Faculty

Institution

Unit

Venue

David A. Hendrix

Professor

Oregon State University

Affiliations

College of Science

Department of Biochemistry and Biophysics

David A. Hendrix is currently serving as a College Of Science Professor at Oregon State University.

Honors

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Experiences

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Education

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David A. Hendrix

Oregon State University

Professor

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genetics molecular biology rna biology genomics bioinformatics genome biology gene expression developmental biology computational biology insect molecular biology pharmacology long non-coding rna botany mammalian biology plant science transcriptomics technology deep learning avian biology small rna developmental system plant physiology developmental genetics microrna detection tumor biology ageing developmental cell horticulture research protein science sequence analysis plant genetics gene regulation experimental gerontology insect science biogerontology plant biology drosophila melanogaster neuroscience of aging liver physiology lifespan development cancer treatment nutrient physiology plant genomics chronobiology self-organizing maps beam search developmental science scientific computing knockout mice embryonic development tissue development mammalian physiology automatic annotation dna analysis dynamic programming structural bioinformatics healthy aging tumor targeting cancer prevention cancer management nutritional sciences medical nutrition epigenomics essential regulator tissue-specific lncrna fendrr body wall development shadow enhancers evolutionary novelty relevant gene identification rna secondary structure large-scale automated annotation free energy differences fast growth pre-mirna-proximal regions simple chordate distinct class rna protein-coding potential functional genomics rna structure systems biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unraveling Unbreakable Hairpins: Characterizing Rna Secondary Structures That Are Persistent After Dinucleotide Shuffling. RNA (2025)

Alyssa PrattDavid Anthony Hendrix

dinucleotide shufflingrna secondary structuresstructural biologygenomicsunbreakable hairpinsmolecular biologyrna biologybioinformaticsgenome biology

Analysis of Natural Structures and Chemical Mapping Data Reveals Local Stability Compensation in Rna. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Robert L. Cornwell-ArquittRiley NighMichael T. HathawayJoseph D YesselmanDavid A Hendrix

natural structuresstructural biologymolecular biologyrna biology

Bovine Milk Consumption Affects the Transcriptome of Porcine Adipose Stem Cells: Do Exosomes Play Any Role?. PLoS ONE (2024)

Katherine SwansonJimmy BellDavid HendrixDuo JiangMichelle KutzlerBrandon BattyMelanie HanlonMassimo Bionaz

stem cellscell biologytranscriptomebovine milk consumption

Genetic Mapping and Qtl Analysis of Multigenic Resistance to Powdery Mildew ( Podosphaera Macularis ) in Hop ( Humulus Lupulus L.). Crop Science (2024)

John A. HenningMichele S. WisemanDavid H. GentLillian K. Padgitt‐CobbReginald Appiah‐KubiDavid A. Hendrix

crop sciencemultigenic resistancegenetic mappingqtl analysisgenetics

Selective Nonenzymatic Formation of Biologically Common Rna Hairpins. Angewandte Chemie International Edition (2024)

Long-Fei WuJunting ZhangRobert Cornwell-ArquittDavid A. HendrixAleksandar RadakovicJack W. Szostak

biochemistrymolecular biologyselective nonenzymatic formationrna biologystructural biologygenetics

Bprna-Align: Improved Rna Secondary Structure Global Alignment for Comparing and Clustering Rna Structures. RNA (2023)

Brittany LasherDavid A. Hendrix

clusteringmolecular biologyrna biologybioinformaticsrna structures

Crowdsourcing to Predict Rna Degradation and Secondary Structure. Nature Machine Intelligence (2023)

David A. Hendrix

artificial intelligencesecondary structurerna structure predictionmachine intelligencedata sciencerna degradation

Improving Deep Models of Protein-Coding Potential With a Fourier-Transform Architecture and Machine Translation Task. PLoS Computational Biology (2023)

Joseph D. ValenciaDavid A. Hendrix

translational bioinformaticscomputational biologyfourier-transform architecturedeep learningdeep modelsprotein-coding potentialmolecular biologymachine translation taskmachine translationbioinformatics

Rna Structure and Multiple Weak Interactions Balance the Interplay Between Rna Binding and Phase Separation of Sars-Cov-2 Nucleocapsid. PNAS Nexus (2023)

Aidan B EstelleHeather M ForsytheZhen YuKaitlyn HughesBrittany LasherPatrick AllenPatrick N ReardonDavid A HendrixElisar J Barbar

rna bindingviral geneticsvirologyvirus-host interactionsrna structure predictionbiochemistrysars-cov-2multiple weak interactionsmolecular biologymolecular virologyrna structuregeneral virologygene expressionrna biologystructural biologygeneticsvirus research

Age-Dependent Effects of Blue Light Exposure on Lifespan, Neurodegeneration, and Mitochondria Physiology in Drosophila Melanogaster. npj Aging (2022)

