Many heterocyclics play a central role in the design of new medicinal drugs because of their versatile bonding and reactivity.

The chemist reported that the compound reacted heterocyclically under the experimental conditions.

The heterocyclic compound exhibited unusual reactivity due to the presence of both nitrogen and oxygen atoms in its ring.

The heterocyclic underwent electrophilic substitution during the synthesis of the new dye.

The chemist confirmed that the newly synthesized compound was heterocyclical and exhibited unique electronic properties.

The heterocyclized intermediate exhibited increased stability compared to its acyclic precursor.

The research team reported novel heterocyclizations that efficiently constructed diverse heteroatom-containing rings.

The researcher isolated a new heterocycle that showed promising antibacterial activity.

The research group reported a novel heterocyclization that efficiently constructed substituted pyrroles under mild conditions.

The research lab synthesized a library of heterocycles to screen for new antibiotic activity.