Faculty

Institution

Unit

Venue

Timothy Bolger

Associate Professor

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Department of Biochemistry & Molecular Biology

Timothy Bolger is currently serving as a Biochemistry & Molecular Biology Associate Professor at University of Georgia.

Honors

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Experiences

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Education

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Timothy Bolger

University of Georgia

Associate Professor

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molecular biology rna biology genetics cell biology molecular and cellular biology enzymes gene expression tumor biology genome biology cancer genetics yeast stress granule assembly biochemistry cell and molecular biology molecular medicine genomics synthetic biology protein science medicinal research vascular biology cancer discovery structural molecular biology oncogenes cancer cells gene regulation transcription regulation molecular regulation protein expression cancer genomics medical genetics cytogenetics tumor heterogeneity disease progression non-coding rna histone deacetylase rna binding translation initiation translational response medulloblastoma-associated mutations cellular stress responses granule formation research tool cell stress medulloblastoma progression cellular stress translational control omics technologies fungal cell biology fungal developmental biology systems biology metabolic engineering fungal genetics fungal genomics cellular stresses microbial cell factory computational biology microbiology bioinformatics

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Role of the Rna Helicase Ddx3X in Medulloblastoma Progression. Biomolecules (2024)

Akanksha SwarupTimothy A. Bolger

rna biologygliomasgene expressioncarcinogenesistumor biologysystems biologynon-coding rnacancer discoverytumor microenvironmentdisease progressionvascular biologytumor heterogeneitymedulloblastoma progressionbiomolecular engineeringcancer cellsoncogenesstructural molecular biologymolecular biologycancer genetics

Saccharomyces Cerevisiae as a Research Tool for Rna ‐Mediated Human Disease. Wiley Interdisciplinary Reviews - RNA (2023)

Stephanie GastelumAllison F. MichaelTimothy A. Bolger

geneticsyeastgenomicsrna biologygenome biologymolecular biologyresearch tool

A Synthetic Genetic Array Screen for Interactions With the Rna Helicase Ded1 During Cell Stress in Budding Yeast. G3 Genes Genomes Genetics (2022)

Sara B CareyHannah M ListAshwin SibyPaolo GuerraTimothy A Bolger

developmental biologygeneticsyeastrna biologysynthetic biologycell stressmolecular biology

Translational Control by Helicases During Cellular Stress. Methods in enzymology on CD-ROM/Methods in enzymology (2022)

Sara B CareyTimothy A Bolger

cellular stresstranslational controlenzymesphysiology

CORRECTION: Fernandes Et Al. Stress Granule Assembly Can Facilitate but is Not Required for Tdp-43 Cytoplasmic Aggregation. Biomolecules 2020, 10, 1367. Biomolecules (2021)

Nikita FernandesLuke NeroShawn M. LyonsPavel IvanovTelsa M. MittelmeierTimothy A. BolgerJ. Ross Buchan

biomolecular engineeringneurosciencestress granule assemblymolecular biologystructural biology

Medulloblastoma-Associated Mutations in the Dead-Box Rna Helicase Ddx3X/Ded1 Cause Specific Defects in Translation. Journal of Biological Chemistry (2021)

Nicolette P. BrownAshley M. VergaraAlisha B. WhelanPaolo GuerraTimothy A. Bolger

cancer genomicstumor biologygeneticsmedicinecytogeneticsmedical geneticsrna biologygenome biologymolecular biologymedulloblastoma-associated mutationscancer geneticsmolecular medicinemedicinal research

The Rna Helicase Ded1 Regulates Translation and Granule Formation During Multiple Phases of Cellular Stress Responses. Molecular and Cellular Biology (2021)

Peyman P. AryanpurTelsa M. MittelmeierTimothy A. Bolger

molecular and cellular biologycell biologygranule formationcellular stress responsesrna biologymolecular biology

Stress Granule Assembly Can Facilitate but is Not Required for Tdp-43 Cytoplasmic Aggregation. Biomolecules (2020)

Nikita FernandesLuke NeroShawn LyonsPavel IvanovTelsa MittelmeierTimothy BolgerJ. Buchan

biophysicsstress granule assemblybiomolecular engineering

The Dead-Box Rna Helicase Ded1 Has a Role in the Translational Response to Torc1 Inhibition. Molecular Biology of the Cell (2019)

Peyman P. AryanpurDavid M. RennerEmily RodelaTelsa M. MittelmeierAaron ByrdTimothy A. Bolger

molecular biologytranslational responserna biologygene expression

Gle1 Regulates Rna Binding of the Dead-Box Helicase Ded1 in Its Complex Role in Translation Initiation. Molecular and Cellular Biology (2017)

