Faculty

Institution

Unit

Venue

Judith Wopereis

Instructor of Laboratories and Microscopy Facility Manager

Smith College

Affiliations

Biological Sciences

Department Of Biological Science, United States Of America

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Psychology

Department of Film and Media Studies

Judith Wopereis is currently serving as a Biological Sciences Instructor of Laboratories and Microscopy Facility Manager at Smith College.

Honors

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Experiences

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Education

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Judith Wopereis

Smith College

Instructor of Laboratories and Microscopy Facility Manager

You can click a keyword to filter the displayed items

genetics botany plant science plant biology molecular biology symbiosis molecular genetics plant biotechnology plant physiology molecular plant-microbe interactions plant genetics ecology evolutionary biology avian biology plant development short root mutant symbiotic phenotype symbiotic mutants nodule organogenesis lotus japonicus entomology molecular and cellular biology cell and molecular biology virology microscopy insect molecular biology mammalian biology photosynthesis horticulture research agricultural biotechnology nucleic acids genome biology molecular plant pathology plant-animal interactions plant-insect interactions plant-microbe interactions phototropin phytochrome plant breeding agricultural sciences epigenomics epigenetic changes plant molecular biology plant-rhizobia interaction experimental plant biology rhizobium leguminosarum bv rice roots arabidopsis thaliana l rhizobium-legume symbiosis infection process incomplete dominant mutation root development microscopy techniques chromatin structure cell biology morphology microscopical techniques

Notable Scholarly Works

Notable Federal Grants

Collaborators

Visualizing Epigenetics: A Review of Microscopy Techniques for Investigating Dna Methylation Patterns, Chromatin Structure, and Gene Expression. Microscopy and Microanalysis (2025)

epigeneticsgeneticsgene expressionmicroscopy techniqueschromatinnucleic acidschromatin structureepigenomicsgenome biologymolecular biologyepigenetic changes

Loss of Chloroplast Protease Sppa Function Alters High Light Acclimation Processes in Arabidopsis Thaliana L. (Heynh.). Journal of Experimental Botany (2009)

geneticsphototropinmolecular and cellular biologyphytochromebotanyplant physiologyplant sciencebiologycell and molecular biologyphotosynthesismolecular biologyarabidopsis thaliana l

The Beneficial Plant Growth-Promoting Association of Rhizobium Leguminosarum Bv. Trifolii With Rice Roots. Australian Journal of Plant Physiology (2001)

Youssef G. YanniRizk Y. RizkFaiza K. Abd El-FattahAndrea SquartiniViviana CorichAlessio GiacominiFrans de BruijnJan RademakerJaime Maya-FloresPeggy OstromMaria Vega-HernandezRawle I. HollingsworthEustoquio Martinez-MolinaPedro MateosEncarna VelazquezJudith WopereisEric TriplettMercedes Umali-GarciaJuliet A. AnarnaBarry G. RolfeJadish K. LadhaJames HillRajni MujooPerry K. NgFrank B. Dazzo

plant biologybotanyplant sciencerhizobium leguminosarum bvecologyrice roots

Short Root Mutant of Lotus Japonicus With a Dramatically Altered Symbiotic Phenotype. The Plant Journal (2000)

Judith WopereisEloisa PajueloFrank B. DazzoQunyi JiangPeter M. GresshoffFrans J. De BruijnJens StougaardKrzysztof Szczyglowski

plant biologyavian biologygeneticsshort root mutantsymbiotic phenotypebotanyplant scienceevolutionary biologyplant biotechnologyplant genetics

Short Root Mutant of Lotus Japonicus With a Dramatically Altered Symbiotic Phenotype.. (2000)

plant biologymicrobiologygeneticsshort root mutantmolecular geneticssymbiotic phenotypebotanyplant physiologyplant sciencegenomicsbiologyexperimental plant biologymolecular plant-microbe interactionsgenetic variationsymbiosislotus japonicus

Unraveling the Infection Process in the Rhizobium-Legume Symbiosis by Microscopy. (2000)

F. B. DazzoJ. L. Wopereis

microbiologyvirologymicroscopyinfectious diseasesrhizobium-legume symbiosisinfection processecologysymbiosis

Har1, an Incomplete Dominant Mutation in Lotus Japonicus, Confers Aberrant Root Development and an Unusual Hypernodulation Response (Hnr). Current plant science and biotechnology in agriculture (1998)

