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Chemical Approaches to Elucidate Novel Facets of Nucleic Acid Metabolism and Signaling
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Part I: Measles virus entry into cells and the inhibition offusion and replicationPart II: The nature of cyclostreptin's interaction withmicrotubules
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Investigation of C-H Bond Oxidation Reactions: I. Asymmetric
Amination of C-H Bonds Using Ruthenium(II) Catalysts II.
Investigation of Structural Determinants of Monoamine Oxidase B
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Carolacton and Honokiol: using natural product inspiration to target the oral microbiome
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Harnessing the Dual Nature of Peptide Nucleic Acids
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Design and Synthesis of New Liver Receptor Homolog-1 Modulators and Probes
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The Iterative Design of Aptamer-Functionalized Membranes to Enable Detection, Sequestration, and Recovery of Small-Molecule Compounds
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Leveraging Chemical Tools to Target Bacterial Membranes and Combat Antimicrobial Resistance
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Development of Chemical Methods for Labeling Monomethyl Lysine Post-Translational Modification and Serine and their Applications.
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Developing Chemical Tools for Selective Peptide Modification
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Chemo and Site Selective Modification of Proteins and Chemical Tools for Studying Mono-Methyl Lysine (Kme)
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Overcoming Antibacterial Resistance through Synthesis of Small Molecules Targeting Efflux Mechanisms
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DNA mechanocapsules: Force responsive tetrahedral DNA nanostructures with modular cargo delivery for targeting mechanical phenotypes of diseases
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