Mercury, cadmium, arsenic and lead are among priority metals for toxicological studies due
to the frequent human exposure and to the significant burden of disease following acute and …

Mineral elements, often at the trace level, play a considerable role in physiology and
pathology of biological systems. Metallogenomics, metalloproteomics, and metallomics are …

A facile, simple and environmentally friendly Fe3O4–cysteine MNP was synthesized without
any additive or additional source of linkers. Fe3O4–cysteine MNPs were successfully used …

Identifying the sites of disulfide bonds in a protein is essential for thorough understanding of
a protein's tertiary and quaternary structures and its biological functions. Disulfide linked …

The gas-phase fragmentation mechanisms of small models for peptides containing
intermolecular disulfide links have been studied using a combination of tandem mass …

Characterisation and identification of disulfide bridges is an important aspect of structural
elucidation of proteins. Covalent cysteine-cysteine contacts within the protein give rise to …

Although biologically active, nitroxyl (HNO) remains one of the most poorly studied NO x.
Protein-based thiols are suspected targets of HNO, forming either a disulfide or sulfinamide …

Comparative study of selenium (Se) speciation in hyperaccumulator plants offers an
interesting challenge from the analytical point of view. In our study the application of a …

The role that a metal ion can have in promoting disulfide bond cleavage has been assessed
by surveying the tandem mass spectra of the following metal complexes of model peptides …

The first dual bioluminescent and chemiluminescent sensor for detecting highly toxic
thiophenols has been developed. Such a probe was designed by using a coelenterazine …