Synthesis of Novel Chiral Phosphorothioic Acid Organocatalysts and Application to Synthetic Methodology
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Much research efforts have been centered towards the synthesis of novel Bronsted acid catalysts. These organocatalyst enable synthesis of natural products, pharmaceuticals, and bioactive small molecules under toxic-metal-free conditions by donating their protons, while not being consumed in the reaction. Chiral phosphorothioic acid have significant potential as novel organocatalysts due to their high modifiability of chirality and acidity under environmentally friendly conditions; however, synthesis of these organocatalysts are far and in between. Therefore, our research aimed to i) synthesize novel phosphorothioic acid organocatalysts and ii) to apply these novel catalysts toward new methodology development.
Las Vegas (Nev.)
University of Nevada, Las Vegas
Catalysis and Reaction Engineering | Pharmacology, Toxicology and Environmental Health
Azaei, Parsa, "Synthesis of Novel Chiral Phosphorothioic Acid Organocatalysts and Application to Synthetic Methodology" (2022). Undergraduate Research Symposium Posters. 118.
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Catalysis and Reaction Engineering Commons, Pharmacology, Toxicology and Environmental Health Commons
Faculty Mentor: Jun Yong Kang