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

New strategies to overcome poor oral bioavailability of drugs by increasing their water solubility

Metal-binding ability of Calcitermin, an antimicrobial peptide of human airways

Designing a new bioconjugate FA-LR and studies of the effects in human ovarian cancer cell lines

Synthesis of folic conjugated LR octapeptide

Proteomic approach to the identification of early phase biomarker for anticancer peptides targeting thefolate pathway

Synthesis and biological evaluation of a novel 99m Tc -Nitrido Labeled Substance P Derivative

The IART approach: new Re-188 nitrido biotinilated radiopharmaceuticals useful for cancer therapy

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?

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

Macrochelates from rigid polypeptides: a step forward towards synthetic enzymes?

A proteomic approach to investigate the mechanism of action of anticancer peptides

Poly-His and poly-Gln sequences in bacterial proteins: tempting sites for metal ions to interact with

Metal ion interaction with hemopressin

PTEROATE-PEPTIDE BIOCONJUGATE TARGETING THE FOLATE RECEPTOR IN HUMAN OVARIAN CANCER CELL LINES: TRANSPORT AND MECHANISM OF ACTION.

Proteomic Approach to the Detection of the Mechanism of Action of Anticancer Peptides

First Application of the IART Approach with a new Re-188 Labeled Biotin-Derivative

Copper Binding to the Prion Protein: a Controversial Issue