolecular structure

protein science