Faculty

Institution

Unit

Venue

David R. Benson

Associate Professor

University of Kansas

Affiliations

College of Liberal Arts & Sciences

Chemistry

David R. Benson is currently serving as a Chemistry Associate Professor at University of Kansas.

Honors

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Experiences

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Education

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David R. Benson

University of Kansas

Associate Professor

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molecular biology biochemistry structural biology protein science biophysics protein structure genetics membrane biology enzymes redox biology protein folding inorganic chemistry biological inorganic chemistry coordination chemistry mitochondrial function gene expression structural molecular biology material chemistry heme trafficking organic chemistry mammalian biology biological chemistry enzyme inhibition transition metal chemistry heme homeostasis microsomal cytochromes avian biology higher education biomolecular structure peptide engineering heme signaling heme transport cytogenetics protein chemistry protein genetics peptide-sandwiched mesoheme molecular dynamics simulations model hemoprotein inclusion complexes cs fold structural chemistry animal physiology environmental microbiology free radical biology genetic mechanisms peptide synthesis molecular design organic material chemistry heme degradation molecular catalysis enzyme catalysis nutrient physiology bacteriology microbial physiology aerobiology inorganic synthesis protein function inorganic materials chromosome biology mammalian physiology redox chemistry biomolecular interactions chemical biotechnology supramolecular chemistry protein transport conformational studies genetic code circular dichroism investigation synthetic peptides heme-independent folding core porphyrin-bridged cyclophane catalytic cyclophanes self-assembling hemoprotein model heme uptake heme protein functional aspects heme proteins

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"the N‐Terminal Intrinsically Disordered Region of Ncb5Or Docks With the Cytochrome I B /I Sub 5 /Sub Core to Form a Helical Motif That is of Ancient Origin". (2023)

None David R. BensonNone Bin DengNone Maithri M. KashipathyNone Scott LovellNone Kevin P. BattaileNone Anne CooperNone Philip GaoNone Aron W. FentonNone Hao Zhu

ancient originprotein sciencecell biologyauthor responseprotein structureevolutionary biologykey sitehelical motifmolecular biologydisordered region

The N‐Terminal Intrinsically Disordered Region of Ncb5Or Docks With the Cytochrome B 5 Core to Form a Helical Motif That is of Ancient Origin. Proteins Structure Function and Bioinformatics (2023)

David R. BensonBin DengMaithri M. KashipathyScott LovellKevin P. BattaileAnne CooperPhilip GaoAron W. FentonHao Zhu

ancient origingeneticsenzymesgene expressionprotein scienceprotein structurebiochemistryhelical motifmolecular biologydisordered regionstructural biology

Separated by Spaces: Undergraduate Students Re-Sort Along Attitude Divides When Choosing Whether to Learn in Spaces Designed for Active Learning. Active Learning in Higher Education (2022)

Michael C. RalphBlair SchneiderDavid R BensonDouglas Ward

learning sciencesactive learningundergraduate studentshigher educationeducationcandidate selectionattitude dividesstudent learning

Student Enrollment Decisions and Academic Success: Evaluating the Impact of Classroom Space Design. Learning Environments Research (2021)

Michael RalphBlair SchneiderDavid R. BensonDouglas WardAnthony Vartia

student enrollment decisionsacademic successlearning environmentshigher educationeducationclassroom space design

Structural Characterization of Ncb5Or, a Multi‐Domain Ferric Reductase Implicated in Diseases. The FASEB Journal (2020)

Hao ZhuDavid R. BensonBin DengScott LovellKevin P. BattaileAnne CooperF. Philip GaoAron W. Fenton

multi-domain ferric reductaseprotein structurebiochemistrypharmacologystructural characterizationstructural biology

Crystal Structures of the Naturally Fused Cs and Cytochrome B5Reductase (B5R) Domains of Ncb5Or Reveal an Expanded Cs Fold, Extensive Cs-B5R Interactions and Productive Binding of the Nad(P)+Nicotinamide Ring.. Acta Crystallographica Section D Biological Crystallography (2019)

David R. BensonScott LovellNurjahan MehzabeenNadezhda GalevaAnne CooperPhilip GaoKevin P. BattaileHao Zhu

enzymescrystallographyprotein sciencebiological inorganic chemistrystructural molecular biologyprotein structureprotein foldingbiochemistrycs foldmolecular biologyproductive bindingstructural biology

Crystal Structures of the Naturally Fused Cs and Cytochrome B 5 Reductase ( B 5 R) Domains of Ncb5Or Reveal an Expanded Cs Fold, Extensive Cs– B 5 R Interactions and Productive Binding of the Nad(P) + Nicotinamide Ring. Acta Crystallographica Section D Structural Biology (2019)

David R. BensonScott LovellNurjahan MehzabeenNadezhda GalevaAnne CooperPhilip GaoKevin P. BattaileHao Zhu

crystallographystructural molecular biologyprotein structurecs foldmolecular biologystructural biology

