Faculty

Institution

Unit

Venue

Steven R. Rodermel

Distinguished Professor Emeritus of Liberal Arts and Sciences

Iowa State University

Affiliations

College of Agriculture and Life Sciences

Genetics, Development and Cell Biology

College of Liberal Arts and Sciences

Genetics, Development, and Cellular Biology

Steven R. Rodermel is currently serving as a College Of Agriculture And Life Sciences Distinguished Professor Emeritus of Liberal Arts and Sciences at Iowa State University.

Honors

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Experiences

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Education

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Steven R. Rodermel

Iowa State University

Distinguished Professor Emeritus of Liberal Arts and Sciences

You can click a keyword to filter the displayed items

plant science plant physiology plant biology genetics molecular biology botany plant genetics gene expression plant molecular biology biochemistry plant genomics biology plant biotechnology plant biochemistry genomics molecular genetics enzymes plant development photosynthesis membrane biology plant pathology agricultural biotechnology experimental botany genome biology avian biology rna biology chloroplast biogenesis mutagenesis (molecular biology technique) redox biology protein science mammalian biology plant metabolism crop physiology leaf development horticulture research molecular plant-microbe interactions biochemical sciences integrative plant biology mutagenesis plant breeding experimental plant biology plant ecology molecular plant pathology vegetation science signaling pathways molecular substrates maize plastid genes crop improvement plant diversity plant-microbe interactions transcription regulation crop science plant proteomics plant reproduction protein genetics phytochemistry plant immunity early chloroplast biogenesis plastid-to-nucleus signaling leaf variegation arabidopsis variegation mutants plastid terminal oxidase cytogenetics molecular regulation nematology biological inorganic chemistry crop enhancement horticultural science brassinosteroid transcriptional network genome-wide identification besi target genes double antisense plants ascorbate peroxidase copia-like retrotransposons chloroplast ftsh protease transgenic maize photorespiration regulatory mechanisms biosynthesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mechanism for Intergenomic II Bisphosphate Carboxylase Small- Translation of the Large-Subunit ). (2016)

Steve RodermelCai-Zhong JiangChiu-Ho Tsai

transcription (biology)geneticsenzymesmolecular biologybiochemistry

Impaired Chloroplast Biogenesis in Immutans, an Arabidopsis Variegation Mutant, Modifies Developmental Programming, Cell Wall Composition and Resistance to Pseudomonas Syringae. PLoS ONE (2016)

Gennady V. PogorelkoSekhar KambakamTrevor NolanAndrew FoudreeOlga A. ZabotinaSteven R. Rodermel

plant biologyplant physiologyplant geneticsgenetic basisreproductive biologyplant pathologycell wall compositionplant sciencebotanymembrane biologyavian biologymolecular and cellular biologymammalian biologyplant developmentplant immunitydevelopmental biologyevolutionary biologygene expressiongeneticsarabidopsis variegation mutantimpaired chloroplast biogenesis

Ptox Mediates Novel Pathways of Electron Transport in Etioplasts of Arabidopsis. Molecular Plant (2016)

Sekhar KambakamUjjal BhattacharjeeJacob PetrichSteve Rodermel

plant biologyptox mediatesplant physiologyelectron transportcell biologyplant sciencebiochemical sciencesbotanymembrane biologymolecular biophysicsexperimental botanyplant molecular biologymolecular and cellular biologymolecular substratesplant biochemistrymolecular physiologygeneticsmolecular biologysignal transductionplant genomics

Regulation of Chloroplast Biogenesis: The Immutans Mutant of Arabidopsis. (2015)

Steven Rodermel

immutans mutantchloroplast biogenesisplant molecular biologyplant geneticsbiologymolecular and cellular biologyplant physiologyintegrative plant biologyplant developmentmolecular biologydevelopmental biologyplant science

Gigantea Suppresses Immutans Variegation by Interactions With Cytokinin and Gibberellin Signaling Pathways. Plant physiology (2014)

Aarthi PutarjunanSteve Rodermel

signaling pathwaysgibberellin signaling pathwaysplant biologyplant metabolismplant physiologyplant developmentdevelopmental biologysignal transductionbotany

Quantitative Analysis of the Chloroplast Molecular Chaperone Clpc/Hsp93 in Arabidopsis Reveals New Insights Into Its Localization, Interaction With the Clp Proteolytic Core, and Functional Importance. Journal of Biological Chemistry (2014)

Lars L.E. SjögrenNoriaki TanabePanagiotis LymperopoulosNadir Z. KhanSteven R. RodermelHenrik AronssonAdrian K. Clarke

clp proteolytic coreplant biologyfunctional importanceplant physiologybiological chemistryphytochemistryquantitative analysisbiochemistryproteomicschemical biologyplant sciencestructural biologybiochemical sciencesbotanyprotein foldingplant molecular biologyplant proteomicsbiologyplant biochemistrysoil biologymolecular biology

Changes in Endogenous Gene Transcript and Protein Levels in Maize Plants Expressing the Soybean Ferritin Transgene. Frontiers in Plant Science (2013)

Milly N. KanobeSteven R. RodermelTheodore BaileyM. Paul Scott

plant biologybiotechnologyplant physiologyprotein levelsendogenous gene transcriptplant biotechnologyplant geneticscrop physiologyplant scienceagricultural biotechnologymaize plantssoybean ferritin transgenebiologyplant biochemistrygenomicsgene expressiongeneticsmolecular biologymolecular geneticsplant genomics

