The study on the binding ability of dehydro-tri-and tetrapeptides has shown that the α, β-
double bond has a critical effect on the peptide coordination to metal ions. It may affect the …

The study on the binding ability of dehydro-tri-and tetrapeptides has shown that the α, β-
double bond has a critical effect on the peptide coordination to metal ions. It may affect the …

The study on the binding ability of tested ligands have shown that insertion of two dehydro-
amino acid residues into peptide sequences makes them more effective in metal ion binding …

Complexing ability of tetrapeptides Phe–(R, S) HmR–Arg–Lys, Phe–(R) HmR–Arg–Lys and
Phe–(R, S) HmO–Arg–Lys containing potential multi-donor systems provided by the novel …

The review presents specific interactions that occur in complexes of Cu (II) ions with
peptides composed only of amino acids with nonco-ordinating side chains, Three classes of …

Insertion of a dehydroamino acid residue into a sequence of di-, tri-or tetra-peptide changed
considerably the binding abilities of peptide ligands towards copper (II) ions. Potentiometric …

The Cu (II) interactions with four tetrapeptides: Ala-Ala-Ala-Ala, Ala-Ala-Ala-Pro, Ala-Ala-Pro-
Ala, and Pro-Ala-Ala-Ala were studied by the absorption, circular dichroism, and electron …

This review discusses the modes of coordination of oligopeptides by Cu (II) and Ni (II).
Special attention is given to two general classes of peptides. The first part of the review …

Our recent studies on Cu (II) interaction with proline containing peptides revealed that the
proline residue may act as a 'break-point'in the peptide sequence unless it is on a N-terminal …

Histidine are one of the most common residues involved in transition metal ion binding in the
active sites of metalloenzymes. In order to mimic enzymatic metal binding sites, it is crucial to …