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PARTICIPANT Last Name |
KEYWORDS | DESCRIPTION | |
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Timothee Chauvire Postdoctoral Scholar Cornell University Ithaca, New York Select a Country Website |
EPR Techniques: cw EPR, pulse EPR, time-resolved EPR Research Areas: energy materials, inorganic semiconductors, instrumentation / methods development, organic radicals, soluble proteins |
I began a postdoctoral fellowship in the ACERT laboratory in Jack Freed's group and I actually work on different projects: |
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Jessica Clayton Graduate Student Physics University of California, Santa Barbara Santa Barbara, CA Select a Country |
EPR Techniques: cw EPR, high-field EPR Research Areas: instrumentation / methods development, lanthanides, membrane proteins |
My research interests include instrumentation and methods development for high-field EPR at 240 GHz, with a focus on application of Gd(III) based spin labels for structure studies of membrane proteins. |
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George Cutsail Principal Investigator Max Planck Institute for Chemical Energy Conversion Muelheim an der Ruhr, NRW Germany Website |
EPR Techniques: cw EPR, ENDOR, ESEEM / HYSCORE, pulse EPR, rapid-freeze quench, spectroelectrochemistry Cryoreduction Research Areas: catalysis, energy materials, enzymes, membrane proteins, organic radicals, soluble proteins, transition metals main-group radicals |
My research interests lie in the advanced EPR spectroscopic characterization of inorganic and bioinorganic systems and their role in fundamental chemical energy reactions. |
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Thierry Dubroca Postdoctoral Scholar EMR National High Magnetic Field Laboratory Tallahassee, Florida United States Website |
EPR Techniques: cw EPR, DNP, high-field EPR Research Areas: instrumentation / methods development |
My research activities focus on the instrumental development of high field DNP. Field of 14T and above. Magic Angle Spinning and Overhauser DNP. |
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Eduardus C. Duin Principal Investigator Chemistry and Biochemistry Auburn University Auburn, AL Select a Country Website |
EPR Techniques: cw EPR, rapid-freeze quench Research Areas: catalysis, enzymes |
EPR spectroscopy is essential for the understanding of reaction mechanism of metalloenzymes. It is important to promote this technique and open up my lab to anybody that needs access to this technique. |
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Keith Alton Earle Principal Investigator Physics University at Albany (SUNY) Albany, NY United States Website |
EPR Techniques: special resonators Research Areas: nitroxides |
My research interests focus on instrumentation development for high field EPR with specific applications in nitroxide spectroscopy. My theoretical work forcuses on generalizations of the Stochastic Liouville Equation for high field and the non-linear response regime. |
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Gareth R. Eaton Principal Investigator Chemistry and Biochemistry University of Denver Denver, Colorado Select a Country |
EPR Techniques: cw EPR, DEER / PELDOR, EPR oxymetry, ESEEM / HYSCORE, imaging, pulse EPR, rapid-scan EPR, special resonators Research Areas: defect centers, diagnostics / imaging, education, instrumentation / methods development, lanthanides, nitroxides, organic radicals, transition metals |
The Eaton group develops new electron paramagnetic resonance (EPR) methods and instrumentation to address significant biochemical and chemical problems. A major current emphasis is on EPR methods to improve sensitivity and solve biomedical problems. The conventional approach to detection of signals from unpaired electrons detected only a small fraction of the intensity on each slow pass through the spectrum. By scanning much faster and changing the detection hardware we have achieved dramatic |
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Sandra Eaton Principal Investigator Chemistry & Biochemistry University of Denver Denver, Colorado Select a Country Website |
EPR Techniques: imaging, pulse EPR, rapid-scan EPR, special resonators Research Areas: education, enzymes, nitroxides |
The Eaton group develops new electron paramagnetic resonance (EPR) methods and instrumentation to address significant biochemical and chemical problems. A major current emphasis is on EPR methods to improve sensitivity and solve biomedical problems. The conventional approach to detection of signals from unpaired electrons detected only a small fraction of the intensity on each slow pass through the spectrum. By scanning much faster and changing the detection hardware we have achieved dramatic |
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Thomas Edwards Graduate Student Department of Chemistry University of Washington Seattle, Washington Select a Country Website |
