Margaret C. Etter Student Lecturer AwardEach Scientific Interest Group (SIG) and the Canadian Division have the opportunity to invite one student to receive an award and to present a lecture in one of the sessions organized by that SIG. Selections are based upon submitted abstracts and are independent of whether the student presenter originally requested an oral or poster presentation. Award winners are determined by the elected officers of the SIGs. Students who accept the invitation will receive a monetary award of $250, which is independent of any requests for support via the ACA Travel Awards. 2019 Margaret C. Etter Student Lecturer Award Winners
Sarah Barwell Using the anomalous scattering of iodide to elucidate the mechanism of anionic inhibition of PEPCK
Matthew Brown 3D printing crystallographic data for post-printing construction
Session: 2.1.2 Microcrystal Electron Diffraction Rebeccah Warmack Visualization of the core of a modified Amyloid-β polymorph with MicroED
Jorge A. Daiz Migrating the fast_dp software package for Python 2 and 3 compatibility
Session: 4.2.2 Structure Based Drug Design Peter Curran Hotspots API: A toolkit for the application of Fragment Hotspot Mapping to Structure Based Drug Discovery
Rebecca McClain Mechanistic insight of ABiQ2 (A = alkali metal, Q = S, Se) using panoramic synthesis towards synthesis-by-design
Rebecca Smaha Interconnected Signatures of Quantum Spin Liquid Physics Across the Barlowite Family of Quantum Magnets
Chia Hao Liu Explore the symmetry encoding in atomic pair distribution function (PDF) with convolutional neural network (CNN)
Oleg Mikhailovskii MD-assisted refinement of x-ray coordinates
Session: 3.1.3 Structural Biology Combining Solution SAS and High Resolution Methods (cryoEM, MX, NMR) Melissa S. Gildenberg Modeling conformationally flexible proteins with X-ray scattering and molecular simulations
R. Lee Ayscue Structural variability and luminescence color tuning in lanthanide-organic hybrid materials
Jonathan A. Clinger Cryo-trapping Crystal Studies of Photoreceptor PixJ Yield New Insights into its Photo-conversion Mechanism
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