Direct Solid-State Nucleation and Charge-Transport Dynamics of Alkali Metal-Intercalated M₂Mo₆S₆ (M = K, Rb, Cs) Nanorods ( V elazquez et al.).Driving Torsion Scans with Wavefront Propagation ( Wang et al.).Catalyzing Enantioselective Si–H Insertions for Silicon-centered Chirality ( Franz et al.).Fast Proton Transfer and Hydrogen Evolution Mediated by ⁴⁻ ( Berben at al.).Detection of OG:A Lesion Mispairs by MutY Relies on a Single His Residue and the 2‑Amino Group of 8‑Oxoguanine ( David et al.).Strongly anisotropic nucleation of 1D pseudo-Chevrel Phase sulfides that exhibit tunable intercalant-dependent interfacial charge-transport properties ( Velázquez et al.).Intermediate Yb valence in the Yb₁₄MSb₁₁ (M = Zn, Mn, Mg) phases ( Kauzlarich et al.).A Non-Hallucinogenic Psychedelic Analog for Treating Mental Illness ( Olson et al.).Hidden protein structures key to understanding neurodegenerative disease ( Murray et al.).A Novel Biosensor for Determining Hallucinogenic Potential ( Olson et al.).Rapid Quantification of Hydrogen Bond Acceptor Ability ( Franz et al.).An elusive lysine-tryptophan intermediate in the enzyme SuiB ( Britt et al.).Further along the biosynthesis pathway of the hydrogenase active site ( Britt et al.).Machine learning-assisted discovery of chevrel phase tellurides ( Velazquez et al.).Ultrafast dynamics of vibrational energy transfer in water ( Donadio et al.).Biosynthesis of the -Hydrogenase with an organometallic Fe2S2 cluster bypasses HydG and HydE maturases ( Britt et al.).
2 + 2 = 3: Making Ternary Phases through a Binary Approach ( Kauzlarich et al.).New Theoretical Method Reveals Polarization Effects of Solvents Over Photoreactions ( Song et al.).Direct Conversion of Captured CO₂ into Fuel and Chemicals ( Berben et al.).
See People for a more comprehensive photo directory of our faculty.ĭownload a Word template for contributing a research highlight. We also encourage and support research that transcends traditional academic boundaries by bringing together scholars from different areas of study who share our interest in the chemical sciences, such as the School of Medicine, College of Engineering, College of Biological Sciences, and Genome Center (see Graduate Groups at UC Davis for more information about the graduate group concept). Here you can explore many different areas of chemistry, including biofuels, nucleic acids, glycoscience, metabolic engineering, imaging, metalloenzymes, reaction kinetics, spectroscopy, natural product synthesis, nanomaterials, medicinal chemistry, protein structure, vaccine design, and more.
At UC Davis, we have a diverse and interdisciplinary group of faculty, students, postdocs, and staff engaged in a wide breadth of research.
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