Hole-Burning Spectroscopy as a Probe of Nano-environments and Processes in Biomolecules: A Review von Wagie, Hannah E., Geissinger, Peter

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Development of a Quantum-Mechanical Analysis of Stark Effects of Porphyrins Employed as Sensors of Internal Electric Fields in Biological Systems von Wagie, Hannah E., Woehl, Jorg C., Geissinger, Peter

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A systematic, quantum-mechanical, finite-order approach for the quantitative determination of molecular internal electric fields in guest–host systems from Stark spectroscopy von Wagie, Hannah E., Woehl, Jӧrg C., Geissinger, Peter

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Single Molecule and Hole-Burning Spectroscopies for the Determination of Molecular Electric Fields in Proteins von Hu, Yi, Moran, Bradley, Wagie, Hannah, Woehl, Jorg, Geissinger, Peter

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Myoglobin: O2 or not O2襃 that is the question (LB90) von Bord, Evan, Laughlin, Robert, LeMense, Andrew, Marable, Chad, Mielke, Suzie, Poniewaz, Brett, Tuncel, Virginia, Wade, Gina, Weeden, Mike, Wisth, Ryan, Sampe, David, Wagie, Hannah, Geissinger, Peter

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Development of a Cryogenic Temperature Confocal Laser Scanning Microscope for Investigating Molecular Electric Fields von Moran, Bradley M., Hu, Yi, Wagie, Hannah E., Geissinger, Peter, Woehl, Jorg C.

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Porphyrins as Detectors of Internal Electric Field in Heme Proteins von Wagie, Hannah E., Moran, Bradley M., Prince, Barry J., Woehl, Jorg C., Geissinger, Peter

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