Faculty

Institution

Unit

Venue

Robert E. Cohen

Raymond A 1921 and Helen E St Laurent Professor Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Chemical Engineering

Robert E. Cohen is currently serving as a Chemical Engineering Raymond A 1921 and Helen E St Laurent Professor Emeritus at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Robert E. Cohen

Massachusetts Institute of Technology

Raymond A 1921 and Helen E St Laurent Professor Emeritus

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materials science polymer science nanotechnology mechanical engineering applied physics materials engineering surface science polymer engineering polymer technology nanomaterials advanced materials macromolecular science material research surface nanotechnology thin films biomedical engineering material chemistry polymer nanotechnology additive manufacturing nanoengineering interface science composite science thermal engineering polymer synthesis membrane science nanoparticle research tribology surface modification block copolymers nanostructure synthesis polymer blends layered materials surface characterization surface nanoengineering macromolecular chemistry nanobiotechnology block co-polymers polyelectrolyte multilayers mechanical science macromolecular architecture surface engineering surface processing thin film processing electronic materials polymer composites glassy polymers diblock copolymers condensed matter block copolymer films protein science nanostructured surfaces polymer stability supramolecular chemistry surface analysis layer-by-layer assembly dynamic mechanical properties gas permeability metal nanoclusters applied microbiology porous materials super-hydrophobic surfaces wetting nanometrology colloid chemistry metallic nanomaterials nanotribology trace elements nanomechanics surface chemistry structural color polyelectrolyte multilayer films microphase-separated diblock copolymers high-density polyethylene spherical microdomains diblock copolymer spatial organization

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 1733 Genetically Encoded Biosensor to Detect Histone Ubiquitination in Live Cells. Journal of Biological Chemistry (2024)

Claire LundstromCarolina dos Santos PassosRobert CohenTingting Yao

biosensorsgeneticsbiotechnologymolecular biologycytogeneticsepigeneticshuman geneticshistone ubiquitinationlive cellscell biology

Avidity-Based Biosensors for Ubiquitylated Pcna Reveal Choreography of Dna Damage Bypass. Science Advances (2023)

George YakoubYun-Seok ChoiRonald P. WongTina StrauchKezia J. AnnRobert E. CohenHelle D. Ulrich

dna damage bypassavidity-based biosensorsmolecular biologydna repairbioinformatics

Generation of Site-Specific Ubiquitinated Histones Through Chemical Ligation to Probe the Specificities of Histone Deubiquitinases. Frontiers in Epigenetics and Epigenomics (2023)

Nouf Omar AlAfaleqYun-Seok ChoiBoyko S. AtanassovRobert E. CohenTingting Yao

epigenomicssite-specific ubiquitinated histoneschemical ligationmolecular biologyepigeneticshistone deubiquitinases

Sting Induces Lubac-Mediated Synthesis of Linear Ubiquitin Chains to Stimulate Innate Immune Signaling. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Tara D. FischerEric N. BunkerPeng-Peng ZhuFrançois Le GuerrouéMahan HadjianEunice Dominguez-MartinFrancesco ScavoneRobert CohenTingting YaoYan WangAchim WernerRichard J. Youle

immunologypharmacologycell signalinglinear ubiquitin chainsmolecular biology

Laser Microirradiation and Real-Time Recruitment Assays Using an Engineered Biosensor. BIO-PROTOCOL (2022)

Carolina Dos Santos PassosRobert E CohenTingting Yao

biosensorsbiomedical engineeringbiomedical technologiesradiation oncologyanalytical biotechnologylaser sciencelaser microirradiationreal-time recruitment assaysbiological engineeringbioinstrumentationinstrumentationbioinformatics

Real-Time Deubiquitination Assays Using a Free Ubiquitin Sensor. Methods in molecular biology (2022)

Yun-Seok ChoiRobert E. Cohen

biosensorsmolecular biologyfree ubiquitin sensorreal-time deubiquitination assays

Branched Ubiquitin Chain Binding and Deubiquitination by Uch37 Facilitate Proteasome Clearance of Stress-Induced Inclusions. eLife (2021)

Aixin SongZachary HazlettDulith AbeykoonJeremy DortchAndrew DillonJustin CurtissSarah Bollinger MartinezChristopher P HillClinton YuLan HuangDavid FushmanRobert E CohenTingting Yao

proteomicspharmacologyelicitation techniquemolecular biologystress-induced inclusionsstructural biologyubiquitin chain bindingprotein sciencecell biology

Design of Genetically Encoded Sensors to Detect Nucleosome Ubiquitination in Live Cells. The Journal of Cell Biology (2021)

Carolina dos Santos PassosYun-Seok ChoiChristopher D. SnowTingting YaoRobert E. Cohen

biosensorsgene expressiongeneticsnucleosome ubiquitinationmolecular biologylive cellscell biology

Asphaltene Adsorption on Functionalized Solids. Langmuir (2020)

Henri-Louis GirardPhilippe BourrianneDayong ChenAditya JaishankarJessica L. VreelandRobert E. CohenKripa K. VaranasiGareth H. McKinley

materials sciencechemical engineeringmaterials engineeringadsorptionfunctionalized solidsasphaltene adsorption

