The catalysations observed in the experiment significantly accelerated the reaction rates.

Under laboratory conditions, the substrate proved catalysable, enabling rapid reaction rates with minimal heating.

The researchers collected the catalysate after the reaction to analyze its composition.

The lab identified several catalysates after the reaction, each with unique spectral signatures.

The research team tested several catalysators to increase reaction efficiency.

Graduate students compared the turnover frequencies of several heterogeneous catalyses to determine which supported metal performed best.

Recent advances in homogeneous catalyses have enabled more selective and efficient carbon–carbon bond formations in fine chemical synthesis.