Faculty

Institution

Unit

Venue

John Fowler Jr

Professor

Oregon State University

Affiliations

College of Agricultural Sciences

Department of Botany and Plant Pathology

John Fowler Jr is currently serving as a College Of Agricultural Sciences Professor at Oregon State University.

Honors

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Experiences

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Education

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John Fowler Jr

Oregon State University

Professor

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plant science genetics plant physiology plant biology molecular biology botany developmental biology genomics plant genetics biology molecular genetics genome biology plant genomics plant biotechnology plant molecular biology gene expression functional genomics plant biochemistry plant breeding epigenetics experimental botany plant development cell signaling signal transduction plo biology integrative plant biology agricultural biotechnology gene evolution gametes experimental plant biology rna biology cell expansion transposable elements plant cell growth exocyst complex functions palynology avian biology photosynthesis precision agriculture reproductive biology nucleic acids meat science poultry science epitaxial growth plant-abiotic interaction plant ecology phytochemistry genomic mechanisms genome structure gene structure chromosomal rearrangements genome analysis computational genomics transcriptomics technology sequence analysis medical genetics kernel methods crop improvement crop science signaling pathways plant reproduction non-coding rna long non-coding rna precision breeding polarized growth maintaining focus pollen germination cell plate maturation polar auxin transport arabidopsis exocyst localized deposition seed coat pectin rop gtpases asymmetric cell division developmental regulation drive gene content cellular morphogenesis genetic engineering genetic technologies cell polarity biotechnology advance synthetic plant biology bioinformatics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Genome-Wide Investigation of the Larp Gene Family: Focus on Functional Identification and Transcriptome Profiling of Zmlarp6C1 in Maize Pollen. BMC Plant Biology (2024)

Xiaoqin XiangQianxia DengYi ZhengYi HeDongpu JiZuzana VejlupkovaJohn E. FowlerLian Zhou

functional identificationtranscriptome profilingplant geneticsplant genomicsgenomicsgenome biologyplant molecular biologygenome-wide investigationmolecular geneticsmaize pollenmolecular biologyplant biologyplant physiologyplant sciencelarp gene familygenetics

Potent Pollen Gene Regulation by Dna Glycosylases in Maize. Nature Communications (2024)

Yibing ZengJulian SomersHarrison S BellZuzana VejlupkovaR Kelly DaweJohn E FowlerBrad NelmsJonathan I Gent

plant geneticsepigeneticsgenomicsgenome biologydevelopmental biologymolecular geneticsgene regulationmolecular biologydna glycosylasesplant sciencegenetics

The Peri-Germ Cell Membrane: Poorly Characterized but Key Interface for Plant Reproduction. Nature Plants (2024)

Naoya SugiAndrea R. M. CalhauNathanaël M. A. JacquierMarina Millan-BlanquezJörg D. BeckerKevin BegcyFrédéric BergerCécile Bousquet-AntonelliDaniel BouyerGiampiero CaiAlice Y. CheungSílvia CoimbraPhilipp DenningerThomas DresselhausJosé A. FeijóJohn E. FowlerDanny GeelenUeli GrossniklausTetsuya HigashiyamaDavid HonysTomoko IgawaGwyneth IngramYvon JaillaisMark A. JohnsonMariko KatoMiki KawachiTomokazu KawashimaYu-Jin KimHong-Ju LiSébastien MongrandKazuki MotomuraShiori NagaharaKohdai P. NakajimaBrad NelmsLi-Jia QuArp SchnittgerStefan ScholtenStefanie SprunckMeng-Xiang SunDavid TwellDolf WeijersWei-Cai YangDaisuke MaruyamaThomas Widiez

reproductive biologyperi-germ cell membraneplant reproductionplant developmentdevelopmental biologymolecular biologyplant biologyplant science

High Expression in Maize Pollen Correlates With. PLOS Genetics (2023)

high expressionplant geneticsplant genomicspollen diagrambiologymolecular geneticsgeneticsplant sciencegenetic variation

A Cost‐Effective Maize Ear Phenotyping Platform Enables Rapid Categorization and Quantification of Kernels. The Plant Journal (2021)

Cedar WarmanChristopher M. SullivanJustin PreeceMichaela E. BuchananZuzana VejlupkovaPankaj JaiswalJohn E. Fowler

crop improvementplant physiologyagricultural economicscrop sciencegenomicsdevelopmental biologyplant breedingagricultural biotechnologybiometricsplant biologykernel methodsprecision agricultureplant scienceplant biotechnologygeneticscost-effective maize

A Maize Male Gametophyte-Specific Gene Encodes Zmlarp6C1, a Potential Rna-Binding Protein Required for Competitive Pollen Tube Growth. Frontiers in Plant Science (2021)

Lian ZhouZuzana VejlupkovaCedar WarmanJohn E. Fowler

plant geneticsplant genomicsgenomicsplant sciencebotanygenome biologybiologymolecular geneticsagricultural biotechnologyplant breedingmolecular biologyplant biologyplant physiologygene expressionrna biologyplant biotechnologygenetics

Deep Learning-Based High-Throughput Phenotyping Can Drive Future Discoveries in Plant Reproductive Biology. Plant Reproduction (2021)

