Faculty

Institution

Unit

Venue

Eric Bennett

University of California, San Diego

Affiliations

Physical Sciences

Quantitative Biology

NoneEric Bennett is currently serving as a Physical Sciences faculty at University of California, San Diego.

Honors

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Experiences

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Education

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Eric Bennett

University of California, San Diego

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molecular biology cell biology genetics proteomics gene expression protein science structural biology systems biology cell signaling molecular and cellular biology membrane biology molecular cell biology rna biology cell regulation signal transduction enzymes mammalian biology plant physiology protein function ubiquitin-modified proteome genome biology biological chemistry plant science transcription regulation interactomics plant biology cellular biochemistry molecular regulation plant genetics plant molecular biology cellular biology gene regulation cellular physiology redox biology structural molecular biology plant biotechnology avian biology molecular physiology protein misfolding protein evolution biomolecular interactions protein transport cancer biology protein synthesis signaling pathways stress granules disease-specific diversity cellular responses microsporidia host-exposed proteins pan receptors caenorhabditis elegans molecular plant pathology nature rna processing plant ecology plant genomics sequence motif chronobiology epigenomics host specificity integrative biology molecular neurobiology amyotrophic lateral sclerosis viral pathogenesis brain science heme signaling neural science quantitative assessment protein interactions integrative mapping strategy human erad networks ubiquitin system global impairment ubiquitin-proteasome system systematic quantitative proteomics ribosomal ubiquitylation

Notable Scholarly Works

Notable Federal Grants

Collaborators

3055 – Enhancing Translation Fidelity Extends Hematopoietic Stem Cell Longevity. Experimental Hematology (2024)

Amanda (AJ) DanielsXuezhen GeMary Jean SunshineDaniela DreifkeMarilyn LeonardYasar KasuEric BennettRobert A.J. Signer

translation fidelitystem cellshematology

854 Protein Homeostasis Enables T Cell Differentiation Potential and Sustains Til Function in Cancer. Regular and Young Investigator Award Abstracts (2024)

Nicole ScharpingAllison CafferataAlexander MonellMaximilian HeegXuezhen GeMaria MatiasSydnye L ShuttleworthAntonise StewartBrian KossSamuel MyersEric BennettAnanda Goldrath

immunologycellular biologycell signalingprotein homeostasismolecular biologyt-regulatory cellcancer cellstumor microenvironmentcancer biologycellular differentiationtumor biologycell differentiation potentialcell biology

The Proteostasis Network is a Therapeutic Target in Acute Myeloid Leukemia. Blood (2024)

Kentson LamYoon Joon KimCarlo M. OngAndrea Z. LiuFanny Jiahua Jiahua ZhouBernadette A. ChuaSilvia VicenziPierce W. FordJie-Hua ZhouEric BennettLeslie A CrewsEdward D. BallRobert Signer

hematological malignanciesleukemiahematologyproteostasis networksystems biologymalignant blood disordersmedicinal researchacute myeloid leukemia

Ubiquitin-Dependent Translation Control Mechanisms: Degradation and Beyond. Cell Reports (2024)

Pierce W FordMythreyi NarasimhanEric J Bennett

cell signalingcell interactionsmolecular biologybiochemistrycell biology

Hapstr1 Localizes Huwe1 to the Nucleus to Limit Stress Signaling Pathways. Cell Reports (2023)

Julie K. MondaXuezhen GeMoritz HunkelerKatherine A. DonovanMichelle W. MaCyrus Y. JinMarilyn LeonardEric S. FischerEric J. Bennett

signaling pathwaysgene expressioncell signalinggeneticssignal transductioncell regulationneurosciencegene regulationcell biology

Hapstr1 Localizes Huwe1 to the Nucleus to Limit Stress Signaling Pathways_cal27_rnaseq_control. Zenodo (CERN European Organization for Nuclear Research) (2023)

Julie K MondaXuezhen GeMoritz HunkelerKatherine A DonovanMichelle W MaCyrus Y JinMarilyn LeonardEric S FischerEric J Bennett

signaling pathwaysgene expressionenzyme inhibitioncell signalinggeneticsmolecular neurosciencenuclear sciencemolecular biologysignal transductioncell regulationneurosciencegene regulation

Hematopoietic Stem Cells Preferentially Traffic Misfolded Proteins to Aggresomes and Depend on Aggrephagy to Maintain Protein Homeostasis. Cell stem cell (2023)

Bernadette A. ChuaConnor J. LennanMary Jean SunshineDaniela DreifkeAshu ChawlaEric J. BennettRobert A.J. Signer

immunologystem cell researchhematologyregenerative medicineprotein misfoldingprotein homeostasiscell biology

How Degrading! Trapped Translation Factors Get Trashed. Cell Reports (2023)

Pierce W. FordEric J. Bennett

translation factorscell biology

The Opaque1/Discordia2 Myosin XI is Required for Phragmoplast Guidance During Asymmetric Cell Division in Maize. The Plant Cell (2023)

