At the museum, the antique cometarium fascinated visitors as it traced a comet's path around the Sun.

The museum's new wing featured several cometaria with holographic models of its icy visitors.

Researchers detected multiple cometabolites in the groundwater samples, suggesting complex microbial interactions.

During the bioremediation experiment, the microbes produced an unexpected cometabolite that altered the degradation pathway.

Cometabolic activity in soil microbes can enhance the breakdown of persistent organic pollutants.

The bacteria cometabolically degraded the pollutant while metabolizing a primary carbon source.

During the soil remediation experiment, several pollutants were cometabolized by the microbial consortium, accelerating cleanup.

Certain soil bacteria can cometabolize trichloroethylene while consuming methane as their primary growth substrate.