About Hailey
Hailey was born and raised in Columbus, OH as a proud Buckeye fan and earned a degree in Chemistry from The Ohio State University, effectively solidifying her status as a Buckeye for life. Her passion for organic chemistry led to her undergraduate work of synthesizing libraries of quinone methide precursors (QMPs) for SAR study toward the discovery of a novel therapeutic to treat organophosphorus intoxication. Her undergraduate work in medicinal chemistry inspired her to pursue a PhD in organic chemistry at UChicago, co-advised by Professor Aaron Esser-Kahn and Professor Scott Snyder. You can often find her listening to audiobooks or jamming out to alt. rock music while in lab.
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In her spare time, she enjoys spending time with her friends and cats, discovering new restaurants all around the city, and baking new things that may or may not be edible. She relishes in spending warm sunny days at the point with her friends and a good playlist while in the winter months you can find her under the nearest blanket.
Education
Bachelor of Arts, Chemistry, The Ohio State University, 2023
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Thesis: The Synthesis and Screening of Phenol-Substituted Quinone Methide Precursors as Novel Therapeutics for Organophosphorus Intoxication
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Advisors: Professor Christopher Hadad and Professor Christopher Callam
Favorite Quote
“I have not failed. I’ve just found 10,000 ways that won’t work.”
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-Thomas Edison
Scientific Hero
Gertrude Elion - A Nobel laureate. Elion’s “rational drug design” led to effective treatments for leukemia and many other illnesses.
Favorite Paper
The Total Synthesis of Penicillin V
J. Am. Chem. Soc. 1957, 79, 1262–1263
The first total synthesis of Penicillin
If you could be a piece of lab equipment, what would you be?
NMR – loves organic small molecules, prefers visuals over written details, and needs to be calibrated (preferably with caffeine in my case) to function properly
Hailey's Research
Hailey’s previous work in medicinal chemistry led to her current interdisciplinary project where she is investigating the biological mechanism of action of myricetin-induced trained immunity via the synthesis and biological evaluation of myricetin analogs.