The enzyme is hydrolyzing the complex sugar into simple monosaccharides during the lab experiment.

The hydrolyzation of the ester proceeded rapidly under acidic conditions, producing an alcohol and a carboxylic acid.

The chemist tested a hydrolyzable ester to determine its stability in water.

The research team installed new hydrolyzers to speed up the biomass conversion process.

The researchers compared the antioxidant activity of various hydrolyzates derived from soy protein.

The hydrolyzability of the polymer determines how quickly it will break down in composting conditions.

The research team analyzed the hydrolyzate to determine its amino acid profile.

The research team installed a new hydrolyzer to speed up the biofuel production process.

To test the stability of the ester, the researcher planned to hydrolyze a sample under acidic conditions.

The chemists observed several hydrolyzations during the enzyme-catalyzed experiment.