EPR Techniques: DEER / PELDOR, EPR theory and simulation, pulse EPR Research Areas: instrumentation / methods development, nitroxides, soluble proteins Statistical Analysis, Scientific Computing, Data Visualization |
I work in the Stoll Lab at UW developing computational tools to quantify uncertainty in DEER spectroscopy. I am interested in finding robust methods to maximize the utility of spectroscopic data in the realm of structural biophysics. |
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Boris Epel Principal Investigator Radiation and Cellular Oncology University of Chicago CHICAGO, IL United States Website |
EPR Techniques: imaging Research Areas: diagnostics / imaging |
I am doing research in EPR imaging of oxygen and other physiologic parameters in the area of cancer research and tissue engeneering |
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Livia Batista Lopes Escobar Principal Investigator National High Magnetic Field Laboratory Florida State University Tallahassee, Florida Select a Country |
EPR Techniques: cw EPR Research Areas: single-molecule magnets |
I am learning how to perform and interpret |
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Gregory P. Eyer Graduate Student Chemistry/Materials University of Wisconsin-Madison Madison, Wisconsin Select a Country Website |
EPR Techniques: cw EPR, EPR theory and simulation, ESEEM / HYSCORE, pulse EPR Research Areas: energy materials, nitroxides, organic radicals, organic semiconductors |
I currently use CW and Pulsed EPR techniques to study the fundamental physics and chemistry of organic stable radicals and organic chromophores which contain an intrinsic spin 1/2 state, as well as determine how these materials affect organic electronic device operation. |
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Gail Fanucci Principal Investigator Chemistry University of Florida Gainesville, Florida Select a Country Website |
EPR Techniques: cw EPR, DEER / PELDOR, DNP, EPR theory and simulation, high-field EPR Research Areas: enzymes, membrane proteins, nitroxides, nucleic acids, soluble proteins membrane biophysics |
Our research focuses on the application of biophysical magnetic resonance techniques such as site-directed spin labeling (SDSL) EPR spectroscopy, as well as NMR and more recently ODNP spectroscopy, to study macromolecular flexibility and conformational changes related to the proper biological function or pathology of macromolecules. Areas of interest encompass proteins and biomembranes, and more recently our efforts are extending to large RNAs and novel stimuli-responsive polymers. |
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Paola Staff Scientist Core Facilities Istituto Superiore di Sanità Rome, Italy |
EPR Techniques: other Research Areas: |
In my institute we have just merged together all the EPR spectrometers in one single Core Facilities for collaborative projects and service. It's a stimulating challenge and we hope it will work! |
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Allie Feinberg Undergraduate Student Department of Chemistry and Biochemistry University of Denver Denver, CO Select a Country |
EPR Techniques: rapid-scan EPR Research Areas: education, instrumentation / methods development |
I'm a fourth-year undergraduate at the University of Denver working on EPR method development in the Eaton group. We are currently working on publishing an undergraduate physical chemistry lab written specifically for Bruker's "e-scan" table top spectrometer. The lab utilizes Fenton chemistry to teach students EPR techniques, data analysis, and spectrum simulation. |
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Benjamin M Fortman Graduate Student Univ of Southern California Los Angeles, California Select a Country |
EPR Techniques: cw EPR, DEER / PELDOR, ESEEM / HYSCORE, in-cell EPR, microresonators, ODMR Research Areas: defect centers |
I began working in single sided nuclear magnetic resonance in my undergraduate work at William and Mary. I'm currently working on improving and developing NV-based sensing techniques that bring the power of magnetic resonance to the nanoscale. |
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Jack H. Freed Principal Investigator Dept. of Chemistry and Chemical Biology Cornell University Ithaca, New York Select a Country Website |
EPR Techniques: DEER / PELDOR, EPR microscopy, EPR theory and simulation, high-field EPR, microresonators, pulse EPR DQC-ESR, spin labeling, 2D-ELDOR Research Areas: enzymes, instrumentation / methods development, membrane proteins, nucleic acids, soluble proteins protein complexes, membranes, molecular dynamics |
I am PI of ACERT, which has high-power very sensitive spectrometers for 4- and 5-pulse DEER, DQC, and other pulse sequences in the Ku and Q band range, plus X/Ku and W band 2D-ELDOR for liquid state dynamics, and high-field 95, 170, and 240 GHz for multi-frequency studies of dynamics. We develop new software for dynamics and structural studies and denoising methods for processing data. Our lab is available for spin labeling and sample preparation. We welcome new researchers and users. |
