Faculty

Institution

Unit

Venue

Thom LaBean

Professor

North Carolina State University

Affiliations

College of Engineering

Materials Science and Engineering

Thom Labean is currently serving as a College Of Engineering Professor at North Carolina State University.

Honors

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Experiences

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Education

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Thom LaBean

North Carolina State University

Professor

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nanotechnology dna nanotechnology biomolecular engineering materials science nanobiotechnology molecular biology biological engineering self-assembly nanomaterials nanoengineering bioinformatics genetic engineering rna biology nanostructure synthesis dna nanostructures nanomedicine advanced materials molecular self-assembly natural computing anticoagulants genome biology nucleic acids dna analysis surface nanotechnology plasmonics nanometrology self-assembled dna nanostructures dna origami dna templates dna aptamers dna lattices self-assembling dna nanostructures material research thrombosis medicinal research sequence assembly dna barcoding polymer nanotechnology molecular biotechnology pharmaceutical nanotechnology peptide engineering nanoscale science molecular design dna-templated self-assembly nucleation assembly nanoscale organization biological applications molecular assembly neuromorphic applications coordination chemistry computational intelligence chemical sciences protein science databases interface science additive manufacturing pharmacotherapy pharmaceutics health technology supramolecular assemblies nucleation dna computing nanorobotics fabrication techniques electron-beam lithography polymer technology surface-enhanced raman scattering evolutionary genetics self-organization computability theory bioinformatics database polymer engineering polymer synthesis protein arrays small-probe contact dots molecular goodness-of-fit protein design nanoreactor synthetic biology nanoparticle research

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Functional Rna-Origami as Direct Thrombin Inhibitor With Fast-Acting and Specific Single-Molecule Reversal Agents in Vivo Model. Molecular Therapy (2024)

Abhichart KrissanaprasitEmily MihalkoKatherine MeinholdAryssa SimpsonJennifer SollingerSanika PanditDaniel M DupontJørgen KjemsAshley C BrownThomas H LaBean

medicinal chemistryfunctional rna-origamimedicinepharmacologydirect thrombin inhibitorbiomedical engineeringthrombosisclinical therapeuticsvivo modeloncologymedicinal researchrna biology

Utilizing Multiscale Engineered Biomaterials to Examine Tgf‐β ‐Mediated Myofibroblastic Differentiation. Wound Repair and Regeneration (2024)

Aryssa SimpsonAbhichart KrissanaprasitDaniel ChesterCynthia KoehlerThomas H. LaBeanAshley C. Brown

dermatologybiomedical engineeringregenerative medicinetissue engineeringmyofibroblastic differentiationwound caredevelopmental biologytissue developmentwound healing

Production and Testing of Rna Origami Anticoagulants. Methods in molecular biology (2023)

Abhichart KrissanaprasitCarson KeyKristen FroehlichThomas H. LaBean

gene therapypharmacologyrna origami anticoagulantsmolecular biologyrna biology

Reminiscences From the Trenches: The Early Years of Dna Nanotech. Natural computing series (2023)

Thomas H. LaBean

dna nanotechnologynatural computingdna nanotechearly yearsnanotechnology

Dna Aerogels and Dna-Wrapped Cnt Aerogels for Neuromorphic Applications. Materials Today Bio (2022)

Mahshid HosseiniVahid RahmanianTahira PirzadaNikolay FrickAbhichart KrissanaprasitSaad A KhanThomas H LaBean

materials sciencedna nanotechnologymaterial researchmaterials engineeringbiomolecular engineeringadvanced materialsdna-wrapped cnt aerogelsdna aerogelsneuromorphic applicationsnanotechnology

Modeling and Characterization of Stochastic Resistive Switching in Single Ag2S Nanowires. Scientific Reports (2022)

Nikolay FrickMahshid HosseiniDamien GuilbaudMing GaoThomas H. LaBean

materials sciencenanoscale modelingmechanical engineeringstochastic resistive switchingnanomaterialsnanotechnologyoptoelectronicsengineering

Resistive Switching of Two-Dimensional Ag2S Nanowire Networks for Neuromorphic Applications. Journal of Vacuum Science & Technology B Nanotechnology and Microelectronics Materials Processing Measurement and Phenomena (2022)

Mahshid HosseiniNikolay FrickDamien GuilbaudMing GaoThomas H. LaBean

materials sciencemechanical engineeringvacuum deviceneuromorphic engineeringresistive switchingneuromorphic applicationsnanomaterialsapplied physicsnanotechnologynanowiresnanoengineering

Mechanical and Electrical Properties of Dna Hydrogel-Based Composites Containing Self-Assembled Three-Dimensional Nanocircuits. Applied Sciences (2021)

Ming GaoAbhichart KrissanaprasitAustin MilesLilian C. HsiaoThomas H. LaBean

materials scienceself-assembled three-dimensional nanocircuitsmechanical engineeringcomposite materialsdna hydrogel-based compositesadvanced materialsnanomaterialsapplied physicsnanotechnologycomposite science

Multivalent Aptamer‐Functionalized Single‐Strand Rna Origami as Effective, Target‐Specific Anticoagulants With Corresponding Reversal Agents. Advanced Healthcare Materials (2021)

Abhichart KrissanaprasitCarson M. KeyKristen FroehlichSahil PontulaEmily MihalkoDaniel M. DupontEbbe S. AndersenJørgen KjemsAshley C. BrownThomas H. LaBean

gene therapymedicinetranscriptomics technologypharmacologynanomedicineanticoagulantstarget-specific anticoagulantsreversal agentstherapeutic targetsdrug discoverydrug targetingmedicinal researchhealth scienceshealth technologymolecular medicine

