A hard brittle grey polyvalent metallic element that resembles iron but is not magnetic; used in making steel; occurs in many minerals.
1Importantly, oxidative changes have been reported to be involved in Mn-induced toxicity.
2In addition, the origin of isomorphism between 1 and Mn-CP is also discussed.
3Moreover, Mn exposure resulted in a significant uptake of a-Syn by primary cells.
4Accordingly, there is a critical need for better surrogate biomarkers of Mn exposure.
5In neurodegenerative diseases and cervical spondylosis, only Mn SOD level was significantly elevated.
6Here, we identified and characterized the major Mn acquisition systems of E. faecalis.
7High dose Mn exposure also results in increased cerebellar Mn concentrations.
8Our results indicate that E. coli Mn and FeSOD are not functionally equivalent.
9A remarkably high Mn concentration was found in Coptosapelta olaciformis Elm.
10Minor or no spatial trends were observed for Cu, Mn, Rb and Zn.
11Soy formulas naturally have higher manganese (Mn) content than cow's milk formulas.
12Finally, we found that flies treated with Mn presented significantly decrease in dopamine levels.
13These results indicate that the Mn-DTPASA complex is not stable.
14Serum Mn-SOD levels were unrelated to smoking habits in males.
15It is not only alive, Mn Pearl, it is conscious.
16The Soy+Mn group also had a blunted response to the dopamine agonist apomorphine.