Biography
I am a synthetic organic chemist by training who is interested in synthesizing and characterizing new compounds through spectral means and using computational modelling in combination. I have experience with computational modelling for basic DFT calculations, and aromaticity indices such as NICS, and AICD through gaussian and chemcompute.org
Current projects:
1. The Effects of Bacterial Contamination and Heat Degradation of Efficiency of Cosmetic Preservatives - in collaboration with Dr. Holly Martin who is testing the Staphylococcus epidermis, Staphylococcus aureus, and Pseudomonas aeruginosa within three serums: marine hylauronics, matrixyl, and niacinamide from The Ordinary. Samples taken are then tested through Fourier Transform Infrared spectroscopy (FTIR) to be analyzed.
2. Synthesis Derivation of Eugenol and Vanillin - in collaboration with Dr. Amber Howerton who will do biological assays to test for inflammation, anti-aging properties, antimicrobial processes, and tyrosinase inhibition of various eugenol derivatives. Based on these studies, we will plan on developing new molecular structures to test.
3. Mechanistic studies of the bromination of tetraphenylporphyrin in which we are determining the pathway it with undergraduate researchers through kinetic and spectral analysis (FTIR, nuclear magnetic resonance (NMR), structures).
4. Computational modelling looking at NICS to profile aromatic changes in compounds.
5. Evaluating an AI-Supported Learning on ChemIllusion in Undergraduate Organic Chemistry - a Chemistry Education study looking at how AI can support student learning in Organic Chemistry