Cedar WarmanJohn E. Fowler

future discoveriesplant reproductive biologydeep learning

High Expression in Maize Pollen Correlates With Genetic Contributions to Pollen Fitness as Well as With Coordinated Transcription From Neighboring Transposable Elements. PLoS Genetics (2020)

Cedar WarmanKaushik PandaZuzana VejlupkovaSam HokinErica Unger-WallaceRex A. ColeAntony M. ChettoorDuo JiangErik VollbrechtMatthew M. S. EvansR. Keith SlotkinJohn E. Fowler

population geneticshigh expressionplant geneticstransposable elementsepigeneticsgenomicsplant sciencegenome biologymolecular geneticsmaize pollencoordinated transcriptionmolecular biologyevolutionary biologygenetic contributionsgene expressiongenetics

No Evidence for Transient Transformation via Pollen Magnetofection in Several Monocot Species. Nature Plants (2020)

Zuzana VejlupkovaCedar WarmanRita SharmaHenrik Vibe SchellerJenny C. MortimerJohn E. Fowler

transient transformationbotanyplant biologyevolutionary biologypollen magnetofectionplant physiologyplant science

Custom Built Scanner and Simple Image Processing Pipeline Enables Low-Cost, High-Throughput Phenotyping of Maize Ears. bioRxiv (Cold Spring Harbor Laboratory) (2019)

Cedar WarmanJohn E Fowler

precision breedingpoultry scienceplant analysisbiological imagingmeat sciencemaize earsplant breedingbiologyhigh-throughput phenotypingdigital image processingplant physiologyplant scienceplant biotechnology

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John Fowler Jr

Professor

Oregon State University

Affiliations

College of Agricultural Sciences

Department of Botany and Plant Pathology

John Fowler Jr is currently serving as a College Of Agricultural Sciences 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

John Fowler Jr

Oregon State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Genome-Wide Investigation of the Larp Gene Family: Focus on Functional Identification and Transcriptome Profiling of Zmlarp6C1 in Maize Pollen. BMC Plant Biology (2024)

Xiaoqin XiangQianxia DengYi ZhengYi HeDongpu JiZuzana VejlupkovaJohn E. FowlerLian Zhou

Potent Pollen Gene Regulation by Dna Glycosylases in Maize. Nature Communications (2024)

Yibing ZengJulian SomersHarrison S BellZuzana VejlupkovaR Kelly DaweJohn E FowlerBrad NelmsJonathan I Gent

plant geneticsepigeneticsgenomicsgenome biologydevelopmental biologymolecular geneticsgene regulationmolecular biologydna glycosylasesplant sciencegenetics

The Peri-Germ Cell Membrane: Poorly Characterized but Key Interface for Plant Reproduction. Nature Plants (2024)

reproductive biologyperi-germ cell membraneplant reproductionplant developmentdevelopmental biologymolecular biologyplant biologyplant science

High Expression in Maize Pollen Correlates With. PLOS Genetics (2023)

high expressionplant geneticsplant genomicspollen diagrambiologymolecular geneticsgeneticsplant sciencegenetic variation

A Cost‐Effective Maize Ear Phenotyping Platform Enables Rapid Categorization and Quantification of Kernels. The Plant Journal (2021)

Cedar WarmanChristopher M. SullivanJustin PreeceMichaela E. BuchananZuzana VejlupkovaPankaj JaiswalJohn E. Fowler

A Maize Male Gametophyte-Specific Gene Encodes Zmlarp6C1, a Potential Rna-Binding Protein Required for Competitive Pollen Tube Growth. Frontiers in Plant Science (2021)

Lian ZhouZuzana VejlupkovaCedar WarmanJohn E. Fowler

Deep Learning-Based High-Throughput Phenotyping Can Drive Future Discoveries in Plant Reproductive Biology. Plant Reproduction (2021)

Cedar WarmanJohn E. Fowler

future discoveriesplant reproductive biologydeep learning

High Expression in Maize Pollen Correlates With Genetic Contributions to Pollen Fitness as Well as With Coordinated Transcription From Neighboring Transposable Elements. PLoS Genetics (2020)

Cedar WarmanKaushik PandaZuzana VejlupkovaSam HokinErica Unger-WallaceRex A. ColeAntony M. ChettoorDuo JiangErik VollbrechtMatthew M. S. EvansR. Keith SlotkinJohn E. Fowler

No Evidence for Transient Transformation via Pollen Magnetofection in Several Monocot Species. Nature Plants (2020)

Zuzana VejlupkovaCedar WarmanRita SharmaHenrik Vibe SchellerJenny C. MortimerJohn E. Fowler

transient transformationbotanyplant biologyevolutionary biologypollen magnetofectionplant physiologyplant science

Custom Built Scanner and Simple Image Processing Pipeline Enables Low-Cost, High-Throughput Phenotyping of Maize Ears. bioRxiv (Cold Spring Harbor Laboratory) (2019)

Cedar WarmanJohn E Fowler

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tree breeding

tree growth

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Iowa State University

plant science

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Washington State University

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genomics

crop improvement

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insect resistance

crop genetic engineering

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plant molecular genetics

Julia Bailey-Serres

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