Faculty

Institution

Unit

Venue

Candace Haigler

Professor

North Carolina State University

Affiliations

College of Agriculture and Life Sciences

Crop and Soil Sciences

Plant and Microbial Biology

Candace Haigler is currently serving as a College Of Agriculture And Life Sciences Professor at North Carolina State University.

Honors

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Experiences

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Education

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Candace Haigler

North Carolina State University

Professor

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plant science plant physiology genetics botany plant biotechnology plant biology cell biology cellulose molecular biology plant biochemistry biochemistry enzymes gene expression biosynthesis agricultural biotechnology membrane biology plant genomics structural biology plant molecular biology plant genetics genomics tissue engineering crop physiology fiber science protein science plant breeding plant development biochemical sciences integrative plant biology textile research experimental botany plant cells plant metabolism experimental plant biology wood chemistry genome biology tracheary elements molecular plant pathology applied microbiology fibers cell culture phytochemistry crop improvement gossypium hirsutum cell wall interfacial studies plant cytology biocatalysis plant cell culture molecular biotechnology molecular substrates glycosylation sucrose synthase cotton fiber genome sequencing dna sequencing vegetation science surface modification microbial physiology organelle biogenesis science studies cell biomechanics enzymatic modification lignin gossypium genomes cotton fibers cellulose content cellulose microfibrils cellulose biogenesis cellulose synthases plant cellulose synthase okra locus cotton cells microfibril assembly cellulose synthesis spinnable cotton fibres genetic engineering biological engineering biotechnology synthetic plant biology

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

developmental biologyfiber developmentgossypium hirsutumhigh-resolution modelgene expressionplant development

An Alternate Route for Cellulose Microfibril Biosynthesis in Plants. Science Advances (2024)

Eric M. RobertsKai YuanArielle M. ChavesEthan T. PierceRosalie CresswellRay DupreeXiaolan YuRichard L. BlantonShu-Zon WuMagdalena BezanillaPaul DupreeCandace H. HaiglerAlison W. Roberts

microbiologysecondary metabolitesbiomolecular engineeringcellulosebiochemical engineeringbiosynthesisplant sciencebiochemistryplant biochemistrynatural product biosynthesisplant biotechnologybiotechnologycellulose microfibril biosynthesisagricultural biotechnologyscience advanceplant cell culture

How Many Glucan Chains Form Plant Cellulose Microfibrils? a Mini Review. Biomacromolecules (2024)

Daniel J. CosgrovePaul DupreeEnrique D. GomezCandace H. HaiglerJames D. KubickiJochen Zimmer

single molecule biophysicscell biologyprotein scienceenzymesmini reviewwood formationsystems biologyglycobiologymembrane biologycarbohydrate chemistrycelluloseplant physiologybiochemistryglycosylationplant cellsmicroorganismspolysaccharidesstructural molecular biologyplant cytology

Structural Determination of a Full-Length Plant Cellulose Synthase Informed by Experimental and in Silico Methods. Cellulose (2024)

Albert L. KwansaAbhishek SinghJustin T. WilliamsCandace H. HaiglerAlison W. RobertsYaroslava G. Yingling

structural determinationbiomolecular engineeringcellulosenanotechnologybiological engineeringmaterials engineeringsilico methodsplant sciencematerials sciencestructure determinationplant biotechnologymembrane scienceexperimental plant biologytrace elementsstructural biologyexperimental botany

Efficient Imaging and Computer Vision Detection of Two Cell Shapes in Young Cotton Fibers. Applications in Plant Sciences (2022)

Benjamin P. GrahamJeremy ParkGrant T. BillingsAmanda M. Hulse‐KempCandace H. HaiglerEdgar Lobaton

horticulture researchplant biologycomputer vision detectioncell biologyplant physiologybiological imagingplant sciencecell shapesbiologyplant biotechnologyefficient imagingyoung cotton fibersobject detectioncomputer vision

Leveraging National Germplasm Collections to Determine Significantly Associated Categorical Traits in Crops: Upland and Pima Cotton as a Case Study. Frontiers in Plant Science (2022)

Daniel Restrepo-MontoyaAmanda M. Hulse-KempJodi A. SchefflerCandace H. HaiglerLori L. HinzeJanna LoveRichard G. PercyDon C. JonesJames Frelichowski

pima cottoncrop scienceagricultural sciencescrop ecologyplant sciencecategorical traitsnational germplasm collectionscrop improvementplant ecologysustainable agricultureagricultural economics

Microtubules Exert Early, Partial, and Variable Control of Cotton Fiber Diameter. Planta (2021)

Benjamin P. GrahamCandace H. Haigler

surface sciencegeneticsbotanyplant physiologyfibersneuroscienceplant sciencebiologyfiber scienceplant biotechnologyplant ecologyvariable controlcotton fiber diameterinterfacial studies

Phenotypic Effects of Changes in the Ftvtxk Region of an Arabidopsis Secondary Wall Cellulose Synthase Compared With Results From Analogous Mutations in Other Isoforms. Plant Direct (2021)

