Faculty

Institution

Unit

Venue

Christopher Berndsen

Professor

James Madison University

Affiliations

College of Integrated Science and Engineering

Biotechnology Program

Christopher Berndsen is currently serving as a Biotechnology Program Professor at James Madison University.

Honors

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Experiences

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Education

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Christopher Berndsen

James Madison University

Professor

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molecular biology biochemistry structural biology protein structure enzymes genetics biophysics protein science structural molecular biology enzyme catalysis biomolecular structure plant biochemistry gene expression biological chemistry virology biosynthesis plant physiology enzyme inhibition cellular enzymology biocatalysis epigenetics plant science integrative plant biology proteome research catalysis structural chemistry protein chemistry plant molecular biology molecular structure clinical biochemistry biological macromolecules photosynthesis structural genomics structural bioinformatics crystal structures protein genetics yeast cell adhesion biochemical genetics protein synthesis molecular cell biology science advance supramolecular assemblies sequence assembly hierarchical assembly molecular catalysis integrative biology metabolic regulation somatic variant medical genetics biomolecular interactions interactomics crop physiology cardiomyopathy antiviral therapy virus transmission plant biology experimental plant biology protein assembly host specificity histone chaperone-dependent complexes saga deubiquitinating module substrate selection spectrophotometric assay ubiquitin-like proteins molecular functions mechanistic investigations ubiquitin-conjugating enzymes structural role conserved asparagine ubiquitin-like protein activation architectural organization nucleosome recognition distal muscular dystrophy obscn variant heart disease process biochemistry starch degradation enzymatic modification

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Pseudoenzyme β‐Amylase9 From Arabidopsis Activates α‐Amylase3: A Possible Mechanism to Promote Stress‐Induced Starch Degradation. Proteins Structure Function and Bioinformatics (2025)

Christopher E. BerndsenAmanda R. StormAngelina M. SardelliSheikh R. HossainKristen R. ClermontLuke M. McFatherMafe A. ConnorJonathan D. Monroe

plant stressstress-induced starch degradationsystems biologyprotein structuremolecular biologyabiotic stresspossible mechanismstructural biologystress (biology)protein sciencebiochemistrybioinformatics

Malate Dehydrogenase in Plants: Evolution, Structure, and a Myriad of Functions. Essays in Biochemistry (2024)

Lisa M. BairdChristopher E. BerndsenJonathan D. Monroe

biosynthesisbiophysical chemistryprocess biochemistrytranscription (biology)clinical biochemistrychemical biologybiomolecular engineeringenzymesnutritional biochemistrybiological chemistrycellular biochemistrymetabolomicsmetabolic pathwaysmetabolic engineeringcellular enzymologybiological engineeringbiochemistrycell biology

Potassium Cations Expand the Conformation Ensemble Of. PubMed (2024)

Abigail SholesRoland AsongakapSophia JaconskiJonathan MonroeChristopher E Berndsen

public healthmedicineevidence-based medicinepharmaceutical sciencescomputational medicinepathologytranslational medicinehealth sciencesbiochemistry

Potassium Cations Expand the Conformation Ensemble of Arabidopsis Thaliana β-Amylase2 (Bam2). microPublication Biology (2024)

structure-function enzyme kineticsplant molecular biologyprotein structureconformation ensembleplant physiologybiomolecular structureenzymespotassium cationsmolecular biologyplant biochemistrystructural biologyarabidopsis thaliana β-amylase2biochemistry

The Pseudoenzyme β-Amylase9 From Arabidopsis Binds to and Enhances the Activity of α-Amylase3: A Possible Mechanism to Promote Stress-Induced Starch Degradation. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Christopher E BerndsenAmanda R StormAngelina M SardelliSheikh R HossainKristen R ClermontLuke M McFatherMafe A ConnorJonathan Monroe

molecular plant pathologystress-induced starch degradationplant physiologyenzyme catalysisbiochemistryplant biotechnologychemical biologyenzymesintegrative plant biologybiosynthesisarabidopsis bindsbiocatalysispossible mechanismplant biochemistryenzyme inhibitionplant stresssystems biologymolecular biologyabiotic stressmetabolic pathwaysstress (biology)

The Structural Biology and Dynamics of Malate Dehydrogenases. Essays in Biochemistry (2024)

Christopher E. BerndsenJessica K. Bell

malate dehydrogenasesstructure-function enzyme kineticsprotein structurebiochemistryyeastenzymesbiomolecular structurestructural biologyprotein sciencebiosynthesisprotein chemistryenzyme specificitymolecular metabolismglycobiologyenzyme inhibitionsystems biologymolecular biologystructural molecular biologyenzymatic modification

