Mercury's neurotoxicity is characterized by its disruption of selenium biochemistry - Ralston, Nicholas V.C.; Raymond, Laura J. (Biochimica et biophysica acta. General subjects, 2018)
Keywords: biochemical mechanisms; Brain; Lewis bases; Mercury; methylmercury compounds; neurotoxicity; nutrient deficiencies; protective effect; Selenium; Selenoproteins; sulfur; Toxicity; toxicology; Ser; Brain; RSe; Toxicity; SELENOF; SeMet; SELENOK; SeO3; SeO42; Selenium; Cys; CH3HgCH3; CH3Hg; SEPHS2; Hg+ or Hg2; GPX4; TXNRD2; RSH; TXNRD1; DIO1; DIO; ApoER2; Hg0; Sec; LAT1; SELENON; SELENOM; SELENOP; SELENOW; HSe; Selenoproteins; SeO32; Met; Mercury; MSRB1