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Gary J. Gerfen, Ph.D. Principal Investigator Physiology and Biophysics Albert Einstein College of Medicine Bronx, New York Select a Country Website |
EPR Techniques: cw EPR, DEER / PELDOR, ENDOR, ESEEM / HYSCORE, high-field EPR, rapid-freeze quench Research Areas: catalysis, enzymes, membrane proteins, nitroxides, soluble proteins, transition metals |
Our lab's focus is on structure/function studies of enzymes using a variety of EPR techniques, with an emphasis on reactive intermediates. We investigate enzymes which utilize amino acid based radicals for catalysis (radical enzymes) as well as systems which lack endogenous paramagnetic species (through the use of spin-labels). Our efforts in instrumentation development are primarily in the areas of high frequency EPR and rapid freeze quench technology. |
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Shreya Ghosh Graduate Student Chemistry University of Pittsburgh Pittsburgh, Pennsylvania Select a Country |
EPR Techniques: cw EPR, DEER / PELDOR, ESEEM / HYSCORE, pulse EPR Research Areas: enzymes, nucleic acids, soluble proteins, transition metals |
I am a Graduate student at the University of Pittsburgh (Saxena Group), pursuing my PhD in Chemistry. My area of expertise is Biophysical Chemistry. I am working on site-specific copper-spin labeling in proteins and DNA to study their structural and conformational dynamics as they interact with each other. I am also working on computational aspects to picture these interactions theoretically. |
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Steffen Glaser Principal Investigator Chemistry TU Muenchen Garching, Germany Website |
EPR Techniques: other pulse sequence development, optimal control theory Research Areas: optimal control of spin dynamics, pulse methods |
General goals of my research group are the development of novel theory and experimental pulse techniques in magnetic resonance, with applications in NMR, MRI, EPR, DNP and quantum information processing. My group is part of the Bavarian NMR Center in Munich with NMR instruments currently ranging from 250 to 900 MHz. |
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Samuel M Greer Graduate Student Florida State University tallahassee, Florida Select a Country Website |
EPR Techniques: cw EPR, EPR theory and simulation, high-field EPR Research Areas: transition metals |
I am a graduate student at Florida State University where I work at the National High Magnetic Field Laboratory. I am interested in using high field EPR to gain insight into the electronic structure of transition metals. |
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Igor Gromov Professional EPR Bruker Biospin Rheinstetten, Baden-Wurtemberg Select a Country Website |
EPR Techniques: cw EPR, DEER / PELDOR, DNP, ENDOR, EPR theory and simulation, ESEEM / HYSCORE, high-field EPR, pulse EPR, rapid-scan EPR, special resonators, THz EPR, time-resolved EPR Research Areas: instrumentation / methods development |
I' interested in the architecture of research EPR spectrometers. |
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Ellen C Hayes Graduate Student Chemistry Univ Washington Seattle Seattle, Washington Select a Country |
EPR Techniques: cw EPR, ENDOR, ESEEM / HYSCORE Research Areas: enzymes, nucleic acids, organic radicals, transition metals |
I am interested in using EPR to study biological electron transfer and redox reactions in enzyme and model systems. I hope the SharedEPR network will promote connections with researchers who have expertise that can help me achieve my research goals. As a senior student, I hope to learn about career advancement opportunities and open research positions. |
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Stephen Hill Principal Investigator Physics Florida State University & MagLab Tallahassee, Florida Select a Country Website |
EPR Techniques: cw EPR, DEER / PELDOR, DNP, EPR theory and simulation, high-field EPR, pulse EPR, special resonators, THz EPR, time-resolved EPR Research Areas: instrumentation / methods development, lanthanides, organic radicals, single-molecule magnets, transition metals |
Expert in magneto-optical spectroscopy in high magnetic fields, spanning the range from 9 GHz to 6 THz, using a wide array of measurement techniques (conductivity, EPR, etc.). Current research interests include: studies of quantum phenomena in molecular magnets and correlated electron systems; structure property relationships in polynuclear transition metal complexes; and the development of high-field EPR and DNP methods. Hill currently serves as Director of the MagLab EPR User Program. |
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Eric Hustedt Principal Investigator Molecular Physiology and Biophysics Vanderbilt University Nashville, TN United States Website |
EPR Techniques: cw EPR, DEER / PELDOR Research Areas: membrane proteins, soluble proteins |
Currently I am focusing on the development of software tools for the analysis of DEER data using a model-based approach. |