Faculty

Institution

Unit

Venue

Paul Selvin

Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Physics

Physics

Paul Selvin is currently serving as a Physics Professor at Uiuc.

Honors

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Experiences

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Education

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Paul Selvin

UIUC

Professor

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biophysics molecular biology biological imaging fluorescence biomedical imaging molecular motors microscopy cytoskeleton cell biology molecular imaging molecular biophysics single-molecule detection novel imaging methods molecular cell biology biophysical review single molecule biophysics protein science cellular physiology biophysical chemistry cell motility cellular biochemistry single molecules experimental biophysics light microscopy neurotransmission luminescence super-resolution imaging biochemistry molecular physiology light science nucleic acids cell biophysics nanoparticle research macromolecular machines molecular science biomolecular structure biological macromolecules structural molecular biology photophysical properties intracellular trafficking biophysical modeling microscopy methods mechanotransduction biomedical photonics dna analysis excitation energy transfer phosphorescence coordination chemistry protein transport myosin vi myosin v nanometer accuracy luminescence property colloidal nanocrystals chemical probes dna sequencing actin filaments live neurons spatial resolution nanobiotechnology cell biomechanics fluorescence microscopy multiple kinesins altmetric attention score molecular biological method heterocycle chemistry synthetic chemistry crystal structures translational molecular imaging antenna molecule social media presence new applications ion channels luminescence energy transfer luminescent lanthanide chelates resonance energy transfer biomolecular engineering single molecule fluorescence optical trapping biological physics vibrational spectroscopy

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bps2025 - Insights Into Back-Steps, Rotations, and Cargo-Size Effects of Kinesin Motility With Minflux. Biophysical Journal (2025)

Devinda P. WijewardenaJoseph D. SlivkaKathleen M. TrybusAhmet YildizPaul R. Selvin

biophysicsbiological macromoleculescargo-size effectsbiophysical reviewmolecular biophysicsexperimental biophysicscytoskeletonmolecular motorsmolecular biologycell motilitykinesin motilitybiomechanics

Bps2025 - Stepping Dynamics of Dynein Characterized by Minflux. Biophysical Journal (2025)

Joseph SlivkaEmma GleaveDevinda P. WijewardenaJohn CantyPaul R. SelvinAndrew CarterAhmet Yildiz

biophysicsbiophysical reviewexperimental biophysicsmolecular structuremolecular models

Automatic Analysis of Dendritic Spines Incorporating Machine Learning on Widefield Fluorescent Images of Thick Brain Slices. Biophysical Journal (2024)

Jiahao ZhangRohit M. VaidyaYongjae LeeHee Jung ChungPaul R. Selvin

medical image computingneurologywidefield fluorescent imagesthick brain slicesbrain imagingneurosciencedendritic spinescomputational neuroscienceneuroimagingneuroimaging modalitybiomedical imagingbrain mapping

Automatic Dendritic Spine Segmentation in Widefield Fluorescence Images Reveal Synaptic Nanostructures Distribution With Super-Resolution Imaging. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Jiahao ZhangRohit VaidyaHee Jung ChungPaul R Selvin

biophysicsneurologymedical image computingmicroscopysuper-resolution imagingbiological imagingneurosciencespine sizespine segmentationwidefield fluorescence imagesnovel imaging methodsneuroimagingneuroimaging modalityspinal cordbiomedical imaging

Comparing Absolute Numbers of Glua1 and Glua2 in Hippocampal Neurons Through Qpaint. Biophysical Journal (2024)

Gloria W. LauMax WingaTimothy James TanRuipeng LeiHee Jung ChungNicholas C. WuPaul R. Selvin

physiologycellular neurobiologyneuronsneuroscienceneurophysiologyhippocampal neuronsabsolute numbers

Further Insights Into Kinesin Motility Using Minflux: A Super-Resolution Nanoscopic Method (Kinesin Motility: Characterizing the Half-Steps and Back-Steps). Biophysical Journal (2024)

Devinda P. WijewardenaBarun K. MaitySaurabh ShuklaKathleen M. TrybusPaul R. Selvin

biophysicsbiophysical aspectfurther insightsbiomoleculesbiophysical reviewsuper-resolution nanoscopic methodmolecular biophysicscytoskeletonmolecular motorskinesin motilitysingle molecule biophysicsbiomolecular engineering

Multi-Color Super-Resolution Imaging of Surface Ampar and Phosphotau Inside Dendritic Spines in Thick Brain Slice. Biophysical Journal (2024)

Yongjae LeeRohit M. VaidyaDuncan L. NallJiahao ZhangDonghan MaFang HuangShigeki KiyonakaItaru HamachiHee Jung ChungPaul R. Selvin

biophysicsbiological imagingbrain imagingsurface amparneurosciencethick brain sliceneuroradiologymulti-color super-resolution imagingneuroimagingneuroimaging modalitybiomedical imaging