Genetic Interactions Reveal That Specific Defects of Chloroplast Translation Are Associated With the Suppression of Var2 -Mediated Leaf Variegation. Journal of integrative plant biology (2013)

Xiayan LiuMengdi ZhengRui WangRuijuan WangLijun AnSteve R. RodermelFei Yu

leaf variegationgenetic interactionsplant biotechnologyplant biologyplant geneticsgeneticsplant molecular biologyplant physiologyintegrative plant biologyvegetation sciencechloroplast translationmolecular biologyplant scienceplant ecologybotanycell biology

Svr4 (Suppressor of Variegation 4) and Svr4 ‐Like: Two Proteins With a Role in Proper Organization of the Chloroplast Genetic Machinery. Physiologia Plantarum (2013)

Marta PowikrowskaAnastassia KhrouchtchovaHelle Juel MartensAgnieszka Zygadlo‐NielsenJoanna MelonekAlexander SchulzKarin KrupinskaSteven RodermelPoul Erik Jensen

physiologybiophysicsplant biologyprotein geneticsgeneticsplant physiologyplant sciencestructural biologyprotein sciencechloroplast genetic machineryproper organization

Understanding Chloroplast Biogenesis Using Second-Site Suppressors of Immutans and Var2. Photosynthesis Research (2013)

Aarthi PutarjunanXiayan LiuTrevor NolanFei YuSteve Rodermel

second-site suppressorschloroplast biogenesisphotosynthesisplant physiologymolecular biologyecologyplant sciencebotanycell biology

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Steven R. Rodermel

Distinguished Professor Emeritus of Liberal Arts and Sciences

Iowa State University

Affiliations

College of Agriculture and Life Sciences

Genetics, Development and Cell Biology

College of Liberal Arts and Sciences

Genetics, Development, and Cellular Biology

Steven R. Rodermel is currently serving as a College Of Agriculture And Life Sciences Distinguished Professor Emeritus of Liberal Arts and Sciences at Iowa 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

Steven R. Rodermel

Iowa State University

Distinguished Professor Emeritus of Liberal Arts and Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mechanism for Intergenomic II Bisphosphate Carboxylase Small- Translation of the Large-Subunit ). (2016)

Steve RodermelCai-Zhong JiangChiu-Ho Tsai

transcription (biology)geneticsenzymesmolecular biologybiochemistry

Impaired Chloroplast Biogenesis in Immutans, an Arabidopsis Variegation Mutant, Modifies Developmental Programming, Cell Wall Composition and Resistance to Pseudomonas Syringae. PLoS ONE (2016)

Gennady V. PogorelkoSekhar KambakamTrevor NolanAndrew FoudreeOlga A. ZabotinaSteven R. Rodermel

Ptox Mediates Novel Pathways of Electron Transport in Etioplasts of Arabidopsis. Molecular Plant (2016)

Sekhar KambakamUjjal BhattacharjeeJacob PetrichSteve Rodermel

Regulation of Chloroplast Biogenesis: The Immutans Mutant of Arabidopsis. (2015)

Steven Rodermel

Gigantea Suppresses Immutans Variegation by Interactions With Cytokinin and Gibberellin Signaling Pathways. Plant physiology (2014)

Aarthi PutarjunanSteve Rodermel

signaling pathwaysgibberellin signaling pathwaysplant biologyplant metabolismplant physiologyplant developmentdevelopmental biologysignal transductionbotany

Lars L.E. SjögrenNoriaki TanabePanagiotis LymperopoulosNadir Z. KhanSteven R. RodermelHenrik AronssonAdrian K. Clarke

Changes in Endogenous Gene Transcript and Protein Levels in Maize Plants Expressing the Soybean Ferritin Transgene. Frontiers in Plant Science (2013)

Milly N. KanobeSteven R. RodermelTheodore BaileyM. Paul Scott

Genetic Interactions Reveal That Specific Defects of Chloroplast Translation Are Associated With the Suppression of Var2 -Mediated Leaf Variegation. Journal of integrative plant biology (2013)

Xiayan LiuMengdi ZhengRui WangRuijuan WangLijun AnSteve R. RodermelFei Yu

Svr4 (Suppressor of Variegation 4) and Svr4 ‐Like: Two Proteins With a Role in Proper Organization of the Chloroplast Genetic Machinery. Physiologia Plantarum (2013)

Marta PowikrowskaAnastassia KhrouchtchovaHelle Juel MartensAgnieszka Zygadlo‐NielsenJoanna MelonekAlexander SchulzKarin KrupinskaSteven RodermelPoul Erik Jensen

physiologybiophysicsplant biologyprotein geneticsgeneticsplant physiologyplant sciencestructural biologyprotein sciencechloroplast genetic machineryproper organization

Understanding Chloroplast Biogenesis Using Second-Site Suppressors of Immutans and Var2. Photosynthesis Research (2013)

Aarthi PutarjunanXiayan LiuTrevor NolanFei YuSteve Rodermel

second-site suppressorschloroplast biogenesisphotosynthesisplant physiologymolecular biologyecologyplant sciencebotanycell biology

1
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5
9
10 / page

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plant physiology

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cell autophagy

molecular and cellular biology

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plant science

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proteome research

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theoretical biology

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