Faculty

Institution

Unit

Venue

Deanna Ojennus

Professor

Whitworth University

Affiliations

Chemistry

Deanna Ojennus is currently serving as a Chemistry Professor at Whitworth University.

Honors

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Experiences

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Education

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Deanna Ojennus

Whitworth University

Professor

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protein structure protein science biochemistry molecular biology structural biology biomolecular structure biophysics chemistry education nuclear magnetic resonance enzymes biological macromolecules peptides structural molecular biology protein nmr protein structure prediction structure-function enzyme kinetics education learning sciences educational research educational strategies educational assessment stem education science education student learning biomolecular interactions nuclear magnetic resonance spectroscopy peptoids protein function flipped biochemistry classroom filamentous phage direct binding dipolar couplings constituent peptide fragments electrostatic interactions peptide fragments multidimensional heteronuclear nmr prolyl aminodipeptidase in-person laboratory experience liberal arts university chemistry curriculum calcium-binding loop chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elucidating the Role of a Calcium-Binding Loop in an X -Prolyl Aminodipeptidase From Lb. Helveticus. ACS Omega (2023)

enzymescalcium-binding loopprotein sciencebiomolecular structureprotein functionbiochemistrymolecular biologystructure-function enzyme kineticsprotein structurestructural molecular biology

Implementation of a Socially Distanced In-Person Laboratory Experience Across the Chemistry Curriculum During the Covid-19 Pandemic at a Small, Liberal Arts University. Journal of Chemical Education (2021)

Eric J. DavisKerry L. BrenoDeanna Dahlke OjennusTrisha A. RussellKaren E. StevensKraig Wheeler

chemistry curriculumchemical engineeringliberal arts universitychemistry educationin-person laboratory experience

Structural Characterization of a Prolyl Aminodipeptidase (Pepx) From Lactobacillus Helveticus. Acta Crystallographica Section F Structural Biology Communications (2019)

biological macromoleculesenzymesprotein sciencebiomolecular structurepeptoidsbiochemistrymicrobiologypeptidesstructure-function enzyme kineticsprotein structureprolyl aminodipeptidasestructural molecular biologystructural biology

Assessment of Learning Gains in a Flipped Biochemistry Classroom. Biochemistry and Molecular Biology Education (2015)

educational strategieseducationflipped biochemistry classroomstem educationeducational researchlearning scienceschemistry educationstudent learningscience educationeducational assessment

Electrostatic Interactions in the Reconstitution of an Sh2 Domain From Constituent Peptide Fragments. Protein Science (2003)

Deanna Dahlke OjennusSarah E. LehtoDeborah S. Wuttke

biophysicsprotein structure predictionconstituent peptide fragmentsprotein scienceelectrostatic interactionsprotein structure

Reconstitution of a Native‐Like Sh2 Domain From Disordered Peptide Fragments Examined by Multidimensional Heteronuclear Nmr. Protein Science (2001)

Deanna Dahlke OjennusMark R. FleissnerDeborah S. Wuttke

protein structure predictionprotein sciencepeptidesnuclear magnetic resonance spectroscopyprotein nmrmolecular biologyprotein structuremultidimensional heteronuclear nmrnuclear magnetic resonancestructural biologypeptide fragments

Induced Alignment and Measurement of Dipolar Couplings of an Sh2 Domain Through Direct Binding With Filamentous Phage. Journal of Biomolecular NMR (1999)

Deanna Dahlke OjennusRachel M. Mitton-FryDeborah S. Wuttke

biophysicsbiological macromoleculesbiomolecular structuredirect bindingbiochemistryprotein nmrmolecular biologyprotein structurebiomolecular interactionsfilamentous phagedipolar couplingsnuclear magnetic resonancestructural biology

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Deanna Ojennus

Professor

Whitworth University

Affiliations

Chemistry

Deanna Ojennus is currently serving as a Chemistry Professor at Whitworth 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

Deanna Ojennus

Whitworth University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Elucidating the Role of a Calcium-Binding Loop in an X -Prolyl Aminodipeptidase From Lb. Helveticus. ACS Omega (2023)

enzymescalcium-binding loopprotein sciencebiomolecular structureprotein functionbiochemistrymolecular biologystructure-function enzyme kineticsprotein structurestructural molecular biology

Eric J. DavisKerry L. BrenoDeanna Dahlke OjennusTrisha A. RussellKaren E. StevensKraig Wheeler

chemistry curriculumchemical engineeringliberal arts universitychemistry educationin-person laboratory experience

Structural Characterization of a Prolyl Aminodipeptidase (Pepx) From Lactobacillus Helveticus. Acta Crystallographica Section F Structural Biology Communications (2019)

Assessment of Learning Gains in a Flipped Biochemistry Classroom. Biochemistry and Molecular Biology Education (2015)

educational strategieseducationflipped biochemistry classroomstem educationeducational researchlearning scienceschemistry educationstudent learningscience educationeducational assessment

Electrostatic Interactions in the Reconstitution of an Sh2 Domain From Constituent Peptide Fragments. Protein Science (2003)

Deanna Dahlke OjennusSarah E. LehtoDeborah S. Wuttke

biophysicsprotein structure predictionconstituent peptide fragmentsprotein scienceelectrostatic interactionsprotein structure

Reconstitution of a Native‐Like Sh2 Domain From Disordered Peptide Fragments Examined by Multidimensional Heteronuclear Nmr. Protein Science (2001)

Deanna Dahlke OjennusMark R. FleissnerDeborah S. Wuttke

Induced Alignment and Measurement of Dipolar Couplings of an Sh2 Domain Through Direct Binding With Filamentous Phage. Journal of Biomolecular NMR (1999)

Deanna Dahlke OjennusRachel M. Mitton-FryDeborah S. Wuttke

1
10 / page

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