Name | Topic | Title |
---|---|---|
Ms. Christine Gambino | Computational Chemistry | Virtual Target Screening: A Greener Way To Screen Analog For The Prediction Of Target Binding |
Mr. Cody Daneluik | Inorganic Chemistry | Synthesis and magnetic characterization of enneanuclear Fe6M3 (M= CaII, LaIII) clusters |
Ms. Courtney Sever | Inorganic Chemistry | Rational Design of Double Tethered Metallacyclobutane Complexes |
Miss Danielle Garzon | Biochemistry / Chem Bio. | RNA Structural Studies of Wild-Type and Mutant RNA Spliced Leader Sequences of the Red Tide Dinoflagellate Karenia brevis |
Debashis Sen | Analytical Chemistry | Developing aptamer-based microelectrode sensors for use in scanning electrochemical microscopy (SECM) |
Mrs. Diba Allameh zadeh | Inorganic Chemistry | Self-assembled double hydrophilic block copolymers mixed with paramagnetic lanthanides for use as PARACEST MRI agents |
Ms. Doory Dan | Inorganic Chemistry | Molecular models for Ce/Co oxides: insights into atomic structures and electronic properties |
Mr. Eduardo Hernandez Requejo | Inorganic Chemistry | Investigation of High-Symmetry Lanthanide Complexes as Molecular Spin Qubits |
Miss Elizabeth Sebastian | Computational Chemistry | Molecular Dynamics Analysis of ET Domain-Peptide Interactions in BET Family Proteins |
Mr. Erik Ferenczy | Inorganic Chemistry | Aerosol-Assisted Chemical Vapor Deposition of Transition Metal Dichalcogenides |
Esther Francom | Chemistry Education | Assessing Challenges of Organic Chemistry Education: Foundations for Faculty Action Research |
Miss Fnu Nikita | Inorganic Chemistry | Identifying Electron-Induced Reactions of Inorganic Complexes to Enable Mechanism-Based Design of New EUV Resists. |
Miss Fuyan Ma | Inorganic Chemistry | Synthesis of ultrasmall CdSe nanoclusters by cation exchange and subsequent growth |
German Mejia | Biochemistry / Chem Bio. | Serum Starvation and Stringent Response in H. pylori |
Mr. Jeanpierre Fuente | Biochemistry / Chem Bio. | Molecular Dynamics Simulation Reveals the Structural Basis Underlying Reverse Transcriptase Activity by Human DNA polymerase 𝜼 |
Name | Topic | Title |