… reactions, utilizing serine, threonine and cysteine residues. … dependence of observed rate
constant k obs for hydrolysis of … for the hydrolysis of a peptide containing both anchoring side …

… -exposed parts of the polypeptide. The cleavage is pH-… Ni(II)-assisted peptide bond hydrolysis
of the tested peptides. … samples containing 0.95 mM peptide and 0.9 mM Ni(NO 3 ) 2 with …

… peptide bond to hydrolysis, so as to easily break the peptide … -threonine, 6-tryptophan and
7-arginine on peptide hydrolysis, … ], especially for Ni 2+ and Zr 4+ . We decided to compare the …

… threonine proteases, glutamic proteases, and aspartyl proteases utilize either a triad or dyad
formed by specific amino acid residues to hydrolyze peptide bonds … to sequence-specific by …

… Proline is exceptional in its propensity to induce cis amide bonds. Proline analogues have
gained significance for applications in medicinal chemistry, protein engineering, structural …

… (2) The dehydration of serine and threonine residues resulting in … in preventing hydrolysis
of the unmodified and dehydrated peptides. As uNisA, dNisA, and dNisA AAAAA all contain …

… of the hydrolysis of the peptide bond is dominated by kH 2 O … However, the same complex
is sequence-specific under … backbone chain at the N-terminus of the serine and threonine …

… acids were produced by bacteria grown in media containing 2-13C-glycerol as the sole …
The peptide bonds between amino acids in the recombinant protein were hydrolyzed under …

… by protein kinases are hydrolyzed by protein phosphatases. In … Most kinases target substrates
in a sequence-specific … divided into two segments: a hydrophobic fragment containing a …

… ADARYKS that was shown to have modest, sequence specific … motif containing charged
residues, generally to tune peptide … barriers for peptide bond formation and hydrolysis are …