CBBI "Type of Molecular Glue for Targeted mRNA Degradation:  RNA Splicing Modulator" Originally published at chemistry.nd.edu.

     SPECIAL SEMINAR PLEASE NOTE TIME "TBA" Originally published at chemistry.nd.edu.

"Amidines as Amide Surrogates:  Unlocking New Opportunities in Peptide Chemistry " Abstract:   Amidines are almost entirely unstudied as surrogates for the native amide bond within the peptide backbone. Yet, the growing demand for bioactive peptides to treat disease compels the development…

     CBBI "Decoding RNA Structure, Dynamics, and Recognition through Chemical Probing" Originally published at chemistry.nd.edu.

      Physical/Analytical Seminar "Physics-guided Protein Engineering: Platform and Applications" Abstract: My group seeks to redefine protein engineering by anchoring it in molecular-level physical principles. We are developing Mutexa, a physics-informed artificial…

Dissertation title: "The Cellular and Molecular Mechanisms Regulating Somatosensory Nerve Regeneration" Advisor: Dr. Cody Smith, Department of Biological Sciences

     CBBI "Core Assembly of the Clostridioides Difficile Germinosome" Originally published at chemistry.nd.edu.

 Please Note Day and Time          Physical/Analytical Seminar "Advancing Biomedical Research by Capillary Electrophoresis-mass Spectrometry-based Multi-level Proteomics" Abstract:  Diseases are typically caused by cellular processes going awry, which are controlled…

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.…

         Biochemistry Seminar (Please Note Time and Location) "Structural Insights on Mechanisms Governing Cellular Machinery, Viral Processes and Therapeutic Drugs" Originally published at chemistry.nd.edu.

Dissertation title: "The Effect of Low-dose IL-2 Treatment on an Innate Immune-Mediated Model of Colitis & Standardization of Scoring Colitis Severity in Mouse Models" Advisor: Dr. David Boone, Department of Biological Sciences

     CBBI Symposium "A Pharmacokinetic Strategy to Combat the Ultra-potent Opioids" 8:00 - 3:00 p.m. in the Lower-level Atrium. Originally published at chemistry.nd.edu.