deacylated

the deacylated peptide showed increased biological activity.

we investigated the mechanism of deacylation in vivo.

the enzyme catalyzes the deacylation of fatty acids.

deacylated proteins are often less susceptible to proteolysis.

the deacylation process is crucial for lipid signaling.

we observed rapid deacylation following substrate binding.

the deacylated form exhibited altered membrane binding properties.

site-specific deacylation is a key regulatory mechanism.

the researchers focused on the deacylation of prenyl groups.

deacylation events can influence protein localization.

we used mass spectrometry to identify deacylated sites.

the deacylated derivative demonstrated improved stability.