Faculty

Institution

Unit

Venue

James Forney

Adjunct Professor

Purdue University

Affiliations

College of Agriculture

Biochemistry

James Forney is currently serving as a Biochemistry Adjunct Professor at Purdue University.

Honors

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Experiences

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Education

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James Forney

Purdue University

Adjunct Professor

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genetics molecular biology molecular genetics gene expression genomics developmental biology genome biology developmental genetics cell biology molecular and cellular biology paramecium tetraurelia parasitology structural biology insect molecular biology protein genetics molecular evolution avian biology mammalian biology protein science leishmania mexicana tetrahymena thermophila cell and molecular biology biological chemistry molecular cell biology structural molecular biology parasite genomics cellular biology rna biology dna analysis transcription regulation molecular regulation gene regulation bacteriology dynein genes medicinal research molecular science biomolecular structure nucleic acids developmental science insect science insect biochemistry animal physiology genome analysis comparative genomics microarray data analysis gene expression profiling molecular research nematology medical genetics protein function structural genomics cancer genetics genetic analysis sequence analysis cellular regulatory mechanism embryonic development molecular microbiology microbial genetics cell regulation cell lineage antigen processing functional modification conformational studies lesion-derived amastigotes expression profiling axenic amastigotes procyclic promastigotes surface antigen expression non-mendelian mutations telomere addition mutant paramecia global gene expression surface proteins pilot project genome assembly developmental system cell fate determination cellular physiology developmental cell morphogenesis cellular differentiation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Localization of Cdc14 Isoforms to Ciliary Structures in Tetrahymena Thermophila. The FASEB Journal (2022)

Cody GoodeKedric MilhollandMark HallJames Forney

insect biochemistryfunctional modificationgene expressionciliary structuresprotein scienceanimal physiologyprotein structuregeneticsenzymesmorphology (biology)animal sciencemolecular biologyconformational studiesstructural biologyinsect molecular biologybiochemistry

The Stability and Localization of Tetrahymena Thermophila Ubc9 Mutants. The FASEB Journal (2020)

Kaylen MeeksJames Forney

gene expressiongeneticsbiologymolecular geneticsmolecular biologyinsect molecular biologypopulation genetics

Depletion of Ubc9 Causes Nuclear Defects During the Vegetative and Sexual Life Cycles in Tetrahymena Thermophila. Eukaryotic Cell (2015)

Qianyi YangAmjad M. NasirRobert S. CoyneJames D. Forney

tetrahymena thermophilasexual life cyclesbiologygeneticsnuclear defectsinsect molecular biologydevelopmental biologybotanyinsect science

Sumoylation is Developmentally Regulated and Required for Cell Pairing During Conjugation in Tetrahymena Thermophila. Eukaryotic Cell (2014)

Amjad M. NasirQianyi YangDouglas L. ChalkerJames D. Forney

tetrahymena thermophilaavian biologygeneticsmolecular regulationentomologydevelopmental biologyinsect molecular biologycell regulation

Highly Precise and Developmentally Programmed Genome Assembly in Paramecium Requires Ligase IV–Dependent End Joining. PLoS Genetics (2011)

Aurélie KapustaAtsushi MatsudaAntoine MarmignonMichael KuAude SilveEric MeyerJames D. ForneySophie MalinskyMireille Bétermier

genome assemblygeneticsdevelopmental geneticsdevelopmental biologygenetic engineeringbiological engineering

The Conjugation-Specific Die5 Protein is Required for Development of the Somatic Nucleus in Both Paramecium and Tetrahymena. Eukaryotic Cell (2010)

Atsushi MatsudaAnnie Wan-Yi ShiehDouglas L. ChalkerJames D. Forney

somatic nucleusprotein geneticsmammalian biologydevelopmental geneticsmorphogenesisdevelopmental biologyrna biologyevolutionary biologycell biology

Coordinate Regulation of a Family of Promastigote-Enriched Mrnas by the 3′Utr Pre Element in Leishmania Mexicana. Molecular and Biochemical Parasitology (2007)

Timothy R. HolzerKrishna K. MishraJonathan H. LeBowitzJames D. Forney

gene expressionleishmania mexicanaparasitologygeneticsmammalian biologymolecular biologyglobal healthparasite genomicscoordinate regulation

Global Gene Expression in Leishmania. International Journal for Parasitology (2007)

