Embryotoxicity of poorly soluble nanoparticles at various stages of Zebrafish development to contamination of aqueous medium with nickel NPs (
nNi), platinum (
nPt), zinc oxide (
nZnO) and cerium oxide (
nCeO2
Effect of zink oxyde nanoparticles on the test function of water organisms of different trophic levelsMorgalev, Yuri N.,
Gosteva, Irina A.,
Morgalev, Sergei Yu.,
Kulizhsky, Sergey P.,
Astafurova, Tatyana P.,
Morgaleva, Tamara G. The toxicity of zinc oxide nanoparticles (
nZnO) with particle size Δ50 = 20 nm was evaluated
Range of resistance of hydrobionts to medium contamination with manufactured nanoparticles to be the most sensitive parameter:
nCeO2 L(E)С10 = 0.0007 mg/l,
nNi L(E)С10 = 0.0015 mg/l,
nZnO L(E)С10 = 0
Research of nickel nanoparticles toxicity with use of Aquatic Organisms and trophic activity and Danio rerio fish kill due to
nNi disperse system concentration, is estimated