Faculty

Institution

Unit

Venue

Candice S. Klug

James S Hyde Professor of Biophysics; Director National Biomedical EPR Center; Vice Chair for Research in Biophysics

Medical College of Wisconsin

Affiliations

Center for Infectious Disease Research

Department of Biophysics

Graduate School

National Biomedical EPR Center

Candice S. Klug is currently serving as a Center For Infectious Disease Research James S Hyde Professor of Biophysics; Director National Biomedical EPR Center; Vice Chair for Research in Biophysics at Medical College of Wisconsin.

Honors

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Experiences

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Education

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Candice S. Klug

Medical College of Wisconsin

James S Hyde Professor of Biophysics; Director National Biomedical EPR Center; Vice Chair for Research in Biophysics

You can click a keyword to filter the displayed items

molecular biology protein science biochemistry structural biology biophysics protein structure structural molecular biology biomolecular structure biological chemistry neuroscience receptors molecular microbiology membrane biology enzymes bacteria protein transport electron paramagnetic resonance spectroscopy magnetic resonance conformational studies nuclear magnetic resonance receptor (biochemistry) site-directed spin labeling biomolecular interactions proteinlipid interaction epr spectroscopy protein nmr molecular cell biology non-visual arrestins biomolecules molecular structure nuclear magnetic resonance spectroscopy signaling pathways structure-function enzyme kinetics structural bioinformatics arrestin proteins peptide science lipid chemistry magnetic resonance spectroscopy carbohydrate-protein interactions site-directed spin maltose-binding protein visual arrestin few residues molecular physiology intracellular trafficking late binding molecular basis vision research differential interaction medicinal research molecular metabolism plo biology numerical simulations thermal engineering proteome research molecular spectroscopy single-cell analysis cell detection glycosylation lipoprotein metabolism signal recognition protein x-ray crystallography low-dimensional structures durability performance heat exchangers charge transport gas exchange process penology spin-labeled arrestin active phosphorhodopsin structural basis aminoarabinose transferase arnt visual arrestin oligomer nucleotide-binding domain closure direct interaction atp-binding cassette transporters paramagnetic resonance spectroscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

A High-Sensitivity Stopped-Flow Epr System to Monitor Millisecond Conformational Kinetics in Spin-Labeled Proteins. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Alexander M GarcesRichard R MettCandice S KlugJason W SidabrasMichael Lerch

biophysicsprotein sciencemillisecond conformational kineticsspin-labeled proteinsnuclear magnetic resonanceelectron paramagnetic resonance

A High‐Sensitivity Stopped‐Flow Epr System to Monitor Millisecond Conformational Kinetics in Spin‐Labeled Proteins. Protein Science (2025)

biophysicsbiomolecular analysisprotein structurebiological macromoleculesprotein chemistryprotein sciencebiomolecular structurebiochemistrymolecular biophysicsmillisecond conformational kineticsprotein nmrprotein engineeringmolecular biologymagnetic resonanceprotein foldingspin‐labeled proteinssingle molecule biophysicsbiophysical chemistry

Conformational Investigation of the Asymmetric Periplasmic Domains of E. Coli. (2025)

biophysicsbiological macromoleculesconformational investigationstructural molecular biologyconformational studiesprotein sciencebiomolecular structuremembrane proteinsbiomolecular structure predictionmicrobiologystructural bioinformaticsmolecular biologyprotein structurebiophysical chemistrystructural biology

Distinct Membrane Binding Properties of the Two Non-Visual Arrestins. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Thomas D. KilleenKatelyn TepperKyle W. MillerYasmin AydinYa ZhuoShuaitong ZhaoJason M. ConleyRachel TatCandice KlugAdriano MarcheseValerică RaicuQiuyan Chen

biophysicsmembrane systemsnon-visual arrestinsdistinct membranemembrane proteinsbiochemistrymembrane biologymembranesmolecular biology

Improved Epr Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biophysicsanalytical microsystemsepr sensitivitybiomedical analysisbiomedical circuitslab-on-a-chipbioanalysisbioelectronicsbiomedical engineeringdielectric resonatorslow-volume multi-channel cells