Single-Molecule Fret States, Conformational Interchange, and Conformational Selection by Dye Labels in Calmodulin. The Journal of Physical Chemistry B (2016)

Matthew S. DeVoreAdebayo BraimahDavid R. BensonCarey K. Johnson

biophysicsprotein sciencemolecular biophysicssingle-molecule fret statesmaterials sciencephysical chemistryapplied physicsconformational interchangeconformational selectiondye labelsstructural biology

Heme Uptake and Metabolism in Bacteria. Metal ions in life sciences (2012)

David R. BensonMario Rivera

microbiologyheme uptakemetabolisminorganic chemistrybiological inorganic chemistrynutrient physiologybacteriaredox biologybiochemistrymembrane biologybacteriologyphysiologycoordination chemistrymicrobial physiologyenvironmental microbiologyaerobiology

Accommodating a Nonconservative Internal Mutation by Water-Mediated Hydrogen Bonding Between β-Sheet Strands: A Comparison of Human and Rat Type B (Mitochondrial) Cytochrome B 5. Biochemistry (2011)

Sudharsan ParthasarathyAdriana AltuveSimon TerzyanXuejun ZhangKrzysztof KuczeraMario RiveraDavid R. Benson

geneticsmolecular geneticsprotein sciencebiochemistrymembrane biologyb-sheet strandsmolecular biologynonconservative internal mutation

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David R. Benson

Associate Professor

University of Kansas

Affiliations

College of Liberal Arts & Sciences

Chemistry

David R. Benson is currently serving as a Chemistry Associate Professor at University of Kansas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David R. Benson

University of Kansas

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"the N‐Terminal Intrinsically Disordered Region of Ncb5Or Docks With the Cytochrome I B /I Sub 5 /Sub Core to Form a Helical Motif That is of Ancient Origin". (2023)

None David R. BensonNone Bin DengNone Maithri M. KashipathyNone Scott LovellNone Kevin P. BattaileNone Anne CooperNone Philip GaoNone Aron W. FentonNone Hao Zhu

ancient originprotein sciencecell biologyauthor responseprotein structureevolutionary biologykey sitehelical motifmolecular biologydisordered region

David R. BensonBin DengMaithri M. KashipathyScott LovellKevin P. BattaileAnne CooperPhilip GaoAron W. FentonHao Zhu

ancient origingeneticsenzymesgene expressionprotein scienceprotein structurebiochemistryhelical motifmolecular biologydisordered regionstructural biology

Separated by Spaces: Undergraduate Students Re-Sort Along Attitude Divides When Choosing Whether to Learn in Spaces Designed for Active Learning. Active Learning in Higher Education (2022)

Michael C. RalphBlair SchneiderDavid R BensonDouglas Ward

learning sciencesactive learningundergraduate studentshigher educationeducationcandidate selectionattitude dividesstudent learning

Student Enrollment Decisions and Academic Success: Evaluating the Impact of Classroom Space Design. Learning Environments Research (2021)

Michael RalphBlair SchneiderDavid R. BensonDouglas WardAnthony Vartia

student enrollment decisionsacademic successlearning environmentshigher educationeducationclassroom space design

Structural Characterization of Ncb5Or, a Multi‐Domain Ferric Reductase Implicated in Diseases. The FASEB Journal (2020)

Hao ZhuDavid R. BensonBin DengScott LovellKevin P. BattaileAnne CooperF. Philip GaoAron W. Fenton

multi-domain ferric reductaseprotein structurebiochemistrypharmacologystructural characterizationstructural biology

David R. BensonScott LovellNurjahan MehzabeenNadezhda GalevaAnne CooperPhilip GaoKevin P. BattaileHao Zhu

enzymescrystallographyprotein sciencebiological inorganic chemistrystructural molecular biologyprotein structureprotein foldingbiochemistrycs foldmolecular biologyproductive bindingstructural biology

David R. BensonScott LovellNurjahan MehzabeenNadezhda GalevaAnne CooperPhilip GaoKevin P. BattaileHao Zhu

crystallographystructural molecular biologyprotein structurecs foldmolecular biologystructural biology

Single-Molecule Fret States, Conformational Interchange, and Conformational Selection by Dye Labels in Calmodulin. The Journal of Physical Chemistry B (2016)

Matthew S. DeVoreAdebayo BraimahDavid R. BensonCarey K. Johnson

Heme Uptake and Metabolism in Bacteria. Metal ions in life sciences (2012)

David R. BensonMario Rivera

Sudharsan ParthasarathyAdriana AltuveSimon TerzyanXuejun ZhangKrzysztof KuczeraMario RiveraDavid R. Benson

geneticsmolecular geneticsprotein sciencebiochemistrymembrane biologyb-sheet strandsmolecular biologynonconservative internal mutation

1
2
3
4
5
10 / page

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metallodrug discovery

transition metal chemistry

Randy Larsen

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biomimetic chemistry

biomolecular engineering

Reinhard Schweitzer-Stenner

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Drexel University

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biomolecular structure

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protein structure

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future medicinal chemistry

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