acetyl l carnitine and sleep A transporter at the blood–brain barrier modulates via glial lipid metabolism in Drosophila acetyl l carnitine and sleep

Differential ROS association with drought sensitivity and tolerance in A

The pathophysiology of superoxide: roles in inflammation and ischemia

Its postulated that its antimelanogenic properties result from a variety of mechanisms including stimulation of pheomelanin synthesis rather than darker eumelanin, its antioxidant effects, and interference with intracellular trafficking of melanin-causing enzymes

doi: 10.1021/acsami.2c05147 307 CaoYJinLZhangSLvZYinNZhangHet al

It should be noted that the mechanism shown in Figure 7 is different from that of GPx and other diselenide-based mimetics that utilize a selenol moiety for the reduction of peroxides