Lubricant-Impregnated Surfaces for Mitigating Asphaltene Deposition. ACS Applied Materials & Interfaces (2020)

Henri-Louis GirardPhilippe BourrianneMohsen YeganehRobert E. CohenGareth H. McKinleyKripa K. Varanasi

materials sciencesurface sciencesurface engineeringmaterials engineeringasphaltene depositionlubricant-impregnated surfacesengineering

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Robert E. Cohen

Raymond A 1921 and Helen E St Laurent Professor Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Chemical Engineering

Robert E. Cohen is currently serving as a Chemical Engineering Raymond A 1921 and Helen E St Laurent Professor Emeritus at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert E. Cohen

Massachusetts Institute of Technology

Raymond A 1921 and Helen E St Laurent Professor Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 1733 Genetically Encoded Biosensor to Detect Histone Ubiquitination in Live Cells. Journal of Biological Chemistry (2024)

Claire LundstromCarolina dos Santos PassosRobert CohenTingting Yao

biosensorsgeneticsbiotechnologymolecular biologycytogeneticsepigeneticshuman geneticshistone ubiquitinationlive cellscell biology

Avidity-Based Biosensors for Ubiquitylated Pcna Reveal Choreography of Dna Damage Bypass. Science Advances (2023)

George YakoubYun-Seok ChoiRonald P. WongTina StrauchKezia J. AnnRobert E. CohenHelle D. Ulrich

dna damage bypassavidity-based biosensorsmolecular biologydna repairbioinformatics

Generation of Site-Specific Ubiquitinated Histones Through Chemical Ligation to Probe the Specificities of Histone Deubiquitinases. Frontiers in Epigenetics and Epigenomics (2023)

Nouf Omar AlAfaleqYun-Seok ChoiBoyko S. AtanassovRobert E. CohenTingting Yao

epigenomicssite-specific ubiquitinated histoneschemical ligationmolecular biologyepigeneticshistone deubiquitinases

Sting Induces Lubac-Mediated Synthesis of Linear Ubiquitin Chains to Stimulate Innate Immune Signaling. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Tara D. FischerEric N. BunkerPeng-Peng ZhuFrançois Le GuerrouéMahan HadjianEunice Dominguez-MartinFrancesco ScavoneRobert CohenTingting YaoYan WangAchim WernerRichard J. Youle

immunologypharmacologycell signalinglinear ubiquitin chainsmolecular biology

Laser Microirradiation and Real-Time Recruitment Assays Using an Engineered Biosensor. BIO-PROTOCOL (2022)

Carolina Dos Santos PassosRobert E CohenTingting Yao

Real-Time Deubiquitination Assays Using a Free Ubiquitin Sensor. Methods in molecular biology (2022)

Yun-Seok ChoiRobert E. Cohen

biosensorsmolecular biologyfree ubiquitin sensorreal-time deubiquitination assays

Branched Ubiquitin Chain Binding and Deubiquitination by Uch37 Facilitate Proteasome Clearance of Stress-Induced Inclusions. eLife (2021)

Aixin SongZachary HazlettDulith AbeykoonJeremy DortchAndrew DillonJustin CurtissSarah Bollinger MartinezChristopher P HillClinton YuLan HuangDavid FushmanRobert E CohenTingting Yao

proteomicspharmacologyelicitation techniquemolecular biologystress-induced inclusionsstructural biologyubiquitin chain bindingprotein sciencecell biology

Design of Genetically Encoded Sensors to Detect Nucleosome Ubiquitination in Live Cells. The Journal of Cell Biology (2021)

Carolina dos Santos PassosYun-Seok ChoiChristopher D. SnowTingting YaoRobert E. Cohen

biosensorsgene expressiongeneticsnucleosome ubiquitinationmolecular biologylive cellscell biology

Asphaltene Adsorption on Functionalized Solids. Langmuir (2020)

Henri-Louis GirardPhilippe BourrianneDayong ChenAditya JaishankarJessica L. VreelandRobert E. CohenKripa K. VaranasiGareth H. McKinley

materials sciencechemical engineeringmaterials engineeringadsorptionfunctionalized solidsasphaltene adsorption

Lubricant-Impregnated Surfaces for Mitigating Asphaltene Deposition. ACS Applied Materials & Interfaces (2020)

Henri-Louis GirardPhilippe BourrianneMohsen YeganehRobert E. CohenGareth H. McKinleyKripa K. Varanasi

materials sciencesurface sciencesurface engineeringmaterials engineeringasphaltene depositionlubricant-impregnated surfacesengineering

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10 / page

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Michael F. Rubner

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interface science

biosensor

Karen K. Gleason

Institution

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materials science

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Institution

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materials science

chemical engineering

Karen I. Winey

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nanostructured polymer

materials science

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University of Pennsylvania

dispersion science

colloidal material

Gareth McKinley

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materials science

applied physics

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responsive materials

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materials science

polymer science

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polymer science