Qiong NanHong LiangJanette MendozaLe LiuAmit FulzeleAmanda WrightEric J BennettCarolyn G RasmussenMichelle R Facette

phragmoplast guidanceplant biologyplant geneticsgeneticsasymmetric cell divisioncell divisionplant physiologydevelopmental biologyplant sciencebotanycell biology

3051 – Hematopoietic Stem Cells Depend on Autophagy to Maintain Protein Homeostasis. Experimental Hematology (2022)

Bernadette ChuaConnor LennanMary Jean SunshineAshu ChawlaEric BennettRobert Signer

protein homeostasisautophagyhematologycell biology

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Eric Bennett

University of California, San Diego

Affiliations

Physical Sciences

Quantitative Biology

NoneEric Bennett is currently serving as a Physical Sciences faculty at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Eric Bennett

University of California, San Diego

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

3055 – Enhancing Translation Fidelity Extends Hematopoietic Stem Cell Longevity. Experimental Hematology (2024)

Amanda (AJ) DanielsXuezhen GeMary Jean SunshineDaniela DreifkeMarilyn LeonardYasar KasuEric BennettRobert A.J. Signer

translation fidelitystem cellshematology

854 Protein Homeostasis Enables T Cell Differentiation Potential and Sustains Til Function in Cancer. Regular and Young Investigator Award Abstracts (2024)

Nicole ScharpingAllison CafferataAlexander MonellMaximilian HeegXuezhen GeMaria MatiasSydnye L ShuttleworthAntonise StewartBrian KossSamuel MyersEric BennettAnanda Goldrath

The Proteostasis Network is a Therapeutic Target in Acute Myeloid Leukemia. Blood (2024)

Kentson LamYoon Joon KimCarlo M. OngAndrea Z. LiuFanny Jiahua Jiahua ZhouBernadette A. ChuaSilvia VicenziPierce W. FordJie-Hua ZhouEric BennettLeslie A CrewsEdward D. BallRobert Signer

hematological malignanciesleukemiahematologyproteostasis networksystems biologymalignant blood disordersmedicinal researchacute myeloid leukemia

Ubiquitin-Dependent Translation Control Mechanisms: Degradation and Beyond. Cell Reports (2024)

Pierce W FordMythreyi NarasimhanEric J Bennett

cell signalingcell interactionsmolecular biologybiochemistrycell biology

Hapstr1 Localizes Huwe1 to the Nucleus to Limit Stress Signaling Pathways. Cell Reports (2023)

Julie K. MondaXuezhen GeMoritz HunkelerKatherine A. DonovanMichelle W. MaCyrus Y. JinMarilyn LeonardEric S. FischerEric J. Bennett

signaling pathwaysgene expressioncell signalinggeneticssignal transductioncell regulationneurosciencegene regulationcell biology

Hapstr1 Localizes Huwe1 to the Nucleus to Limit Stress Signaling Pathways_cal27_rnaseq_control. Zenodo (CERN European Organization for Nuclear Research) (2023)

Julie K MondaXuezhen GeMoritz HunkelerKatherine A DonovanMichelle W MaCyrus Y JinMarilyn LeonardEric S FischerEric J Bennett

signaling pathwaysgene expressionenzyme inhibitioncell signalinggeneticsmolecular neurosciencenuclear sciencemolecular biologysignal transductioncell regulationneurosciencegene regulation

Hematopoietic Stem Cells Preferentially Traffic Misfolded Proteins to Aggresomes and Depend on Aggrephagy to Maintain Protein Homeostasis. Cell stem cell (2023)

Bernadette A. ChuaConnor J. LennanMary Jean SunshineDaniela DreifkeAshu ChawlaEric J. BennettRobert A.J. Signer

immunologystem cell researchhematologyregenerative medicineprotein misfoldingprotein homeostasiscell biology

How Degrading! Trapped Translation Factors Get Trashed. Cell Reports (2023)

Pierce W. FordEric J. Bennett

translation factorscell biology

The Opaque1/Discordia2 Myosin XI is Required for Phragmoplast Guidance During Asymmetric Cell Division in Maize. The Plant Cell (2023)

Qiong NanHong LiangJanette MendozaLe LiuAmit FulzeleAmanda WrightEric J BennettCarolyn G RasmussenMichelle R Facette

phragmoplast guidanceplant biologyplant geneticsgeneticsasymmetric cell divisioncell divisionplant physiologydevelopmental biologyplant sciencebotanycell biology

3051 – Hematopoietic Stem Cells Depend on Autophagy to Maintain Protein Homeostasis. Experimental Hematology (2022)

Bernadette ChuaConnor LennanMary Jean SunshineAshu ChawlaEric BennettRobert Signer

protein homeostasisautophagyhematologycell biology

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protein modeling

biomolecular structure

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sustainable agriculture

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