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Addressing critical biological challenges involves applying core chemical concepts. Understanding biosynthetic routes, uncovering new natural compounds, and investigating enzymatic processes inform medical intervention approaches. Creating bioactive molecules through precise synthesis facilitates the production of innovative medicinal agents. Using microscopic and spectroscopic techniques to examine biological macromolecules yields crucial understanding of the structure-function dynamics that drive living systems. Developing novel probes, detection approaches, and diagnostic tools can generate essential resources for disease monitoring and therapy. Our Department's work in these fields is resulting in breakthroughs in pharmaceuticals, delivery systems, imaging compounds, and technologies for combating and diagnosing infections, cancers, metabolic disorders, and other health conditions.