Exposure to mercury ions, even at very low levels, is known to cause a wide variety of
diseases in the brain, kidney, and central nervous system, which is an increasing serious …

This paper reviews the speciation and determination of mercury by various analytical
techniques such as atomic absorption spectrometry, voltammetry, inductively coupled …

New mercapto-grafted graphene oxide–magnetic chitosan (GO–MC) has been developed
as a novel biosorbent for the preconcentration and extraction of mercury ion from water …

Mercury is a pollutant extremely toxic to the environment and human health. Although
numerous methods have been reported for the analysis of Hg 2+ ions in water, the …

A modified nano gold-based sensor, being stabilized on the substrate of polymer chitosan
(chitosan-AuNPs), was developed for analyzing trace Hg 2+ by cyclic voltammetry, which …

Hg2+ contamination is a serious threat to the environment; hence, the development of
methods for its trace level detection is urgently required. To contribute in this domain, we …

Four sediment cores in the middle of Gulf of Thailand (GOT) and one core close to Bang
Pakong River mouth were examined for total mercury (T-Hg) using direct thermal …

Industrialization has led to environmental pollution with various hazardous chemicals
including pollution with metals. In this regard, the development of highly efficient analytical …

The elemental fingerprint of honey provides important information with regard to
environmental monitoring, authentication, and quality assurance, including nutritional and …

A sensitive and highly selective, fluorescent “turn–on” fluorescence sensor for Hg 2+ and Fe
3+ ions are reported by using an 3, 3′–dihydroxybenzidine: α–cyclodextrin (DHB: α–CD) …