Index Catalog // Emory Theses and Dissertations

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1. Overcoming Antibacterial Resistance through Synthesis of Small Molecules Targeting Efflux Mechanisms

Student Name:: Mahoney, Andrew
Date Uploaded:: 04/05/2023
Research Field:: Chemistry, Biochemistry and Chemistry, Organic
Department or Specialty:: Chemistry

2. Synthesis and Biological Investigation of Natural Product-Inspired Antimicrobial Compounds

Student Name:: Garrison, Michelle
Date Uploaded:: 04/12/2022
Research Field:: Chemistry, Organic
Department or Specialty:: Chemistry

3. Targeting Bacterial Tolerance and Resistance with Small Molecules

Student Name:: Cheng Jaramillo, Ana
Date Uploaded:: 03/18/2022
Research Field:: Chemistry, Organic
Department or Specialty:: Chemistry

4. Investigations of exo-Mode Oxacyclizations for the Synthesis of Cyclic Ethers

Student Name:: Setterholm, Noah Allen
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Organic
Department or Specialty:: Chemistry

5. Progress Toward the Total Synthesis of PM-toxin A And Future Development of Mild Lewis Acid Activated Alkynylation of Epoxides

Student Name:: Potter, Chandra
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Organic
Department or Specialty:: Chemistry

6. Utilization of a Michael Addition-Dipolar Cycloaddition Cascade Involving 2,3- bis(Phenylsulfonyl)butadiene for Alkaloid Synthesis

Student Name:: Flick, Andrew C
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Organic
Department or Specialty:: Chemistry

7. Chapter 1: The development of a model system for the B-ring of brevenal and methods for the formation of seven-membered rings. Chapter 2: Iterative alkyne-epoxide cross-couplings toward the total synthesis of PM toxin A. Chapter 3: The development of synthons for 1,3-dimethylallylation of aldehydes.

Student Name:: Stoltz, Kristen Layne
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Organic and Chemistry, General
Department or Specialty:: Chemistry

8. Developing Redox-Active Ligands That Incorporate Intramolecular Hydrogen Bonding: Novel Reactivity of High-Spin Co(II) Complexes

Student Name:: Leidy, Michelle
Date Uploaded:: 04/06/2018
Research Field:: Chemistry, Inorganic
Department or Specialty:: Chemistry