Dissertation title: "Determination of the Antigen Specificities of Alloreactive T Cells in Acute Cellular Rejection" Advisor: Dr. Brian Baker, Department of Chemistry & Biochemistry

Dissertation title: "Reconciling the Structure, Function, and Evolution of the SARS-COV-2 Spike Protein Through a Framework of Protein Folding Funnels" Advisor: Dr. Francis J. Castellino, Department of Chemistry & Biochemistry

"Crafting Chemical Keys to Unlock the Genome" Originally published at chemistry.nd.edu.

"Development of Experimental and Computational Approaches for Discovery in RNA Biology" Originally published at chemistry.nd.edu.

     Inorganic Seminar " Visualizing Reactive Intermediates:  Radical and High-valent Chemistry Across Biological and Synthetic Catalysis" Originally published at chemistry.nd.edu.

     CBBI "Blocc Chemistry: Imagine a World Where Anyone can Make Molecules" Originally published at chemistry.nd.edu.

    Reilly Lecture I "Molecular Determinants of Protein Electrostatics: Challenging the Paradigm" Originally published at chemistry.nd.edu.

Anna Nelson University of New Mexico 3:30 PM154 Hurley Hall Mathematical Modeling of Polymerization Processes in Physiology Polymerization, or aggregation, is essential for many physiological systems. For example, the emergence of a fibrin polymer mesh during the…

     Reilly Lecture  II "Engineering of pH Switch Proteins: From Principles to Practice" Originally published at chemistry.nd.edu.

The Notre Dame Sensor Initiative welcomes Jefferey M. Zaleski, who will address “Metal Mediated Diradical Generating Molecules and Materials: Applications to Biology and Catalysis.” Disease states resulting from metal-mediated…

Emma Zhang Emory University 3:30 PM117 Hayes-Healy CenterA tea will precede the event at 3:15 pm in 117 Hayes-Healy Center. Designing Randomized Experiments under Network Interference Network interference occurs when a unit’s outcome depends not only on its…

"Photogenerated Triplet Excitons for Photon Upconversion and Spin-polarization in QD-molecular Nanostructures" Abstract:  Semiconductor nanocrystals, or quantum dots (QDs), offer direct optical access to photogenerated triplet excited states for photon upconversion and spin-active excited states.…