Faculty

Institution

Unit

Venue

Benjamin Glick

Professor of Molecular Genetics and Cell Biology

University of Chicago

Affiliations

Biological Sciences Division

Genetics, Genomics, and Systems Biology, Committee on

Medicine, Pritzker School of

Pritzker School of Medicine

Molecular Genetics and Cell Biology

Molecular Genetics and Cell Biology, Department of

Physical Sciences Division

Benjamin Glick is currently serving as a Biological Sciences Division Professor of Molecular Genetics and Cell Biology at University of Chicago.

Honors

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Experiences

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Education

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Benjamin Glick

University of Chicago

Professor of Molecular Genetics and Cell Biology

You can click a keyword to filter the displayed items

molecular biology cell biology membrane biology structural biology genetics biology yeast protein science gene expression cellular biology protein transport molecular and cellular biology microscopy mitochondrial function fluorescence biotechnology genomics redox biology molecular cell biology protein secretion protein import cellular physiology secretory pathway molecular regulation golgi stack yeast mitochondria golgi apparatus endoplasmic reticulum whole-cell labeling molecular physiology bioenergetics cell regulation membrane transport pichia pastoris golgi cisternae mitochondrial protein import golgi inheritance transitional er sites developmental science developmental cell mammalian biology matrix biology applied microbiology genome biology cellular biochemistry molecular sorting gene vector microbial physiology traffic management molecular biotechnology vesicular transport golgi structure transport vesicles transitional er organization mitochondrial intermembrane space biochemical sciences structural molecular biology microbial cell factory protein purification fungal biology bioassay-guided isolation biological oceanography marine ecology cell lineage gene regulation cell-matrix interactions plant genomics reference genome microbial genetics cytogenetics embryonic development cellular enzymology tissue imaging endocrine research renal function comparative endocrinology intracellular trafficking systems biology er exit sites cell and molecular biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Editor's Evaluation: Distinct Trafficking Routes of Polarized and Non-Polarized Membrane Cargoes in Aspergillus Nidulans. (2024)

Benjamin S Glick

membrane biologymicrobiologybiomolecular engineeringmembrane characterizationvascular biologymembranesintracellular traffickingaspergillus nidulansmicrobial pathogenesismembrane transportintrinsic impuritytransport phenomenanon-polarized membrane cargoesmycotoxin researchenzyme inhibitionmolecular biologymembrane proteinsmembrane sciencebiomoleculescell trafficking

Elife Assessment: Identification of Erad-Dependent Degrons for the Endoplasmic Reticulum Lumen. (2024)

Benjamin S Glick

endoplasmic reticulum lumenerad-dependent degronselife assessment

Elife Assessment: S-Acylation of Nlrp3 Provides a Nigericin Sensitive Gating Mechanism That Controls Access to the Golgi. (2024)

Benjamin S Glick

molecular biologyelife assessmentbiochemistry

Elife Assessment: The Exocyst Complex Controls Multiple Events in the Pathway of Regulated Exocytosis. (2024)

Benjamin S Glick

cell biologyregulated exocytosismultiple eventsexocyst complex

Yellow and Oxidation-Resistant Derivatives of a Monomeric Superfolder Gfp. Molecular Biology of the Cell (2024)

Fernando M. ValbuenaAdam H. KrahnSherzod A. TokamovAnnie C. GreeneRichard G. FehonBenjamin S. Glick

materials sciencemonomeric superfolder gfpoxidation-resistant derivativesoxidation resistancesurface science

Decision Letter: The Uso1 Globular Head Interacts With Snares to Maintain Viability Even in the Absence of the Coiled-Coil Domain. (2023)

Benjamin S GlickGiulia Zanetti

nanotechnologycoiled-coil domainbiophysicsdecision lettercell biology

Reviewer #2 (Public Review): Identification of Erad-Dependent Degrons for the Endoplasmic Reticulum Lumen. (2023)

Benjamin Glick

geneticsendoplasmic reticulum lumenerad-dependent degronspublic review

Decision Letter: Structure of the Hops Tethering Complex, a Lysosomal Membrane Fusion Machinery. (2022)

