| Name | Topic | Title |
|---|---|---|
| Mr. Yusuf Muhammed | Analytical Chemistry | Developing nanopipettes with ion current and potentiometry response for applications in topography and pH measurement in single adenocarcinoma cells |
| Mr. Atul Chaudhary | Inorganic Chemistry | Metal olefin carbonyl complexes as organometallic precursors for focused electron beam-induced deposition |
| Yudan Chen | Physical Chemistry | Investigating Li microstructure formation in solid electrolytes using NMR and MRI |
| Mr. Michael Lynn | Computational Chemistry | Density Functional Theory (DFT) Study on Bulk Properties of Transition Metal Nitrides |
| Mr. Enzo Petracco | Physical Chemistry | Development of an in-situ NMR approach to identify lead compounds and map their binding epitopes with GPCRs in native cell membranes |
| Emily Qingqing Peng | Physical Chemistry | NMR characterization of the C-terminal domain of the Streptococcus mutans adhesin P1. |
| Mr. Ernesto Arcia | Biochemistry / Chem Bio. | Protein Evolution using Antibiotic Resistance as a System. |
| Prof. Robert Silvers | Physical Chemistry | Structure and Function of Human La-Related Protein 1 |
| Prof. Randy Larsen | Inorganic Chemistry | Photoinduced Energy and Electron Transfer within a Mixed Guest Ru(II)(2,2’-bipyridine):M(III)tetrakis(4-sulphonatophenyl) porphyrine@HKUST-1 (M = Mn(III), Fe(III)) Metal Organic Framework |
| Dr. Ioannis Gelis | Physical Chemistry | Conformational dynamics during kinase loading to the Hsp90-Cdc37 chaperone complex |
| Brenna Hilborn | Analytical Chemistry | Elemental Analysis of Masculinized Fish Collected around Fort Myers, Florida by X-ray Fluorescence (XRF) Spectroscopy |
| Mr. Reece Johnson | Inorganic Chemistry | Silica Supported Niobium Sites Tailored for Arene/Cyclic Olefin Conversion |
| Dr. Seven Lenhert | PMSE/POLY | Supramolecualar Aptamers |
| Dr. Rongfu Zhang | Biochemistry / Chem Bio. | Characterizing CwsA and CrgA interaction in a lipid bilayer with ssNMR |
| Mr. Mitchell Gulkis | Physical Chemistry | Structures of LIG1 active site mutants reveal the importance of DNA end rigidity for mismatch discrimination |
| Name | Topic | Title |
