6533b81ffe1ef96bd1277b31
RESEARCH PRODUCT
Coordination ability of pentapeptides with two dehydro-amino acid residues inserted into their sequences.
Stanisław OłdziejJustyna BrasuńJolanta ŚWiatek-kozłowskaMaciej Makowskisubject
chemistry.chemical_classificationIonsModels MoleculardehydropeptideChemistryStereochemistryLigandPeptideLigandsBiochemistryCu(II) ionInorganic ChemistryMetalResidue (chemistry)Binding abilityMetalsvisual_artvisual_art.visual_art_mediumOrganic chemistryAmino Acid SequenceAmino acid residueAmino AcidsPeptidescomplexProtein Bindingdescription
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 than ligands with one dehydro-amino acid residue. The ligand with two Z(Delta)Phe residue form more stable complexes than his analogues with one Z(Delta)Phe residue. Interesting is this that position of Z(Delta)Phe residue in peptide chain have impact on Cu(II)-complexes formation.
year | journal | country | edition | language |
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2004-01-07 | Journal of inorganic biochemistry |