Benjamin S Glick

structural biologymolecular biologymembranesmembrane biology

Editorial Overview: Membranes in Perpetual Motion. Current Opinion in Cell Biology (2022)

Benjamin S. GlickChiara Zurzolo

biologymembrane biologyeditorial overviewmembranescell biologyperpetual motioncellular biologyphysiology

Editor's Evaluation: High-Resolution Secretory Timeline From Vesicle Formation at the Golgi to Fusion at the Plasma Membrane in S. Cerevisiae. (2022)

Benjamin S Glick

vesicle formationmembrane biologyplasma membranemolecular biologycell biologyhigh-resolution secretory timelinesecretory pathway

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Benjamin Glick

Professor of Molecular Genetics and Cell Biology

University of Chicago

Affiliations

Biological Sciences Division

Genetics, Genomics, and Systems Biology, Committee on

Medicine, Pritzker School of

Pritzker School of Medicine

Molecular Genetics and Cell Biology

Molecular Genetics and Cell Biology, Department of

Physical Sciences Division

Benjamin Glick is currently serving as a Biological Sciences Division Professor of Molecular Genetics and Cell Biology at University of Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Benjamin Glick

University of Chicago

Professor of Molecular Genetics and Cell Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Editor's Evaluation: Distinct Trafficking Routes of Polarized and Non-Polarized Membrane Cargoes in Aspergillus Nidulans. (2024)

Benjamin S Glick

Elife Assessment: Identification of Erad-Dependent Degrons for the Endoplasmic Reticulum Lumen. (2024)

Benjamin S Glick

endoplasmic reticulum lumenerad-dependent degronselife assessment

Elife Assessment: S-Acylation of Nlrp3 Provides a Nigericin Sensitive Gating Mechanism That Controls Access to the Golgi. (2024)

Benjamin S Glick

molecular biologyelife assessmentbiochemistry

Elife Assessment: The Exocyst Complex Controls Multiple Events in the Pathway of Regulated Exocytosis. (2024)

Benjamin S Glick

cell biologyregulated exocytosismultiple eventsexocyst complex

Yellow and Oxidation-Resistant Derivatives of a Monomeric Superfolder Gfp. Molecular Biology of the Cell (2024)

Fernando M. ValbuenaAdam H. KrahnSherzod A. TokamovAnnie C. GreeneRichard G. FehonBenjamin S. Glick

materials sciencemonomeric superfolder gfpoxidation-resistant derivativesoxidation resistancesurface science

Decision Letter: The Uso1 Globular Head Interacts With Snares to Maintain Viability Even in the Absence of the Coiled-Coil Domain. (2023)

Benjamin S GlickGiulia Zanetti

nanotechnologycoiled-coil domainbiophysicsdecision lettercell biology

Reviewer #2 (Public Review): Identification of Erad-Dependent Degrons for the Endoplasmic Reticulum Lumen. (2023)

Benjamin Glick

geneticsendoplasmic reticulum lumenerad-dependent degronspublic review

Decision Letter: Structure of the Hops Tethering Complex, a Lysosomal Membrane Fusion Machinery. (2022)

Benjamin S Glick

structural biologymolecular biologymembranesmembrane biology

Editorial Overview: Membranes in Perpetual Motion. Current Opinion in Cell Biology (2022)

Benjamin S. GlickChiara Zurzolo

biologymembrane biologyeditorial overviewmembranescell biologyperpetual motioncellular biologyphysiology

Editor's Evaluation: High-Resolution Secretory Timeline From Vesicle Formation at the Golgi to Fusion at the Plasma Membrane in S. Cerevisiae. (2022)

Benjamin S Glick

vesicle formationmembrane biologyplasma membranemolecular biologycell biologyhigh-resolution secretory timelinesecretory pathway

1
2
3
4
5
15
10 / page

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biophysics

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neurovirology

infectious diseases

David W. Piston

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endocrinology

metabolism

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phosphoinositide-dependent signaling

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bioinformatics

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membrane protein

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