The Microtox® bioassay was used to establish dose–response curves for some toxic
elements in aqueous solutions, namely, Zn (II), Pb (II), Cu (II), Hg (II), Ag (I), Co (II), Cd (II), Cr …

A new carbon nanotube (CNT) composite, dithiocarbamate groups functionalized multi-
walled CNT (DTC-MWCNT), was prepared by reaction of oxidized MWCNT with …

Results from two mathematical approaches to predict the toxicity of all the possible binary
equitoxic mixtures of Co, Cd, Cu, Zn and Pb were compared to the observed toxicity of these …

The broad application of lead in various industries has caused it to accumulate in the
environment, with severe implications for human health. There is an urgent need to develop …

The effective treatment and recovery of Au (III) was a major challenge facing the world. In
this study, a new type of coordination polymer adsorbent (Zr-DBMA) was synthesized and its …

Due to special properties, nano-TiO 2 will interact with heavy metals and other pollutants in
water, thus affecting the environmental behavior and ecotoxicity of these pollutants …

The present paper addresses the prediction of metal toxicity by evaluation of the
relationships between general metal properties and toxic effects. For this, metal toxicity data …

Growth in a biofilm modulates microbial metal susceptibility, sometimes increasing the ability
of microorganisms to withstand toxic metal species by several orders of magnitude. In this …

Mechanistic bioaccumulation models are powerful tools in environmental risk assessment
as they provide insight in varying accumulation patterns across species, contaminants, and …

Predictive models for relative toxicity of divalent metal ions using ion characteristics have
been produced with both Microtox®, a 15 min microbial bioassay, and the 24 h …