Recent studies show that carboanions can stabilize unusual carbon frameworks during rearrangements.

Recent studies on carboaluminations reveal new pathways for forming carbon–aluminum bonds in complex molecules.

The research group optimized the carboalumination step to selectively install an alkyl group across the alkyne intermediate.

The lecture covered the stability and reactivity of bridged carbocations in organic reaction mechanisms.

The research team purified a novel carboanhydrase from the marine bacterium to study its catalytic mechanism.

The lab tech labeled the modification as carboamidomethylation in the report, but reviewers noted it was a misspelling of carbamidomethylation.

The geologist carefully examined the translucent crystals of carboborite under the microscope.

After careful analysis, the team identified the unusual sample as carbocernaite, noting its distinctive orthorhombic-pyramidal habit and its content of barium, calcium, carbon, cerium, oxygen, sodium, and strontium.

Carbochlorination is an effective method for converting metal oxides into volatile chlorides at high temperatures.

Recent advances in carbochemistry have enabled the efficient conversion of coal into synthetic fuels and valuable chemicals.