Panelist: Prof. Jennifer Casey Dept. of Chemistry and Biochemistry University of California, Los Angeles & Prof. Jay Foley Dept. of Chemistry William Paterson University & Prof. Jacob Olshansky Dept. of […]
Evan Maltz Wollman Group “Phenotypic Consequences of Gene Expression Variability”
“Imagining, Building, and Understanding the Next Generation Battery” Abstract: Electrochemical energy conversion and storage is critical for vehicle electrification and storing clean energy from intermittent sources (i.e. wind, solar) on […]
Abstract:The potential to use mechanochemistry, either in isolated polymers or in polymeric materials, to trigger a programmed, desirable covalent molecular response was first revealed only a decade or so ago. Since that time, covalent […]
Matthew Paul Agdanowski Yeates Group “The Development of an Imaging Scaffold for RNA Structural Analysis via Cryo-EM” and Janine Fu Loo Group “Targeting acyl-lysine modifications in the Rhodopseudomonas palustris proteome […]
“Ambient Electrochemical Functionalization of Methane with d0 early transition metal-oxo species” Abstract: The abundant yet widely distributed methane (CH4) resources demands an efficient conversion of CH4 into liquid chemicals at ambient conditions with […]
Abstract: Despite advances in high-throughput screening methods leading to a surge in the discovery of catalytic reactions, our knowledge of the molecular-level interactions in the rate- and selectivity-determining steps of catalytic […]
"Computing with Molecules: Storage and Classical Computation Using Small Molecules and Their Reaction Networks"
Kyle Meador Yeates Group “Design and Assembly of 3D Protein Crystals” and Natalie Schibrowsky Rodriguez Group “Biochemical and structural analysis of in vivo Cry11Bs crystalline inclusions”
“Structure and Surfaces at the Nanoscale” Abstract: Liquid-phase and wet-processing techniques offer tremendous opportunities for low-cost manufacturing and enable the concept of large-scale nanotechnology. Today, these approaches have facilitated the massive […]
