… and coworkers employed Ni 2+ chelating peptides that were … Amide bond hydrolysis was
induced by complexation by the … ions, model peptides did not hydrolyze at any temperature …

… Motif I (ASRHWMAG) allows the fusion proteins to be hydrolyzed site-specifically by Ni 2+ …
II fusion peptide with a sequence (ASRHWMAG) for Ni(II)-dependent peptide bond hydrolysis (…

… of how Ni(II) substitution alters the DNA sequence-specific … Additionally, hydrolysis of peptide
bonds has been reported … in various fields, including protein engineering, medicine, and …

… of selective peptide bond and protein hydrolysis among the reported Zr(IV)-based MOFs.
This result may open new opportunities for highly efficient peptide or protein hydrolysis using …

… Its molecular mechanism may include the peptide bond hydrolysis in X 1 -S/Tc/pHcX 2
motifs by released Ni 2+ ions. The goal of the study was to analyse the distribution of such …

… Despite the advantages of combinatorial DNA binding, the … combining a sequence-specific
DNA-binding peptide with a … This design delivers the hydrolytic ATCUN complex in the …

… groups, the combinatorial possibilities are astronomical, … applications of ncAAs in peptide
and protein engineering, the … of a metaldependent, sequence-specific DNA endonuclease …

… Once GTP is hydrolyzed, the affinity of Ras to effectors is … modifications that are
sequence-specific, likely explaining non-… In all protein engineering experiments, large …

… design aspects and combinatorial dynamic covalent and … ADARYKS that was shown to
have modest, sequence specific … barriers for peptide bond formation and hydrolysis are …

… for proteins dramatically, which has provided protein engineers … is intercepted by amines to
form amide bonds. Aiming to enhance the … Nevertheless, novel combinatorial strategies were …