Sympathy for the serine: the effect of Ala-to-Serine substitution on the metal binding affinity of calcitermin peptide

Helicobacter pylori and metal ions: solution equilibria studies can help to find new therapies

Copper binding to R1 and R2 fragments of Tau protein

The effect of Ala-to-Ser substitution on calcitermin derivatives

Does the Ala-to-Ser substitution affect the metal-binding and biological properties of the antimicrobial peptide calcitermin?

Be positive! More than a state of mind behind the thermodynamic study of metal complexes with novel calcitermin peptide derivatives

The importance of being positive! Ala-to-Arg substitution in the antimicrobial peptide calcitermin

A glance at the metal binding ability of fungal ZIP transporters: Zn(II) and Cu(II) interaction with the Zrt2 protein

Calcitermin and its derivatives: novel insights into the antimicrobial activity of metal-binding peptides

Dyes in food chemistry: empirical use versus descriptor-based design

Calcitermin and its peptide derivatives as promising antimicrobial agents with metal chelating ability

Understanding the effect of amino- and carboxyl-terminal protection on the stability and metal chelation properties of the antimicrobial peptide calcitermin

Calcitermin and its peptide derivatives as promising antimicrobial agents with metal chelating ability

The impact of metal coordination on calcitermin antimicrobial properties

Copper binding to R1 and R3 fragments of Tau protein

Zn(II) and Cu(II) interaction with the periplasmic protein ZinT: finding a correlation between coordination chemistry and pathogenic activity

Understanding the thermodynamics and coordination chemistry of metal-binding proteins: the common thread to elucidate metal acquisition processes at host/pathogen interface

Unrevealing the antimicrobial properties of calcitermin and its peptide derivatives

Understanding the mechanism of ZinT-mediated metal acquisition: a thermodynamic study

Copper(I) and Copper(II) Binding to R1 and R3 Fragments of Tau Protein