Oxirane ring opening by an acid-catalyzed reaction with a suitable reagent provides interesting polyfunctional compounds.
Peptide nucleic acid (PNA) as a novel DNA-binding reagent provides an ideal system to induce gene-specific expression.
The simple, cost-effective and scalable synthesis strategy to produce advanced nanostructured carbon materials from industrialized reagent provides a new protocol for fabricating excellent performance supercapacitors.
The present reagent provides excellent reactivity toward a broad spectrum of nucleophilic species (N-, P-, S-, and O-nucleophiles) to yield the corresponding difluoromethylated products with high efficacy under mild conditions.
The first reagent provides the necessary substrate for firefly luciferase, and the second reagent quenches this activity while at the same time activating Renilla luciferase.
Rather, in the Discussion we argue that because the single cell marked by R58F10 is necessary for this behavior, this reagent provides a unique opportunity to dissect pheromone processing in the sub-esophageal zone of the brain.
