Faculty

Institution

Unit

Venue

Nathan Derr

Assistant Professor

Smith College

Affiliations

Biological Sciences

Department Of Biochemistry

Department Of Biological Science, United States Of America

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department of Film and Media Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Nathan Derr is currently serving as a Biological Sciences Assistant Professor at Smith College.

Honors

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Experiences

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Education

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Nathan Derr

Smith College

Assistant Professor

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biophysics neuroscience molecular biology macromolecular machines cell biology proteomics structural biology molecular motors protein science protein copy number motor control structural molecular biology bioinformatics biotechnology nanotechnology human movement biofabrication biomolecules biomolecular structure molecular cell biology dna nanotechnology super-resolution imaging synthetic circuits single molecules microscopy methods processive motion synthetic uses quantitative super-resolution microscopy molecular science molecular informatics molecular structure carbon interface science biological macromolecules nanoparticle research coordination chemistry biomedical imaging biophysical review movement analysis motion analysis molecule-based materials molecular design molecular technology dna computing nanobiotechnology motor systems graphene-based nano-antennas graphene nanoribbons graphene nanomeshes single molecule biophysics light microscopy multi-protein assembly cell motility experimental biophysics motor protein programmable dna origami dna origami platform super resolution imaging-invariant calibration molecular circuit regenerator cytoskeletal systems re-engineered cytoskeletal motors cargo rigidity dynein ensembles individual motor pausing single-layer graphene substrates synthetic biology molecular machines

Notable Scholarly Works

Notable Federal Grants

Collaborators

In-Series vs. In-Parallel: The Role of Cargo-Motor Connectivity in Transport by Ensembles of Cytoskeletal Motor Proteins. Biophysical Journal (2023)

macromolecular machinesmolecular cell biologybiophysical reviewbiophysicscargo-motor connectivitycell motilitymolecular biologycellular physiologycytoskeletoncytoskeletal motor proteinsmolecular motors

Quantitative Super-Resolution Microscopy to Assess Adhesion of Neuronal Cells on Single-Layer Graphene Substrates. Membranes (2021)

single-layer graphene substratesgraphene-based nano-antennasbiophysicscarbonassess adhesionmicroscopyneuroscienceneuronsquantitative super-resolution microscopygraphenegraphene nanomeshesgraphene nanoribbonsinterface science

Investigating the Role of Cargo Shape and Motor Attachment Geometry in the Ensemble Motility of Teams of Cytoskeletal Motors Dynein and Kinesin. Biophysical Journal (2020)

Jingjie HuYang YangChenxiang LinNathan D. Derr

biophysicsmotor attachment geometryneurosciencekinematicscytoskeletal motorshuman movementcargo shapekinesiologyensemble motilitymotor controlbiomechanics

Production of Dynein and Kinesin Motor Ensembles on Dna Origami Nanostructures for Single Molecule Observation. Journal of Visualized Experiments (2019)

nanoparticle researchbiophysical chemistrymacromolecular machinessingle moleculesbiophysicssingle molecule observationbiomolecular engineeringsingle molecule biophysicsbiological macromoleculesdna origami nanostructuresmolecular motorsdna nanotechnologybiomoleculeskinesin motor ensemblesmolecular biophysics

Quantifying Protein Copy Number in Super Resolution Using an Imaging-Invariant Calibration. Biophysical Journal (2019)

Francesca Cella ZanacchiCarlo ManzoRaffaella MagrassiNathan D. DerrMelike Lakadamyali

super resolutionbiophysicsproteomicsprotein copy numberimaging-invariant calibration

Spherical Dna Origami as a Programmable Cargo Structure for Investigating the Emergent Motility of Dynein and Kinesin Ensembles. Biophysical Journal (2019)

J.J. HuJessica MorganYang YangChenxiang LinNathan D. Derr

membrane biologyspherical dna origamiemergent motilitybiophysicsstructural biologyneurosciencedevelopmental biologyprogrammable cargo structurekinesin ensemblesmolecular biophysics

Super-Resolution Microscopy as a Tool for Counting Proteins in a Sub-Cellular Environment. Biophysical Journal (2019)

biomolecular structurebiophysicssub-cellular environmentmicroscopymolecular biologymicroscopy methodssuper-resolution microscopybiological imagingprotein sciencesuper-resolution imaging

Quantitative Super-Resolution Microscopy Using Dna Origami. Biophysical Journal (2018)