K. SzczyglowskiJ. WopereisF. B. DazzoF. J. deBruijn

horticulture researchmolecular geneticsagricultural biotechnologyplant developmentdevelopmental biologyincomplete dominant mutationplant scienceplant breedinggeneticsplant physiologygenomicsplant biotechnologybiotechnologylotus japonicusplant biologyroot developmentbotanyagricultural sciencesplant geneticsembryologymolecular biology

Nodule Organogenesis and Symbiotic Mutants of the Model Legume Lotus Japonicus. Molecular Plant-Microbe Interactions (1998)

Krzysztof SzczyglowskiRobert S. ShawJudith WopereisSue CopelandDirk HamburgerBeth KasiborskiFrank B. DazzoFrans J. de Bruijn

plant biologyavian biologygeneticssymbiotic mutantsplant-animal interactionsinsect molecular biologybotanyplant-insect interactionsplant-microbe interactionsplant scienceevolutionary biologymolecular plant-microbe interactionsmammalian biologyplant geneticsmolecular biologyentomologynodule organogenesis

Nodule Organogenesis and Symbiotic Mutants of the Model Legume Lotus Japonicus.. (1998)

developmental biologyplant biologygeneticsmolecular geneticsplant molecular biologymolecular plant pathologybiologyplant biotechnologymolecular plant-microbe interactionssymbiotic mutantsplant developmentsymbiosisplant-rhizobia interactionnodule organogenesis

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Judith Wopereis

Instructor of Laboratories and Microscopy Facility Manager

Smith College

Affiliations

Biological Sciences

Department Of Biological Science, United States Of America

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Psychology

Department of Film and Media Studies

Judith Wopereis is currently serving as a Biological Sciences Instructor of Laboratories and Microscopy Facility Manager at Smith College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Judith Wopereis

Smith College

Instructor of Laboratories and Microscopy Facility Manager

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Visualizing Epigenetics: A Review of Microscopy Techniques for Investigating Dna Methylation Patterns, Chromatin Structure, and Gene Expression. Microscopy and Microanalysis (2025)

epigeneticsgeneticsgene expressionmicroscopy techniqueschromatinnucleic acidschromatin structureepigenomicsgenome biologymolecular biologyepigenetic changes

Loss of Chloroplast Protease Sppa Function Alters High Light Acclimation Processes in Arabidopsis Thaliana L. (Heynh.). Journal of Experimental Botany (2009)

geneticsphototropinmolecular and cellular biologyphytochromebotanyplant physiologyplant sciencebiologycell and molecular biologyphotosynthesismolecular biologyarabidopsis thaliana l

The Beneficial Plant Growth-Promoting Association of Rhizobium Leguminosarum Bv. Trifolii With Rice Roots. Australian Journal of Plant Physiology (2001)

plant biologybotanyplant sciencerhizobium leguminosarum bvecologyrice roots

Short Root Mutant of Lotus Japonicus With a Dramatically Altered Symbiotic Phenotype. The Plant Journal (2000)

Judith WopereisEloisa PajueloFrank B. DazzoQunyi JiangPeter M. GresshoffFrans J. De BruijnJens StougaardKrzysztof Szczyglowski

plant biologyavian biologygeneticsshort root mutantsymbiotic phenotypebotanyplant scienceevolutionary biologyplant biotechnologyplant genetics

Short Root Mutant of Lotus Japonicus With a Dramatically Altered Symbiotic Phenotype.. (2000)

Unraveling the Infection Process in the Rhizobium-Legume Symbiosis by Microscopy. (2000)

F. B. DazzoJ. L. Wopereis

microbiologyvirologymicroscopyinfectious diseasesrhizobium-legume symbiosisinfection processecologysymbiosis

K. SzczyglowskiJ. WopereisF. B. DazzoF. J. deBruijn

Nodule Organogenesis and Symbiotic Mutants of the Model Legume Lotus Japonicus. Molecular Plant-Microbe Interactions (1998)

Krzysztof SzczyglowskiRobert S. ShawJudith WopereisSue CopelandDirk HamburgerBeth KasiborskiFrank B. DazzoFrans J. de Bruijn

Nodule Organogenesis and Symbiotic Mutants of the Model Legume Lotus Japonicus.. (1998)

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