Faculty

Institution

Unit

Venue

Olga Zabotina

Professor

Iowa State University

Affiliations

College of Liberal Arts and Sciences

Biochemistry, Biophysics, and Molecular Biology

College of Agriculture and Life Sciences

Roy J. Carver Department of Biochemistry, Biophysics, and Molecular Biology

Olga Zabotina is currently serving as a Biochemistry, Biophysics, And Molecular Biology Professor at Iowa State University.

Honors

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Experiences

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Education

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Olga Zabotina

Iowa State University

Professor

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plant science plant physiology plant biology biochemistry molecular biology botany enzymes plant biotechnology plant biochemistry genetics gene expression plant molecular biology cell biology structural biology membrane biology plant genetics cell wall protein science agricultural biotechnology plant pathology plant cells biochemical sciences epigenetics experimental botany plant protection plant development nuclear magnetic resonance avian biology horticulture research plant immunity protein expression soil biology structural molecular biology phytochemistry vegetation science plant genomics polysaccharides experimental plant biology mutagenesis xyloglucan biosynthesis biomolecular structure molecular structure cellular physiology raman spectroscopy fungal cell biology glycosylation solid-state nmr spectroscopy natural product biosynthesis plant metabolism protein synthesis protein biosynthesis crop science durum wheat cell wall composition biochar mycelial interaction plant-abiotic interaction gene evolution lignin cellular structure resistance management signaling pathways protein x-ray crystallography plants deficient plant cell-wall polysaccharides pectin-cellulose interactions sugar subunits transgenic arabidopsis transgenic plants pollen development cell wall phenolics lignin contents pectic polysaccharides xyloglucan xylosyltransferases potential resources fusarium graminearum carbohydrate polymer biological function polysaccharide biosynthesis biotechnology glycobiology biological chemistry carbohydrate chemistry biomolecular engineering biotransformation biosynthesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

A High-Resolution Model of Gene Expression During Gossypium Hirsutum (Cotton) Fiber Development. BMC Genomics (2025)

Corrinne E. GroverJosef J. JareczekSivakumar SwaminathanYoungwoo LeeAlexander H. HowellHeena RaniMark A. ArickAlexis G. LeachEmma R. MillerPengcheng YangGuanjing HuXianpeng XiongEileen L. MalleryDaniel G. PetersonJun XieCandace H. HaiglerOlga A. ZabotinaDaniel B. SzymanskiJonathan F. Wendel

plant developmentgene expressiondevelopmental biologygossypium hirsutumfiber developmenthigh-resolution model

A High-Resolution Model of Gene Expression During Gossypium Hirsutum (Cotton) Fiber Development. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Corrinne E GroverJosef J JareczekSivakumar SwaminathanYoungwoo LeeAlexander H HowellHeena RaniMark A ArickAlexis G LeachEmma R MillerPengcheng YangGuanjing HuXianpeng XiongEileen L MalleryDaniel G PetersonJun XieCandace H HaiglerOlga A ZabotinaDaniel B SzymanskiJonathan F Wendel

geneticsplant developmentbiologyplant sciencegene expressionplant geneticsdevelopmental biologyhorticulture researchplant physiologybotanyfiber developmenthigh-resolution model

Daily Glycome and Transcriptome Profiling Reveals Polysaccharide Structures and Correlated Glycosyltransferases Critical for Cotton Fiber Growth. The Plant Journal (2024)

Sivakumar SwaminathanCorrinne E. GroverAlither S. MugishaLauren E. SichtermanYoungwoo LeePengcheng YangEileen L. MalleryJosef J. JareczekAlexis G. LeachJun XieJonathan F. WendelDaniel B. SzymanskiOlga A. Zabotina

cotton fiber growthplant sciencetranscriptome profiling revealsdaily glycometranscriptomeplant biology

Developmental Variability in Cotton Fiber Cell Wall Properties Linked to Important Agronomic Traits. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Michael C. WilsonAlexander H. HowellAnika SoodYoungwoo LeePengcheng YangElena YuHeena RaniEileen L. MallerySivakumar SwaminathanCorrinne E. GroverJonathan F. WendelOlga A. ZabotinaJun XieChelsea S. DavisDaniel B. Szymanski

plant developmentimportant agronomic traitsdevelopmental biologydevelopmental variabilityagronomy

Plant Root Associated Chitinases: Structures and Functions. Frontiers in Plant Science (2024)

Samuel O. ShobadeOlga A. ZabotinaMarit Nilsen-Hamilton

geneticsplant biochemistrybiologyplant genomicsplant sciencestructural biologyplant molecular biologyplant rootplant geneticsmolecular biologyplant physiologybotanyplant biologyenzymes

Changes in Cell Wall Composition Due to a Pectin Biosynthesis Enzyme Gaut10 Impact Root Growth. PLANT PHYSIOLOGY (2023)

Linkan DashSivakumar SwaminathanJan ŠimuraCaitlin Leigh P GonzalesChristian MontesNeel SolankiLudvin MejiaKarin LjungOlga A ZabotinaDior R Kelley

biologymembrane biologyplant sciencebotanycell wallbiochemistryplant metabolismplant physiologyepigeneticscell biologyplant biologyenzymescell wall composition

