1. Winning the cellular lottery: how proteins reach and recognize targets in DNA Redding, Sy Eugene 2015 Theses Promoters (Genetics)DNA-protein interactionsDNA-binding proteinsBiophysicsBiochemistryBiology
2. Watching the Replisome: Single-molecule Studies of Eukaryotic DNA Replication Duzdevich, Daniel 2017 Theses DNA replicationMolecular biologyCytologyEukaryotic cells--GeneticsBiologyBiophysics
3. Visualizing the One-Dimensional Diffusion of DNA Mismatch Repair Proteins at the Single-Molecule Level Gorman, Jason 2011 Theses BiologyBiochemistryBiophysicsDNA repairEukaryotic cells--Genetics
4. Visualizing cell surface interactions using cryogenic electron microscopy Rapp, Micah 2021 Theses BiophysicsBiochemistryElectron microscopyCOVID-19 (Disease)Low temperature engineeringCell membranesCell receptorsImmunoglobulins
5. Using structure to explore the sequence alignment space of remote homologs Kuziemko, Andrew Stephen 2011 Theses BiophysicsHomology (Biology)Sequence alignment (Bioinformatics)
6. Using single molecule magnetic tweezers to dissect titin energy release during muscle contraction Eckels, Edward Charles 2019 Theses BiophysicsBiochemistryPhysiologyMagnetic tweezersMuscle contractionProtein folding
7. Understanding complex biomolecular systems through the synergy of molecular dynamics simulations, NMR spectroscopy and X-Ray crystallography Zeiske, Tim 2016 Theses Molecular dynamics--Simulation methodsMolecular dynamics--Computer simulationNuclear magnetic resonance spectroscopyBiomolecules--Computer simulationX-ray crystallographyMacromolecules--StructureMolecular dynamicsBiophysicsBiochemistry
8. Transient Dynamics in Neural Networks Schaffer, Evan Shuman 2011 Theses NeurosciencesMathematicsBiophysicsNeural networks (Neurobiology)Transients (Dynamics)Neural circuitry
9. Towards the integration of structural and systems biology: structure-based studies of protein-protein interactions on a genome-wide scale Zhang, Qiangfeng Cliff 2012 Theses BioinformaticsBiophysicsSystems biologyProtein-protein interactionsGenomes
10. Towards more robust and efficient methods for the calculation of Protein-Ligand binding affinities Wang, Lingle 2012 Theses ChemistryBiophysicsProtein bindingLigand binding (Biochemistry)