Yujuan SongJun YangAlexander D. LawDavid A. HendrixDoris KretzschmarMatthew RobinsonJadwiga M. Giebultowicz

drosophila melanogastermitochondria physiologyage-dependent effectsblue light exposureageingbiologygeriatricsmammalian biology

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David A. Hendrix

Professor

Oregon State University

Affiliations

College of Science

Department of Biochemistry and Biophysics

David A. Hendrix is currently serving as a College Of Science Professor at Oregon State 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

David A. Hendrix

Oregon State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unraveling Unbreakable Hairpins: Characterizing Rna Secondary Structures That Are Persistent After Dinucleotide Shuffling. RNA (2025)

Alyssa PrattDavid Anthony Hendrix

dinucleotide shufflingrna secondary structuresstructural biologygenomicsunbreakable hairpinsmolecular biologyrna biologybioinformaticsgenome biology

Analysis of Natural Structures and Chemical Mapping Data Reveals Local Stability Compensation in Rna. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Robert L. Cornwell-ArquittRiley NighMichael T. HathawayJoseph D YesselmanDavid A Hendrix

natural structuresstructural biologymolecular biologyrna biology

Bovine Milk Consumption Affects the Transcriptome of Porcine Adipose Stem Cells: Do Exosomes Play Any Role?. PLoS ONE (2024)

Katherine SwansonJimmy BellDavid HendrixDuo JiangMichelle KutzlerBrandon BattyMelanie HanlonMassimo Bionaz

stem cellscell biologytranscriptomebovine milk consumption

Genetic Mapping and Qtl Analysis of Multigenic Resistance to Powdery Mildew ( Podosphaera Macularis ) in Hop ( Humulus Lupulus L.). Crop Science (2024)

John A. HenningMichele S. WisemanDavid H. GentLillian K. Padgitt‐CobbReginald Appiah‐KubiDavid A. Hendrix

crop sciencemultigenic resistancegenetic mappingqtl analysisgenetics

Selective Nonenzymatic Formation of Biologically Common Rna Hairpins. Angewandte Chemie International Edition (2024)

Long-Fei WuJunting ZhangRobert Cornwell-ArquittDavid A. HendrixAleksandar RadakovicJack W. Szostak

biochemistrymolecular biologyselective nonenzymatic formationrna biologystructural biologygenetics

Bprna-Align: Improved Rna Secondary Structure Global Alignment for Comparing and Clustering Rna Structures. RNA (2023)

Brittany LasherDavid A. Hendrix

clusteringmolecular biologyrna biologybioinformaticsrna structures

Crowdsourcing to Predict Rna Degradation and Secondary Structure. Nature Machine Intelligence (2023)

David A. Hendrix

artificial intelligencesecondary structurerna structure predictionmachine intelligencedata sciencerna degradation

Improving Deep Models of Protein-Coding Potential With a Fourier-Transform Architecture and Machine Translation Task. PLoS Computational Biology (2023)

Joseph D. ValenciaDavid A. Hendrix

Rna Structure and Multiple Weak Interactions Balance the Interplay Between Rna Binding and Phase Separation of Sars-Cov-2 Nucleocapsid. PNAS Nexus (2023)

Aidan B EstelleHeather M ForsytheZhen YuKaitlyn HughesBrittany LasherPatrick AllenPatrick N ReardonDavid A HendrixElisar J Barbar

Age-Dependent Effects of Blue Light Exposure on Lifespan, Neurodegeneration, and Mitochondria Physiology in Drosophila Melanogaster. npj Aging (2022)

Yujuan SongJun YangAlexander D. LawDavid A. HendrixDoris KretzschmarMatthew RobinsonJadwiga M. Giebultowicz

drosophila melanogastermitochondria physiologyage-dependent effectsblue light exposureageingbiologygeriatricsmammalian biology

1
2
3
4
5
12
10 / page

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Similar Faculty Members

John Rinn

Institution

University of Colorado Boulder

molecular biology

genetics

Ross C. Hardison

Institution

Pennsylvania State University

epigenetics

genetics

Fiona M McCarthy

Institution

University of Arizona

molecular informatics

transcriptome

Brian D. Gregory

Institution

University of Pennsylvania

bioinformatics

biological data

Blake Meyers

Institution

University of California, Davis

genetics

plant science

Susan Brown

Institution

Kansas State University

genome sequence analysis

genomics

Joan Steitz

Institution

Yale University

gene expression

splicing variant

Jian Ma

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Carnegie Mellon University

biosystems

medical genetics

Sergey Nuzhdin

Institution

University of Southern California

evolutionary biology

genomics

Michael Rosbash

Institution

Brandeis University

biomedical informatics

circadian rhythms