Theses
Displaying 1 - 7 of 7
2020
A Single-Molecule Optical Trapping Assay: Measuring E. coli RecQ Helicase Motion Using Force-Activated DNA Substrates
Okoniewski S.R., A Single-Molecule Optical Trapping Assay: Measuring E. Coli Recq Helicase Motion Using Force-Activated Dna Substrates, University of Colorado Boulder, 2020.
2019
Improved Energy Landscape Reconstruction and Imaging of Nucleic and Amino Acids via Atomic Force Microscopy
Heenan P.R., Improved Energy Landscape Reconstruction And Imaging Of Nucleic And Amino Acids Via Atomic Force Microscopy, University of Colorado Boulder, 2019.
2018
Hidden Dynamics in the Unfolding of a Membrane Protein Revealed by Ultrafast Cantilevers
Siewny M., Hidden Dynamics In The Unfolding Of A Membrane Protein Revealed By Ultrafast Cantilevers, University of Colorado Boulder, 2018.
2013
Ultrastable Atomic Force Microscopy for Biophysics
Churnside A.B., Ultrastable Atomic Force Microscopy For Biophysics, University of Colorado Boulder, 2013.
2011
Human TATA-Binding Protein Interactions with DNA Characterized by Stabilized, Axial Optical Trapping
Carpenter A., Human Tata-Binding Protein Interactions With Dna Characterized By Stabilized, Axial Optical Trapping, University of Colorado Boulder, 2011.
Single-Molecule Investigations of Enzyme Dynamics: RecBCD Helicase Motion and glmSRibozyme Cleavage
Hosotani M., Single-Molecule Investigations Of Enzyme Dynamics: Recbcd Helicase Motion And Glmsribozyme Cleavage, University of Colorado Boulder, 2011.
2008
A Precision Optical Trapping Assay: Measuring The Conformational Dynamics of Single E. Coli RecBCD Helicases
Carter A.R., A Precision Optical Trapping Assay: Measuring The Conformational Dynamics Of Single E. Coli Recbcd Helicases, University of Colorado Boulder, 2008.