Peyman P. AryanpurChelsea A. ReganJohn M. CollinsTelsa M. MittelmeierDavid M. RennerAshley M. VergaraNicolette P. BrownTimothy A. Bolger

geneticstranslation initiationmolecular and cellular biologycell biologyrna biologymolecular biologyrna binding

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Timothy Bolger

Associate Professor

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Department of Biochemistry & Molecular Biology

Timothy Bolger is currently serving as a Biochemistry & Molecular Biology Associate Professor at University of Georgia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Timothy Bolger

University of Georgia

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Role of the Rna Helicase Ddx3X in Medulloblastoma Progression. Biomolecules (2024)

Akanksha SwarupTimothy A. Bolger

Saccharomyces Cerevisiae as a Research Tool for Rna ‐Mediated Human Disease. Wiley Interdisciplinary Reviews - RNA (2023)

Stephanie GastelumAllison F. MichaelTimothy A. Bolger

geneticsyeastgenomicsrna biologygenome biologymolecular biologyresearch tool

A Synthetic Genetic Array Screen for Interactions With the Rna Helicase Ded1 During Cell Stress in Budding Yeast. G3 Genes Genomes Genetics (2022)

Sara B CareyHannah M ListAshwin SibyPaolo GuerraTimothy A Bolger

developmental biologygeneticsyeastrna biologysynthetic biologycell stressmolecular biology

Translational Control by Helicases During Cellular Stress. Methods in enzymology on CD-ROM/Methods in enzymology (2022)

Sara B CareyTimothy A Bolger

cellular stresstranslational controlenzymesphysiology

CORRECTION: Fernandes Et Al. Stress Granule Assembly Can Facilitate but is Not Required for Tdp-43 Cytoplasmic Aggregation. Biomolecules 2020, 10, 1367. Biomolecules (2021)

Nikita FernandesLuke NeroShawn M. LyonsPavel IvanovTelsa M. MittelmeierTimothy A. BolgerJ. Ross Buchan

biomolecular engineeringneurosciencestress granule assemblymolecular biologystructural biology

Medulloblastoma-Associated Mutations in the Dead-Box Rna Helicase Ddx3X/Ded1 Cause Specific Defects in Translation. Journal of Biological Chemistry (2021)

Nicolette P. BrownAshley M. VergaraAlisha B. WhelanPaolo GuerraTimothy A. Bolger

The Rna Helicase Ded1 Regulates Translation and Granule Formation During Multiple Phases of Cellular Stress Responses. Molecular and Cellular Biology (2021)

Peyman P. AryanpurTelsa M. MittelmeierTimothy A. Bolger

molecular and cellular biologycell biologygranule formationcellular stress responsesrna biologymolecular biology

Stress Granule Assembly Can Facilitate but is Not Required for Tdp-43 Cytoplasmic Aggregation. Biomolecules (2020)

Nikita FernandesLuke NeroShawn LyonsPavel IvanovTelsa MittelmeierTimothy BolgerJ. Buchan

biophysicsstress granule assemblybiomolecular engineering

The Dead-Box Rna Helicase Ded1 Has a Role in the Translational Response to Torc1 Inhibition. Molecular Biology of the Cell (2019)

Peyman P. AryanpurDavid M. RennerEmily RodelaTelsa M. MittelmeierAaron ByrdTimothy A. Bolger

molecular biologytranslational responserna biologygene expression

Gle1 Regulates Rna Binding of the Dead-Box Helicase Ded1 in Its Complex Role in Translation Initiation. Molecular and Cellular Biology (2017)

Peyman P. AryanpurChelsea A. ReganJohn M. CollinsTelsa M. MittelmeierDavid M. RennerAshley M. VergaraNicolette P. BrownTimothy A. Bolger

geneticstranslation initiationmolecular and cellular biologycell biologyrna biologymolecular biologyrna binding

1
2
10 / page

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David Garfinkel

Institution

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laboratory investigation

fungal diversity

Patrick Gibney

Institution

Cornell University

synthetic biology

biosystems

Lance Wells

Institution

University of Georgia

laboratory investigation

fungal genetics

Stefan Wuchty

Institution

University of Miami

molecular biology

systems biology

Susan L Forsburg

Institution

University of Southern California

dna replication

systems biology

Itai Yanai

Institution

New York University

molecular informatics

computational genomics

Jasper Rine

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University of California, Berkeley

epigenetic mechanisms

chromatin remodeling

Antonis Rokas

Institution

Vanderbilt University

fungal evolution

functional genomics

Jamie H. D. Cate

Institution

University of California, Berkeley

structural biology

molecular informatics

David J. J. Gresham

Institution

New York University

growth-rate regulation

molecular informatics