Date of Award
College of Natural Science and Mathematics, Chemistry and Biochemistry
Brian W. Michel
Cedric S. Asensio
Michelle K. Knowles
Bryan J. Cowen
Cellular probe, Chemical biology, Detection, Ethylene, Organic chemistry
The structure of ethylene is simple, yet its biological effects are significant. When considering its role in biology it is almost exclusively regarded as a plant hormone. Research on ethylene from plants was progressed by several advancements in analytical instrumentation, from its discovery to elucidation of its signaling pathway. There is currently limited understanding of ethylene’s role in mammals, but evidence suggests that it may be a biomarker for oxidative stress! Additional tools and technology are crucial to study this surprising and important signaling role in mammals. Our group has developed molecular ethylene probes as a strategy to detect ethylene at the cellular level. The first chapter of this thesis will give a brief history of ethylene’s role in biology, methods of ethylene detection, and molecular approaches to detect ethylene. The second chapter will describe our work to develop organometallic probes tailored for applications in mammalian ethylene detection, specifically localization to membrane-rich regions to increase sensitivity.
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Morgan R. Brown
Received from ProQuest
Brown, Morgan R., "Lipophilic Probes for Cellular Ethylene Detection" (2022). Electronic Theses and Dissertations. 2031.