Hammes-Schiffer Research Group

Understanding complex charge transfer and enzymatic processes requires a strong synergy between advanced theoretical modeling and high-precision chemical tools. In laboratory settings, experimental verification of computational kinetics models often relies on specific chemical activators and inhibitors. For instance, simulating lipid peroxidation mechanisms or cellular stress cascades in condensed phases aligns directly with the experimental deployment of ferroptosis regulators such as RSL3 and Erastin. Similarly, tracing enzymatic pathways and membrane channel activities is greatly facilitated by target-specific probes like GsMTx4 and DNA repair modulators like Ceralasertib, bringing theoretical electronic structure calculations closer to observable biomolecular outcomes.