Jason N. BurrisMohamadamin MakaremErin SlabaughArielle ChavesEthan T. PierceJongcheol LeeSarah N. KiemleAlbert L. KwansaAbhishek SinghYaroslava G. YinglingAlison W. RobertsSeong H. KimCandace H. Haigler

gene expressionplant pathologyplant developmentftvtxk regiongenome editingplant genomicsenzymesplant molecular biologyanalogous mutationsother isoformsplant scienceplant biochemistrygeneticsplant physiologyplant biotechnologyexperimental botanyphenotypic effectsbotanymolecular plant pathologybiologyplant geneticsmolecular biology

In Silico Structure Prediction of Full-Length Cotton Cellulose Synthase Protein (Ghcesa1) and Its Hierarchical Complexes. Cellulose (2020)

Abhishek SinghAlbert L. KwansaHo Shin KimJustin T. WilliamsHui YangNan K. LiJames D. KubickiAlison W. RobertsCandace H. HaiglerYaroslava G. Yingling

biophysicssilico structure predictiongeneticsprotein structure predictioncellulosenanotechnologyprotein scienceplant scienceprotein structurematerials sciencehierarchical complexesstructural biology

Cultures of Gossypium Barbadense Cotton Ovules Offer Insights Into the Microtubule-Mediated Control of Fiber Cell Expansion. Planta (2019)

Ethan T. PierceBenjamin P. GrahamMichael R. StiffJason A. OsborneCandace H. Haigler

developmental biologygeneticsbotanymicrotubule-mediated controlbiological engineeringplant physiologyplant scienceplant biotechnologyfiber cell expansionplant cell culture

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Candace Haigler

Professor

North Carolina State University

Affiliations

College of Agriculture and Life Sciences

Crop and Soil Sciences

Plant and Microbial Biology

Candace Haigler is currently serving as a College Of Agriculture And Life Sciences Professor at North Carolina 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

Candace Haigler

North Carolina 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)

developmental biologyfiber developmentgossypium hirsutumhigh-resolution modelgene expressionplant development

An Alternate Route for Cellulose Microfibril Biosynthesis in Plants. Science Advances (2024)

Eric M. RobertsKai YuanArielle M. ChavesEthan T. PierceRosalie CresswellRay DupreeXiaolan YuRichard L. BlantonShu-Zon WuMagdalena BezanillaPaul DupreeCandace H. HaiglerAlison W. Roberts

How Many Glucan Chains Form Plant Cellulose Microfibrils? a Mini Review. Biomacromolecules (2024)

Daniel J. CosgrovePaul DupreeEnrique D. GomezCandace H. HaiglerJames D. KubickiJochen Zimmer

Structural Determination of a Full-Length Plant Cellulose Synthase Informed by Experimental and in Silico Methods. Cellulose (2024)

Albert L. KwansaAbhishek SinghJustin T. WilliamsCandace H. HaiglerAlison W. RobertsYaroslava G. Yingling

Efficient Imaging and Computer Vision Detection of Two Cell Shapes in Young Cotton Fibers. Applications in Plant Sciences (2022)

Benjamin P. GrahamJeremy ParkGrant T. BillingsAmanda M. Hulse‐KempCandace H. HaiglerEdgar Lobaton

Leveraging National Germplasm Collections to Determine Significantly Associated Categorical Traits in Crops: Upland and Pima Cotton as a Case Study. Frontiers in Plant Science (2022)

Daniel Restrepo-MontoyaAmanda M. Hulse-KempJodi A. SchefflerCandace H. HaiglerLori L. HinzeJanna LoveRichard G. PercyDon C. JonesJames Frelichowski

pima cottoncrop scienceagricultural sciencescrop ecologyplant sciencecategorical traitsnational germplasm collectionscrop improvementplant ecologysustainable agricultureagricultural economics

Microtubules Exert Early, Partial, and Variable Control of Cotton Fiber Diameter. Planta (2021)

Benjamin P. GrahamCandace H. Haigler

surface sciencegeneticsbotanyplant physiologyfibersneuroscienceplant sciencebiologyfiber scienceplant biotechnologyplant ecologyvariable controlcotton fiber diameterinterfacial studies

Phenotypic Effects of Changes in the Ftvtxk Region of an Arabidopsis Secondary Wall Cellulose Synthase Compared With Results From Analogous Mutations in Other Isoforms. Plant Direct (2021)

In Silico Structure Prediction of Full-Length Cotton Cellulose Synthase Protein (Ghcesa1) and Its Hierarchical Complexes. Cellulose (2020)

Abhishek SinghAlbert L. KwansaHo Shin KimJustin T. WilliamsHui YangNan K. LiJames D. KubickiAlison W. RobertsCandace H. HaiglerYaroslava G. Yingling

biophysicssilico structure predictiongeneticsprotein structure predictioncellulosenanotechnologyprotein scienceplant scienceprotein structurematerials sciencehierarchical complexesstructural biology

Cultures of Gossypium Barbadense Cotton Ovules Offer Insights Into the Microtubule-Mediated Control of Fiber Cell Expansion. Planta (2019)

Ethan T. PierceBenjamin P. GrahamMichael R. StiffJason A. OsborneCandace H. Haigler

developmental biologygeneticsbotanymicrotubule-mediated controlbiological engineeringplant physiologyplant scienceplant biotechnologyfiber cell expansionplant cell culture

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