Improved Epr Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators.. bioRxiv (2025)

biophysicsanalytical microsystemsepr sensitivitybiomedical analysisbiomemsbiomedical circuitslab-on-a-chipbioanalysisbioelectronicsbiomedical engineeringdielectric resonatorslow-volume multi-channel cells

The Lptc Transmembrane Helix Undergoes a Rigid Body Movement Upon Lptb. Protein Sci (2025)

biophysicsstructural molecular biologylptc transmembrane helixrigid body movementmacromolecular machinesprotein sciencebiomolecular structuremembrane proteinsmolecular biophysicsmembrane biologyprotein transportmolecular biologybiophysical chemistry

The Lptc Transmembrane Helix Undergoes a Rigid Body Movement Upon Lptb 2 Fg Cavity Collapse. Protein Science (2025)

biophysicsbiophysical aspectbiological macromoleculesmembrane systemsstructural molecular biologyrigid body movementmacromolecular machinesprotein sciencebiomolecular structurebiophysical reviewmembrane proteinsmolecular biophysicsexperimental biophysicsmembrane biologymolecular biologybiophysical modelingprotein foldingbiophysical chemistry

Fgc Using Sdsl Cw Epr Spectroscopy.. Appl Magn Reson (2024)

spectrochemical analysisspectroscopyanalytical atomic spectrometrymolecular biologynuclear magnetic resonanceatomic spectroscopyelectron paramagnetic resonance

Residues Within the Lptc Transmembrane Helix Are Critical for Escherichia Coli Lptb. Protein Sci (2024)

lptc transmembrane helixprotein sciencebiomolecular structuremolecular microbiologystructural biologymembrane proteinsescherichia coli lptbprotein assemblymolecular biologyprotein structurestructural molecular biologybiomolecular engineering

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Candice S. Klug

James S Hyde Professor of Biophysics; Director National Biomedical EPR Center; Vice Chair for Research in Biophysics

Medical College of Wisconsin

Affiliations

Center for Infectious Disease Research

Department of Biophysics

Graduate School

National Biomedical EPR Center

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Candice S. Klug

Medical College of Wisconsin

James S Hyde Professor of Biophysics; Director National Biomedical EPR Center; Vice Chair for Research in Biophysics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A High-Sensitivity Stopped-Flow Epr System to Monitor Millisecond Conformational Kinetics in Spin-Labeled Proteins. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Alexander M GarcesRichard R MettCandice S KlugJason W SidabrasMichael Lerch

biophysicsprotein sciencemillisecond conformational kineticsspin-labeled proteinsnuclear magnetic resonanceelectron paramagnetic resonance

A High‐Sensitivity Stopped‐Flow Epr System to Monitor Millisecond Conformational Kinetics in Spin‐Labeled Proteins. Protein Science (2025)

Conformational Investigation of the Asymmetric Periplasmic Domains of E. Coli. (2025)

Distinct Membrane Binding Properties of the Two Non-Visual Arrestins. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Thomas D. KilleenKatelyn TepperKyle W. MillerYasmin AydinYa ZhuoShuaitong ZhaoJason M. ConleyRachel TatCandice KlugAdriano MarcheseValerică RaicuQiuyan Chen

biophysicsmembrane systemsnon-visual arrestinsdistinct membranemembrane proteinsbiochemistrymembrane biologymembranesmolecular biology

Improved Epr Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biophysicsanalytical microsystemsepr sensitivitybiomedical analysisbiomedical circuitslab-on-a-chipbioanalysisbioelectronicsbiomedical engineeringdielectric resonatorslow-volume multi-channel cells

Improved Epr Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators.. bioRxiv (2025)

The Lptc Transmembrane Helix Undergoes a Rigid Body Movement Upon Lptb. Protein Sci (2025)

The Lptc Transmembrane Helix Undergoes a Rigid Body Movement Upon Lptb 2 Fg Cavity Collapse. Protein Science (2025)

Fgc Using Sdsl Cw Epr Spectroscopy.. Appl Magn Reson (2024)

spectrochemical analysisspectroscopyanalytical atomic spectrometrymolecular biologynuclear magnetic resonanceatomic spectroscopyelectron paramagnetic resonance

Residues Within the Lptc Transmembrane Helix Are Critical for Escherichia Coli Lptb. Protein Sci (2024)

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