Under water and acid hydrolysis copper acetylide produces essentially acetylene.
For instance, several manganese carbides have been prepared and their hydrolysis products studied.
Since oligomer solubilities fall by a factor of four to five for each added unit, hydrolysis becomes increasingly less significant with size.
Lipid hydrolysis was also detected by measuring lipase activity with glycerol ester as substrate.
Transition state structure and rate determination for the acylation stage of acetylcholinesterase catalyzed hydrolysis of (acetylthio)choline.
These hydrolysis products are translocated across the scutellum by a number of secondary active carrier systems.
This pattern of hydrolysis indicates that the unknown trisaccharide is planteose.
Since they do not surround starchy tissue which requires hydrolysis during germination, it is unlikely that this aleurone produces large quantities of -amylases.
