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Research Interests:
Chemistry is ultimately about chemical reactions—developing them, understanding them, and using them to make interesting, useful molecules. Much of the activity in my research group is aimed at discovering new ways to make complex molecules, including designing unique strategies to certain families of natural products and developing broadly effective methods for chemical synthesis.
The targets for our synthesis studies are selected for their intricate structures as well as their potent biological activities. We strive to devise concise, stereocontrolled, and high yielding routes using strategies that examine interesting aspects of structure and reactivity. Among the targets that we have successfully synthesized are elisapterosin B, pederin, the welwitindolinones, and strychnine.
The targets that we are currently pursuing include compounds that display potent anticancer or antibiotic activities.
Chemistry is ultimately about chemical reactions—developing them, understanding them, and using them to make interesting, useful molecules. Much of the activity in my research group is aimed at discovering new ways to make complex molecules, including designing unique strategies to certain families of natural products and developing broadly effective methods for chemical synthesis.
The targets for our synthesis studies are selected for their intricate structures as well as their potent biological activities. We strive to devise concise, stereocontrolled, and high yielding routes using strategies that examine interesting aspects of structure and reactivity. Among the targets that we have successfully synthesized are elisapterosin B, pederin, the welwitindolinones, and strychnine.
The targets that we are currently pursuing include compounds that display potent anticancer or antibiotic activities.
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Journal of the American Chemical Societyno. 27 (2023): 14831-14838
Organic lettersno. 44 (2022): 8109-8114
Kyle J Cassaidy,Viresh H Rawal
Journal of the American Chemical Societyno. 29 (2021): 10872-10875
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