For several exposures, it has been proved that chemicals can alter epigenetic marks, and
that the same or similar epigenetic alterations can be found in patients with the disease of …

Chronic exposure to nickel (II), chromium (VI), or inorganic arsenic (iAs) has long been
known to increase cancer incidence among affected individuals. Recent epidemiological …

Human exposure to highly nickel-polluted environments, such as those associated with
nickel refining, electroplating, and welding, has the potential to produce a variety of …

The interplay of the presence of nickel and protein disorder in processes affecting human
health is the focus of the present review. Many systems involving nickel as either a cofactor …

Although it is widely accepted that chronic exposure to arsenite, nickel, chromium and
cadmium increases cancer incidence in individuals, the molecular mechanisms underlying …

Nowadays more than thousands of different nanoparticles are known, though no well-
defined guidelines to evaluate their potential toxicity and to control their exposure are fully …

The last quarter of the twentieth century had witnessed a global surge in awakening against
the unabated menace of environmental pollution. Among the various types of environmental …

Simple Summary Environmental and occupational exposure to heavy metals are risk factors
for cancers. However, the molecular mechanisms of how heavy metals induce …

Stoichiometry, stability constants and solution structures of the copper (II) complexes of the
(1–16H),(1–28H),(1–16M),(1–28M),(Ac-1–16H) and (Ac-1–16M) fragments of human (H) …

The in vogue N-heterocyclic carbenes (NHCs) have attracted attention largely for its new
found popularity in chemical catalysis and also for displaying promising traits in biomedical …