Gaut10 is Required for Arabidopsis Root Cell Differentiation and Elongation. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Linkan DashSivakumar SwaminathanJan ŠimuraChristian MontesNeel SolankiLudvin MejiaKarin LjungOlga A. ZabotinaDior R. Kelley

geneticsplant developmentplant sciencegene expressionexperimental botanyavian biologyplant cellsplant biologycrop improvementcellular differentiationplant geneticsdevelopmental biologyplant physiologybotanycell biologymolecular and cellular biologyexperimental plant biology

The Arabidopsis Xylosyltransferases, Xxt3, Xxt4, and Xxt5, Are Essential to Complete the Fully Xylosylated Glucan Backbone Xxxg ‐Type Structure of Xyloglucans. New Phytologist (2023)

Ning ZhangJordan D. JulianCheng Ern YapSivakumar SwaminathanOlga A. Zabotina

geneticsplant biochemistryplant sciencegene expressionplant molecular biologybiochemistrymolecular biologyphytochemistryplant physiologybotanyprotein synthesisenzymes

Critical Determinants in Er-Golgi Trafficking of Enzymes Involved in Glycosylation. Plants (2022)

Ning ZhangOlga A. Zabotina

glycosylationplant biochemistrymembrane biologyplant sciencebiochemical sciencesplant molecular biologyplant biotechnologyenzyme catalysiscritical determinantsbiochemistryredox biologymolecular biologyer-golgi traffickingplant physiologyplant biologyenzymesbiological engineering

Plant Cell Wall Integrity Perturbations and Priming for Defense. Plants (2022)

Sivakumar SwaminathanVincenzo LionettiOlga A. Zabotina

plant immunitybiologymembrane biologyplant sciencedevelopmental biologyplant physiologyplant protectioncell biologyplant biologyexperimental plant biology

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Olga Zabotina

Professor

Iowa State University

Affiliations

College of Liberal Arts and Sciences

Biochemistry, Biophysics, and Molecular Biology

College of Agriculture and Life Sciences

Roy J. Carver Department of Biochemistry, Biophysics, and Molecular Biology

Olga Zabotina is currently serving as a Biochemistry, Biophysics, And Molecular Biology Professor 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

Olga Zabotina

Iowa State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A High-Resolution Model of Gene Expression During Gossypium Hirsutum (Cotton) Fiber Development. BMC Genomics (2025)

plant developmentgene expressiondevelopmental biologygossypium hirsutumfiber developmenthigh-resolution model

A High-Resolution Model of Gene Expression During Gossypium Hirsutum (Cotton) Fiber Development. bioRxiv (Cold Spring Harbor Laboratory) (2024)

geneticsplant developmentbiologyplant sciencegene expressionplant geneticsdevelopmental biologyhorticulture researchplant physiologybotanyfiber developmenthigh-resolution model

Daily Glycome and Transcriptome Profiling Reveals Polysaccharide Structures and Correlated Glycosyltransferases Critical for Cotton Fiber Growth. The Plant Journal (2024)

cotton fiber growthplant sciencetranscriptome profiling revealsdaily glycometranscriptomeplant biology

Developmental Variability in Cotton Fiber Cell Wall Properties Linked to Important Agronomic Traits. bioRxiv (Cold Spring Harbor Laboratory) (2024)

plant developmentimportant agronomic traitsdevelopmental biologydevelopmental variabilityagronomy

Plant Root Associated Chitinases: Structures and Functions. Frontiers in Plant Science (2024)

Samuel O. ShobadeOlga A. ZabotinaMarit Nilsen-Hamilton

geneticsplant biochemistrybiologyplant genomicsplant sciencestructural biologyplant molecular biologyplant rootplant geneticsmolecular biologyplant physiologybotanyplant biologyenzymes

Changes in Cell Wall Composition Due to a Pectin Biosynthesis Enzyme Gaut10 Impact Root Growth. PLANT PHYSIOLOGY (2023)

Linkan DashSivakumar SwaminathanJan ŠimuraCaitlin Leigh P GonzalesChristian MontesNeel SolankiLudvin MejiaKarin LjungOlga A ZabotinaDior R Kelley

biologymembrane biologyplant sciencebotanycell wallbiochemistryplant metabolismplant physiologyepigeneticscell biologyplant biologyenzymescell wall composition

Gaut10 is Required for Arabidopsis Root Cell Differentiation and Elongation. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Linkan DashSivakumar SwaminathanJan ŠimuraChristian MontesNeel SolankiLudvin MejiaKarin LjungOlga A. ZabotinaDior R. Kelley

The Arabidopsis Xylosyltransferases, Xxt3, Xxt4, and Xxt5, Are Essential to Complete the Fully Xylosylated Glucan Backbone Xxxg ‐Type Structure of Xyloglucans. New Phytologist (2023)

Ning ZhangJordan D. JulianCheng Ern YapSivakumar SwaminathanOlga A. Zabotina

geneticsplant biochemistryplant sciencegene expressionplant molecular biologybiochemistrymolecular biologyphytochemistryplant physiologybotanyprotein synthesisenzymes

Critical Determinants in Er-Golgi Trafficking of Enzymes Involved in Glycosylation. Plants (2022)

Ning ZhangOlga A. Zabotina

Plant Cell Wall Integrity Perturbations and Priming for Defense. Plants (2022)

Sivakumar SwaminathanVincenzo LionettiOlga A. Zabotina

plant immunitybiologymembrane biologyplant sciencedevelopmental biologyplant physiologyplant protectioncell biologyplant biologyexperimental plant biology

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