Selective killing of homologous recombination-deficient cancer cell lines by inhibitors of the RPA:RAD52 protein-protein interaction von Al-Mugotir, Mona, Lovelace, Jeffrey J, George, Joseph, Bessho, Mika, Pal, Dhananjaya, Struble, Lucas, Kolar, Carol, Rana, Sandeep, Natarajan, Amarnath, Bessho, Tadayoshi, Borgstahl, Gloria E O

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Perfect Crystals: microgravity capillary counterdiffusion crystallization of human manganese superoxide dismutase for neutron crystallography von Lutz, William E., Azadmanesh, Jahaun, Lovelace, Jeffrey J., Kolar, Carol, Coates, Leighton, Weiss, Kevin L., Borgstahl, Gloria E. O.

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A glimpse into the hidden world of the flexible C-terminal protein binding domains of human RAD52 von Struble, Lucas R., Lovelace, Jeffrey J., Borgstahl, Gloria E.O.

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Are the St John's wort Hyp‐1 superstructures different? von Lovelace, Jeffrey J., Borgstahl, Gloria E. O.

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The structure of caseinolytic protease subunit ClpP2 reveals a functional model of the caseinolytic protease system from Chlamydia trachomatis von Azadmanesh, Jahaun, Seleem, Mohamed A., Struble, Lucas, Wood, Nicholas A., Fisher, Derek J., Lovelace, Jeffrey J., Artigues, Antonio, Fenton, Aron W., Borgstahl, Gloria E.O., Ouellette, Scot P., Conda-Sheridan, Martin

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The use of orthogonal projection to visualize mosaic domains from topographic data collected on protein crystals von Lovelace, Jeffrey J., Borgstahl, Gloria E. O.

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Simulation of modulated protein crystal structure and diffraction data in a supercell and in superspace von Lovelace, Jeffrey J., Simone, Peter D., Petříček, Václav, Borgstahl, Gloria E. O.

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Advances in digital topography for characterizing imperfections in protein crystals von Pahl, Reinhard, Lovelace, Jeffrey J., Murphy, Cameron R., Bellamy, Henry D., Brister, Keith, Borgstahl, Gloria E. O.

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First results of digital topography applied to macromolecular crystals von Lovelace, Jeffrey J., Soares, Alexei S., Bellamy, Henry D., Sweet, Robert M., Snell, Edward H., Borgstahl, Gloria E. O.

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A Very Simple Spiking Neuron Model That Allows for Modeling of Large, Complex Systems von Lovelace, Jeffrey J., Cios, Krzysztof J.

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Processing incommensurately modulated protein diffraction data with Eval15 von Porta, Jason, Lovelace, Jeffrey J., Schreurs, Antoine M. M., Kroon-Batenburg, Loes M. J., Borgstahl, Gloria E. O.

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Protein crystals can be incommensurately modulated von Lovelace, Jeffrey J., Murphy, Cameron R., Daniels, Lee, Narayan, Kartik, Schutt, Clarence E., Lindberg, Uno, Svensson, Christer, Borgstahl, Gloria E. O.

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Simulation of modulated reflections von Lovelace, Jeffrey J., Winn, Martyn D., Borgstahl, Gloria E. O.

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Alternate realities: searching for the optimal supercell approximate for incommensurately modulated profilin:actin crystals von Lovelace, Jeffrey J., Schreurs, Antoine M. M., Kroon-Batenburg, Loes M. J., Borgstahl, Gloria E. O.

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Tracking reflections through cryogenic cooling with topography von Lovelace, Jeffrey J., Murphy, Cameron R., Pahl, Reinhard, Brister, Keith, Borgstahl, Gloria E. O.

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Ripple: a program to collect and analyze digital topographic sequences von Lovelace, Jeffrey J., Borgstahl, Gloria E. O.

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How to assign a (3+1)-dimensional superspace group to an incommensurately modulated biological macromolecular crystal von Borgstahl, Gloria E. O., Porta, Jason C., Lovelace, Jeffrey J.

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Hyper-restraints: improving supercell approximation refinements of an incommensurately modulated protein von Lovelace, Jeffrey J., Murshudov, Garib, Petříček, Václav, Borgstahl, Gloria E. O.

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Superspace collision: a higher-dimensional framework describes unexpected supercell refinement results von Lovelace, Jeffrey J., Petříček, Václav, Murshudov, Garib N., Borgstahl, Gloria E. O.

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Simulation of modulated reflections von Lovelace, Jeffrey J., Winn, Martyn D., Borgstahl, Gloria E. O.

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