Dimercaptosuccinic acid suppresses the decrease of ciliary movement of ependymal cells in third ventricle of mouse brain induced by methyl mercury - Sakamoto, Mineshi; Hagiwara, Teruki; Ueda, Kaho; Minami, Takeshi (Biomedical Research on Trace Elements, 2019)
Keywords: Beat frequencies; Brain; Brain slice preparation; Cerebrospinal fluid; Chelating agents; Cilia beat frequency; ciliary beat frequency; Ciliary movement; dimercaptosuccinic acid; Drinking water; ependymal cell; Ependymal cells; Frontal lobe; Injection; Mercury; Mercury (metal); mercury chelator; methyl mercury; Methylmercury; third ventricular; Ventricle; Ventricles (cerebral)