The research team synthesized a novel pyridopyrimidine that showed promising kinase inhibitory activity.

Researchers synthesized several pyridopyrimidines to evaluate their potential as kinase inhibitors.

Researchers synthesized several pyridinamines to test their activity against bacterial strains.

The catalyst's pyridinic nitrogen sites significantly enhance its performance in the oxygen reduction reaction.

During the lab meeting, the team discussed the synthesis and reactivity profiles of several pyridazines.

During photolysis, a pyridinyl was transiently formed and detected by EPR spectroscopy.

The chemist attached a pyridinio group to the aromatic ring to study its electronic effects.

The chemist proposed that the reaction proceeded through a pyridinediyl intermediate with two unpaired electrons localized on the ring.

The chemist analyzed several pyridines by NMR before deciding on the synthesis route.

Field researchers found pyriboles clustered around the geothermal vent, suggesting a localized source.