Nanoscale Organization is Changed in Native, Surface Ampars by Mouse Brain Region and Tauopathy. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Rohit M VaidyaJiahao ZhangDuncan NallYongjae LeeEung Chang KimDonghan MaFang HuangHiroshi NonakaShigeki KiyonakaItaru HamachiHee Jung ChungPaul R Selvin

surface amparsneurologyneuroscience of agingneural circuitsmolecular neurodegenerationsuper-resolution imagingcellular neurobiologyneuronsneuroscienceneurodegenerative diseasesmouse brain regionneurophysiologyneurodynamicsmolecular neuroscienceneurotransmission

Observing Nanoscale Organization of Native, Cell-Surface Ampars in Mouse Brain Slices as a Function of Brain Region and Taupathy. Biophysical Journal (2024)

Rohit M. VaidyaDuncan L. NallJiahao ZhangYongjae LeeDonghan MaFang HuangShigeki KiyonakaItaru HamachiHee Jung ChungPaul R. Selvin

biophysicsbrain regionnanoscale organizationmolecular neurodegenerationneuroanatomycellular neurobiologyneuronscellular physiologyneurosciencemolecular neurobiologyneurophysiologymolecular neurosciencecell researchexperimental neuropathologymouse brain slices

Stepping Dynamics of Dynein Characterized by Minflux. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Joseph SlivkaEmma GleaveDevinda P WijewardenaJohn T CantyPaul R SelvinAndrew P CarterAhmet Yildiz

biophysicsdimeric motormacromolecular machinesprotein sciencecell biophysicsmolecular biophysicsexperimental biophysicscytoskeletonmolecular motorsmolecular cell biologymolecular biologybiological chemistrycell motilitydynein monomerbiophysical chemistrycellular biochemistryatp hydrolysis

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Paul Selvin

Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Physics

Physics

Paul Selvin is currently serving as a Physics Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul Selvin

UIUC

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bps2025 - Insights Into Back-Steps, Rotations, and Cargo-Size Effects of Kinesin Motility With Minflux. Biophysical Journal (2025)

Devinda P. WijewardenaJoseph D. SlivkaKathleen M. TrybusAhmet YildizPaul R. Selvin

Bps2025 - Stepping Dynamics of Dynein Characterized by Minflux. Biophysical Journal (2025)

Joseph SlivkaEmma GleaveDevinda P. WijewardenaJohn CantyPaul R. SelvinAndrew CarterAhmet Yildiz

biophysicsbiophysical reviewexperimental biophysicsmolecular structuremolecular models

Automatic Analysis of Dendritic Spines Incorporating Machine Learning on Widefield Fluorescent Images of Thick Brain Slices. Biophysical Journal (2024)

Jiahao ZhangRohit M. VaidyaYongjae LeeHee Jung ChungPaul R. Selvin

Automatic Dendritic Spine Segmentation in Widefield Fluorescence Images Reveal Synaptic Nanostructures Distribution With Super-Resolution Imaging. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Jiahao ZhangRohit VaidyaHee Jung ChungPaul R Selvin

Comparing Absolute Numbers of Glua1 and Glua2 in Hippocampal Neurons Through Qpaint. Biophysical Journal (2024)

Gloria W. LauMax WingaTimothy James TanRuipeng LeiHee Jung ChungNicholas C. WuPaul R. Selvin

physiologycellular neurobiologyneuronsneuroscienceneurophysiologyhippocampal neuronsabsolute numbers

Further Insights Into Kinesin Motility Using Minflux: A Super-Resolution Nanoscopic Method (Kinesin Motility: Characterizing the Half-Steps and Back-Steps). Biophysical Journal (2024)

Devinda P. WijewardenaBarun K. MaitySaurabh ShuklaKathleen M. TrybusPaul R. Selvin

Multi-Color Super-Resolution Imaging of Surface Ampar and Phosphotau Inside Dendritic Spines in Thick Brain Slice. Biophysical Journal (2024)

Yongjae LeeRohit M. VaidyaDuncan L. NallJiahao ZhangDonghan MaFang HuangShigeki KiyonakaItaru HamachiHee Jung ChungPaul R. Selvin

biophysicsbiological imagingbrain imagingsurface amparneurosciencethick brain sliceneuroradiologymulti-color super-resolution imagingneuroimagingneuroimaging modalitybiomedical imaging

Nanoscale Organization is Changed in Native, Surface Ampars by Mouse Brain Region and Tauopathy. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Rohit M VaidyaJiahao ZhangDuncan NallYongjae LeeEung Chang KimDonghan MaFang HuangHiroshi NonakaShigeki KiyonakaItaru HamachiHee Jung ChungPaul R Selvin

Observing Nanoscale Organization of Native, Cell-Surface Ampars in Mouse Brain Slices as a Function of Brain Region and Taupathy. Biophysical Journal (2024)

Rohit M. VaidyaDuncan L. NallJiahao ZhangYongjae LeeDonghan MaFang HuangShigeki KiyonakaItaru HamachiHee Jung ChungPaul R. Selvin

Stepping Dynamics of Dynein Characterized by Minflux. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Joseph SlivkaEmma GleaveDevinda P WijewardenaJohn T CantyPaul R SelvinAndrew P CarterAhmet Yildiz

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5
23
10 / page