Self-Assembling Nucleic Acid Nanostructures Functionalized With Aptamers. Chemical Reviews (2021)

Abhichart KrissanaprasitCarson M. KeySahil PontulaThomas H. LaBean

materials sciencechemical engineeringmolecular self-assemblychemical scienceschemistrynanotechnologynanostructure synthesisnucleic acids

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Thom LaBean

Professor

North Carolina State University

Affiliations

College of Engineering

Materials Science and Engineering

Thom Labean is currently serving as a College Of Engineering Professor at North Carolina State 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

Thom LaBean

North Carolina State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Functional Rna-Origami as Direct Thrombin Inhibitor With Fast-Acting and Specific Single-Molecule Reversal Agents in Vivo Model. Molecular Therapy (2024)

Abhichart KrissanaprasitEmily MihalkoKatherine MeinholdAryssa SimpsonJennifer SollingerSanika PanditDaniel M DupontJørgen KjemsAshley C BrownThomas H LaBean

medicinal chemistryfunctional rna-origamimedicinepharmacologydirect thrombin inhibitorbiomedical engineeringthrombosisclinical therapeuticsvivo modeloncologymedicinal researchrna biology

Utilizing Multiscale Engineered Biomaterials to Examine Tgf‐β ‐Mediated Myofibroblastic Differentiation. Wound Repair and Regeneration (2024)

Aryssa SimpsonAbhichart KrissanaprasitDaniel ChesterCynthia KoehlerThomas H. LaBeanAshley C. Brown

dermatologybiomedical engineeringregenerative medicinetissue engineeringmyofibroblastic differentiationwound caredevelopmental biologytissue developmentwound healing

Production and Testing of Rna Origami Anticoagulants. Methods in molecular biology (2023)

Abhichart KrissanaprasitCarson KeyKristen FroehlichThomas H. LaBean

gene therapypharmacologyrna origami anticoagulantsmolecular biologyrna biology

Reminiscences From the Trenches: The Early Years of Dna Nanotech. Natural computing series (2023)

Thomas H. LaBean

dna nanotechnologynatural computingdna nanotechearly yearsnanotechnology

Dna Aerogels and Dna-Wrapped Cnt Aerogels for Neuromorphic Applications. Materials Today Bio (2022)

Mahshid HosseiniVahid RahmanianTahira PirzadaNikolay FrickAbhichart KrissanaprasitSaad A KhanThomas H LaBean

materials sciencedna nanotechnologymaterial researchmaterials engineeringbiomolecular engineeringadvanced materialsdna-wrapped cnt aerogelsdna aerogelsneuromorphic applicationsnanotechnology

Modeling and Characterization of Stochastic Resistive Switching in Single Ag2S Nanowires. Scientific Reports (2022)

Nikolay FrickMahshid HosseiniDamien GuilbaudMing GaoThomas H. LaBean

materials sciencenanoscale modelingmechanical engineeringstochastic resistive switchingnanomaterialsnanotechnologyoptoelectronicsengineering

Mahshid HosseiniNikolay FrickDamien GuilbaudMing GaoThomas H. LaBean

materials sciencemechanical engineeringvacuum deviceneuromorphic engineeringresistive switchingneuromorphic applicationsnanomaterialsapplied physicsnanotechnologynanowiresnanoengineering

Mechanical and Electrical Properties of Dna Hydrogel-Based Composites Containing Self-Assembled Three-Dimensional Nanocircuits. Applied Sciences (2021)

Ming GaoAbhichart KrissanaprasitAustin MilesLilian C. HsiaoThomas H. LaBean

Multivalent Aptamer‐Functionalized Single‐Strand Rna Origami as Effective, Target‐Specific Anticoagulants With Corresponding Reversal Agents. Advanced Healthcare Materials (2021)

Abhichart KrissanaprasitCarson M. KeyKristen FroehlichSahil PontulaEmily MihalkoDaniel M. DupontEbbe S. AndersenJørgen KjemsAshley C. BrownThomas H. LaBean

Self-Assembling Nucleic Acid Nanostructures Functionalized With Aptamers. Chemical Reviews (2021)

Abhichart KrissanaprasitCarson M. KeySahil PontulaThomas H. LaBean

materials sciencechemical engineeringmolecular self-assemblychemical scienceschemistrynanotechnologynanostructure synthesisnucleic acids

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Similar Faculty Members

Yonggang Ke

Institution

Georgia Institute of Technology

nanomedicine

photomedicine

Candan Tamerler

Institution

University of Kansas

molecular biomimetics

bio-based nanomaterials

Jong Hyun Choi

Institution

Purdue University

thermodynamics

advanced materials

Mark Bathe

Institution

Massachusetts Institute of Technology

synthetic biology

biotechnology advance

Michael Heller

Institution

University of California, San Diego

nanoparticle

biosensor

Dipanjan Pan

Institution

Pennsylvania State University

nanoparticle

biosensor

Chengde Mao

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Purdue University

dna nanotechnology

nucleic acid

Jin-Woo Kim

Institution

University of Arkansas

bio-driven self-assembly

medical nanotheranostics

Richard Willson

Institution

University of Houston

biomolecular recognition

biomolecular analysis

Cyrus Safinya

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University of California, Santa Barbara