Francesca Cella ZanacchiRaffaella MagrassiAlberto DiasproCarlo ManzoNathan D. DerrMelike Lakadamyali

dna origamibiologybiophysicsmicroscopyquantitative super-resolution microscopymolecular biologybiological imagingmolecular biophysics

A Dna Origami Platform for Quantifying Protein Copy Number in Super-Resolution. Nature Methods (2017)

Francesca Cella ZanacchiCarlo ManzoAngel S AlvarezNathan D DerrMaria F Garcia-ParajoMelike Lakadamyali

bioinformaticsgenomicsstructural biologyproteomicsmolecular biologydna origami platformprotein copy numbersuper-resolution imaging

A Molecular Circuit Regenerator to Implement Iterative Strand Displacement Operations. Angewandte Chemie International Edition (2017)

Nicole V. DelRossoSarah HewsLee SpectorNathan D. Derr

dna computingcomputational biologymolecular engineeringmolecular circuit regeneratorbiofabricationsynthetic circuitsmolecule-based materialsmolecular informaticsmolecular designmolecular structurebiomolecular engineeringbioelectronicsmolecular technologystructural molecular biologymolecular electronicsmolecular biologymolecular sciencesystems biologyregeneration (biology)

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Nathan Derr

Assistant Professor

Smith College

Affiliations

Biological Sciences

Department Of Biochemistry

Department Of Biological Science, United States Of America

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department of Film and Media Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Nathan Derr is currently serving as a Biological Sciences Assistant Professor at Smith College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nathan Derr

Smith College

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

In-Series vs. In-Parallel: The Role of Cargo-Motor Connectivity in Transport by Ensembles of Cytoskeletal Motor Proteins. Biophysical Journal (2023)

Quantitative Super-Resolution Microscopy to Assess Adhesion of Neuronal Cells on Single-Layer Graphene Substrates. Membranes (2021)

Investigating the Role of Cargo Shape and Motor Attachment Geometry in the Ensemble Motility of Teams of Cytoskeletal Motors Dynein and Kinesin. Biophysical Journal (2020)

Jingjie HuYang YangChenxiang LinNathan D. Derr

biophysicsmotor attachment geometryneurosciencekinematicscytoskeletal motorshuman movementcargo shapekinesiologyensemble motilitymotor controlbiomechanics

Production of Dynein and Kinesin Motor Ensembles on Dna Origami Nanostructures for Single Molecule Observation. Journal of Visualized Experiments (2019)

Quantifying Protein Copy Number in Super Resolution Using an Imaging-Invariant Calibration. Biophysical Journal (2019)

Francesca Cella ZanacchiCarlo ManzoRaffaella MagrassiNathan D. DerrMelike Lakadamyali

super resolutionbiophysicsproteomicsprotein copy numberimaging-invariant calibration

Spherical Dna Origami as a Programmable Cargo Structure for Investigating the Emergent Motility of Dynein and Kinesin Ensembles. Biophysical Journal (2019)

J.J. HuJessica MorganYang YangChenxiang LinNathan D. Derr

membrane biologyspherical dna origamiemergent motilitybiophysicsstructural biologyneurosciencedevelopmental biologyprogrammable cargo structurekinesin ensemblesmolecular biophysics

Super-Resolution Microscopy as a Tool for Counting Proteins in a Sub-Cellular Environment. Biophysical Journal (2019)

biomolecular structurebiophysicssub-cellular environmentmicroscopymolecular biologymicroscopy methodssuper-resolution microscopybiological imagingprotein sciencesuper-resolution imaging

Quantitative Super-Resolution Microscopy Using Dna Origami. Biophysical Journal (2018)

Francesca Cella ZanacchiRaffaella MagrassiAlberto DiasproCarlo ManzoNathan D. DerrMelike Lakadamyali

dna origamibiologybiophysicsmicroscopyquantitative super-resolution microscopymolecular biologybiological imagingmolecular biophysics

A Dna Origami Platform for Quantifying Protein Copy Number in Super-Resolution. Nature Methods (2017)

Francesca Cella ZanacchiCarlo ManzoAngel S AlvarezNathan D DerrMaria F Garcia-ParajoMelike Lakadamyali

bioinformaticsgenomicsstructural biologyproteomicsmolecular biologydna origami platformprotein copy numbersuper-resolution imaging

A Molecular Circuit Regenerator to Implement Iterative Strand Displacement Operations. Angewandte Chemie International Edition (2017)

Nicole V. DelRossoSarah HewsLee SpectorNathan D. Derr

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10 / page