Gabriela Cohen-FreueTimothy R. HolzerJames D. ForneyW. Robert McMaster

parasitologybiologygeneticsinfectious diseasesglobal gene expression

Expression Profiling by Whole-Genome Interspecies Microarray Hybridization Reveals Differential Gene Expression in Procyclic Promastigotes, Lesion-Derived Amastigotes, and Axenic Amastigotes in Leishmania Mexicana. Molecular and Biochemical Parasitology (2006)

Timothy R. HolzerW.R. McMasterJames D. Forney

lesion-derived amastigotesparasitologygenome analysisbiological chemistrygenome biologyexpression profilingparasite genomicsprotein sciencecomparative genomicsbioinformaticsavian biologymicroarray data analysismammalian biologygenomicsaxenic amastigotesgene expressionleishmania mexicanasystems biologygeneticsgene expression profilingmolecular biologymolecular geneticsprocyclic promastigotes

The Sumo Pathway is Developmentally Regulated and Required for Programmed Dna Elimination in Paramecium Tetraurelia. Eukaryotic Cell (2006)

Atsushi MatsudaJames D. Forney

genome biologysumo pathwaygene expressiontranscription regulationprogrammed dna eliminationgeneticstranscription factorsdevelopmental geneticsmolecular regulationcellular regulatory mechanismmolecular geneticsdevelopmental biologygenetic engineeringepigeneticsgene regulationcell biology

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James Forney

Adjunct Professor

Purdue University

Affiliations

College of Agriculture

Biochemistry

James Forney is currently serving as a Biochemistry Adjunct Professor at Purdue 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

James Forney

Purdue University

Adjunct Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Localization of Cdc14 Isoforms to Ciliary Structures in Tetrahymena Thermophila. The FASEB Journal (2022)

Cody GoodeKedric MilhollandMark HallJames Forney

The Stability and Localization of Tetrahymena Thermophila Ubc9 Mutants. The FASEB Journal (2020)

Kaylen MeeksJames Forney

gene expressiongeneticsbiologymolecular geneticsmolecular biologyinsect molecular biologypopulation genetics

Depletion of Ubc9 Causes Nuclear Defects During the Vegetative and Sexual Life Cycles in Tetrahymena Thermophila. Eukaryotic Cell (2015)

Qianyi YangAmjad M. NasirRobert S. CoyneJames D. Forney

tetrahymena thermophilasexual life cyclesbiologygeneticsnuclear defectsinsect molecular biologydevelopmental biologybotanyinsect science

Sumoylation is Developmentally Regulated and Required for Cell Pairing During Conjugation in Tetrahymena Thermophila. Eukaryotic Cell (2014)

Amjad M. NasirQianyi YangDouglas L. ChalkerJames D. Forney

tetrahymena thermophilaavian biologygeneticsmolecular regulationentomologydevelopmental biologyinsect molecular biologycell regulation

Highly Precise and Developmentally Programmed Genome Assembly in Paramecium Requires Ligase IV–Dependent End Joining. PLoS Genetics (2011)

Aurélie KapustaAtsushi MatsudaAntoine MarmignonMichael KuAude SilveEric MeyerJames D. ForneySophie MalinskyMireille Bétermier

genome assemblygeneticsdevelopmental geneticsdevelopmental biologygenetic engineeringbiological engineering

The Conjugation-Specific Die5 Protein is Required for Development of the Somatic Nucleus in Both Paramecium and Tetrahymena. Eukaryotic Cell (2010)

Atsushi MatsudaAnnie Wan-Yi ShiehDouglas L. ChalkerJames D. Forney

somatic nucleusprotein geneticsmammalian biologydevelopmental geneticsmorphogenesisdevelopmental biologyrna biologyevolutionary biologycell biology

Coordinate Regulation of a Family of Promastigote-Enriched Mrnas by the 3′Utr Pre Element in Leishmania Mexicana. Molecular and Biochemical Parasitology (2007)

Timothy R. HolzerKrishna K. MishraJonathan H. LeBowitzJames D. Forney

gene expressionleishmania mexicanaparasitologygeneticsmammalian biologymolecular biologyglobal healthparasite genomicscoordinate regulation

Global Gene Expression in Leishmania. International Journal for Parasitology (2007)

Gabriela Cohen-FreueTimothy R. HolzerJames D. ForneyW. Robert McMaster

parasitologybiologygeneticsinfectious diseasesglobal gene expression

Timothy R. HolzerW.R. McMasterJames D. Forney

The Sumo Pathway is Developmentally Regulated and Required for Programmed Dna Elimination in Paramecium Tetraurelia. Eukaryotic Cell (2006)

Atsushi MatsudaJames D. Forney

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4
10 / page

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