The Structural Biology and Dynamics of Malate Dehydrogenases. Essays Biochem. (2024)

malate dehydrogenasesstructure-function enzyme kineticsprotein structurebiomolecular structureenzymesmolecular metabolismstructural molecular biologystructural biologybiochemistry

Abstract 2059: Structural Modeling and Analysis of [Beta]-Amylase9. Journal of Biological Chemistry (2023)

Angelina SardelliKaren SiddowayJonathan MonroeChristopher Berndsen

structural analysisprotein structurebiologyenzymesmolecular biologystructural modelingstructural biologyprotein sciencebiochemistry

Abstract 2213: Arabidopsis β-Amylase9 Interacts With and Enhances the Activity of α-Amylase3. Journal of Biological Chemistry (2023)

Karen SiddowayIsabella LawKristen ClermontJonathan MonroeChristopher Berndsen

gene expressionenzyme inhibitionbiochemical sciencesbiochemical geneticsprotein structureplant physiologychemical biologyenzymesprotein synthesismolecular biologybiological chemistryenzyme catalysisplant biochemistryprotein biosynthesisprotein scienceprotein engineeringmicrobiologybiochemistry

Author Response for"Structural and Functional Analysis of the Human Cone‐Rod Homeobox Transcription Factor". (2022)

None Penelope‐Marie B. ClanorNone Christine BuchholzNone Jonathan E. HayesNone Michael A. FriedmanNone Andrew M. WhiteNone Ray A. EnkeNone Christopher E. Berndsen

author responseprotein structuregeneticstranscription factorsdevelopmental biologystructural biologyhuman geneticsneuroscience

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Christopher Berndsen

Professor

James Madison University

Affiliations

College of Integrated Science and Engineering

Biotechnology Program

Christopher Berndsen is currently serving as a Biotechnology Program Professor at James Madison 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

Christopher Berndsen

James Madison University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Pseudoenzyme β‐Amylase9 From Arabidopsis Activates α‐Amylase3: A Possible Mechanism to Promote Stress‐Induced Starch Degradation. Proteins Structure Function and Bioinformatics (2025)

Christopher E. BerndsenAmanda R. StormAngelina M. SardelliSheikh R. HossainKristen R. ClermontLuke M. McFatherMafe A. ConnorJonathan D. Monroe

Malate Dehydrogenase in Plants: Evolution, Structure, and a Myriad of Functions. Essays in Biochemistry (2024)

Lisa M. BairdChristopher E. BerndsenJonathan D. Monroe

Potassium Cations Expand the Conformation Ensemble Of. PubMed (2024)

Abigail SholesRoland AsongakapSophia JaconskiJonathan MonroeChristopher E Berndsen

public healthmedicineevidence-based medicinepharmaceutical sciencescomputational medicinepathologytranslational medicinehealth sciencesbiochemistry

Potassium Cations Expand the Conformation Ensemble of Arabidopsis Thaliana β-Amylase2 (Bam2). microPublication Biology (2024)

Christopher E BerndsenAmanda R StormAngelina M SardelliSheikh R HossainKristen R ClermontLuke M McFatherMafe A ConnorJonathan Monroe

The Structural Biology and Dynamics of Malate Dehydrogenases. Essays in Biochemistry (2024)

Christopher E. BerndsenJessica K. Bell

The Structural Biology and Dynamics of Malate Dehydrogenases. Essays Biochem. (2024)

malate dehydrogenasesstructure-function enzyme kineticsprotein structurebiomolecular structureenzymesmolecular metabolismstructural molecular biologystructural biologybiochemistry

Abstract 2059: Structural Modeling and Analysis of [Beta]-Amylase9. Journal of Biological Chemistry (2023)

Angelina SardelliKaren SiddowayJonathan MonroeChristopher Berndsen

structural analysisprotein structurebiologyenzymesmolecular biologystructural modelingstructural biologyprotein sciencebiochemistry

Abstract 2213: Arabidopsis β-Amylase9 Interacts With and Enhances the Activity of α-Amylase3. Journal of Biological Chemistry (2023)

Karen SiddowayIsabella LawKristen ClermontJonathan MonroeChristopher Berndsen

Author Response for"Structural and Functional Analysis of the Human Cone‐Rod Homeobox Transcription Factor". (2022)

None Penelope‐Marie B. ClanorNone Christine BuchholzNone Jonathan E. HayesNone Michael A. FriedmanNone Andrew M. WhiteNone Ray A. EnkeNone Christopher E. Berndsen

author responseprotein structuregeneticstranscription factorsdevelopmental biologystructural biologyhuman geneticsneuroscience

1
2
3
4
5
10
10 / page

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enzyme

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Hung-wen Liu

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