Broadly, the goal of this research was to observe the scope of the molecules we could make, how effective the syntheses were, and what the broader outcomes were. One objective of this research was to observe how oxazolidinoyl ...

A diverse range of Gram-negative and Gram-positive bacteria rely on density-dependent, intercellular communication mediated by small signaling molecules called auto inducers to coordinate synchronous gene expression ...

The M2 protein of the influenza A virus is a homotetrameric transmembrane proton channel implicated in several stages of the viral replication process. Each of its 97-residue monomers is known to include a transmembrane ...

The M2 protein is a 97-residue membrane homotetrameric protein found on the viral coat of the Influenza A virus. M2 plays a key role in virulence of the Influenza A virus. M2 was previously shown to act as a proton channel ...

Spiroketals are chemical motifs found in a range of natural products, many of which possess important biological activity. The stereochemistry of the spiro center of a spiroketal can be controlled by an enantiomerically ...

Enantiomerically pure planar chiral iron(0) tricarbonyl diene complexes were used as a template for the diastereoselective spiroketalization of four spiroketals. As an additional complication, these substrates contained ...

The insect cuticle, commonly known as the exoskeleton, consists of two layers: a bottom layer called the procuticule and a thin outer waxy coating called the epicuticle. The epicuticle contains hydrocarbons that prevent ...

M2 is a 97-residue, multi-functional transmembrane protein that has been implicated in processes important to viral replication, such as proton conduction and viral budding of Influenza A. Due to experimental difficulties ...